# llms.txt ## Page List - Home - Air Dominance & Strike - Altius - Anduril Leadership - Anvil - Armory Terms & Conditions - Arsenal - Arsenal-1 - ArsenalOS™ - Barracuda - Bolt - Careers - Command & Control - Connected Warfare - Copperhead - Counter Intrusion - Counter UAS - Dive-LD - Dive-XL - EagleEye - Early Careers - Fury - Future State - Ghost - Investor Relations - Lattice Mesh - Lattice Partner Program - Lattice SDK - Menace-I - Menace-T - Menace-X - Mission - Mission Autonomy - Modern Anti-Slavery Policy - Newsroom - Omen - Open Roles - Pulsar - Rebooting the Arsenal - Rebuild the Arsenal - Roadrunner - Seabed Sentry - Seapower - Sentry - Solid Rocket Motors - Space - Spark - Spyglass - Tactical Reconnaissance & Strike - UK - UK Carbon Reduction Plan - Veteran Careers - Voyager - Wisp ## Home - Ghost: First to See, First to Act - ![Image](https://cdn.sanity.io/images/61nocsj5/production/ef05ea9db7468f4bee528c991157537e8b8df57e-872x878.png?w=1000&fit=min&auto=format) - Barracuda: Bring Mass to the Fight - ![test](https://cdn.sanity.io/images/61nocsj5/production/d23c6903421f10c7191873592b8e823362fecbe8-882x878.png?w=1000&fit=min&auto=format) - Lattice: Autonomy for Every Mission - ![Image](https://cdn.sanity.io/images/61nocsj5/production/c79ccecf787d455420edb440cbc7bf6a114cc680-882x878.png?w=1000&fit=min&auto=format) - Roadrunner: Launch, Loiter, Recover, Reuse - ![Image](https://cdn.sanity.io/images/61nocsj5/production/955e14dfee80e6022b1744580b6996cd435c6153-976x1952.jpg?rect=0,6,976,1670&w=1000&fit=min&auto=format) - Fury: Fight Unfair - ![Image](https://cdn.sanity.io/images/61nocsj5/production/35c91ba3a0603c99720933d52bad4c73f9fdca5f-3000x1500.jpg?w=1000&fit=min&auto=format) - Menace: Own the Edge - ![Image](https://cdn.sanity.io/images/61nocsj5/production/16113e3a588bd30e5c67bf2ee6d7a0847845fb28-3000x3000.jpg?w=1000&fit=min&auto=format) - Dive-XL: A League of Its Own - ![Image](https://cdn.sanity.io/images/61nocsj5/production/a005eecc853d709de52769704c0a6cc1083ac7c4-1131x630.png?w=1000&fit=min&auto=format) - Arsenal-1 - Designed by Anduril Built in Ohio - Arsenal-1 A new standard in defense manufacturing. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/b3a671f3a39291681b26483bb5e31ea22f53fa37-2844x1600.png?w=1000&fit=min&auto=format) - News & Insights - Anduril Wins Production Contract for U.S. Air Force CCA Program | by Mark Shushnar - ![Image](https://cdn.sanity.io/images/61nocsj5/production/dbccd55700c61d2d148d2192bd0c72feeeda995e-9504x6336.jpg?w=1000&fit=min&auto=format) - Rebooting The Arsenal (PT — 01 / 02) - ![Image](https://cdn.sanity.io/images/61nocsj5/production/dddfeebfe9d2f943790ffdbbf2bdbcca1efe6a0d-3840x2160.png?w=1000&fit=min&auto=format) - Rebuild The Arsenal (PT — 02 / 02) - ![Image](https://cdn.sanity.io/images/61nocsj5/production/a3ee20317f076eb30c952e3ac7ab05308f55d6dd-3840x2160.png?w=1000&fit=min&auto=format) ## Air Dominance & Strike - Air - Autonomous Air Vehicles AAV - Advanced air superiority systems to deter, compel, and punish adversaries. - Barracuda - Barracuda: Barracuda is a family of air-breathing Autonomous Air Vehicles (AAVs) purpose-built for hyper-scale production and mass employment. - ![Barracuda family of air-breathing autonomous air vehicles purpose-built for hyper-scale production and mass employment](https://cdn.sanity.io/images/61nocsj5/production/9bc0ec25c0097e57abbc8745dbf862d8f0c8006e-11648x8736.jpg?rect=0,2357,11648,5376&w=1000&fit=min&auto=format) - Fury - Fury: Fury is a high-performance, multi-mission Autonomous Air Vehicle (AAV) built for the high-end fight. - ![Fury high-performance multi-mission autonomous air vehicle built for the high-end fight](https://cdn.sanity.io/images/61nocsj5/production/2b9d740f93688a9f52e0eabfd7bb44acc4dab202-3000x1101.jpg?w=1000&fit=min&auto=format) ## Altius - Altius - Autonomous Air Vehicle AAV - Altius can be launched from ground, air, or sea to conduct missions like ISR&T, RF decoy, SIGINT, comms relay, and cyber warfare. Altius-M delivers best-in-class loitering time and range while executing collaborative coordinated strikes. - Altius-600: - ![Altius-600 autonomous air vehicle with 6-inch diameter and 375 km range for ISR, SIGINT, and EW missions, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/951a7e38057b39d09c98b655919600dad0235081-4000x2660.png?rect=511,470,2728,1860&w=1000&fit=min&auto=format) - Diameter: 6 in - Payload: ISR, SIGINT, EW - Endurance: ~3.5 hr - Range: ~375 km - Altius-600M: - ![Altius-600M loitering munition variant with 9 lb warhead and 160 km range for collaborative coordinated strikes, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/801f24e37b4603948d10009dfad6fd866c0ced94-4000x2660.png?rect=453,490,2630,1891&w=1000&fit=min&auto=format) - diameter: 6 in - payload: 9 lbs. Warhead - Endurance: ~1.5 hrs - Range: ~160 km - Altius-700: - ![Altius-700 autonomous air vehicle with 7-inch diameter and 460 km range for advanced multi-domain payload capabilities, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/cd323a0dad7d4d7a707aa68eaac39fefbc36942c-4000x2660.png?w=1000&fit=min&auto=format) - diameter: 7 in - Payload: ISR, SIGINT, EW - Endurance: ~4 hr - Range: ~460 km - Altius-700M: - ![Altius-700M loitering munition variant capable of carrying 33 lb warheads for advanced kinetic strike missions, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/df872ffb5a82ee25962e93266c3d7fe59505cf29-4000x2660.png?rect=0,0,3989,2504&w=1000&fit=min&auto=format) - Diameter: 7 in - Payload: 33 lbs. Warhead - Endurance: ~1.25 hr - Range: ~160 km - Build Qualities - Multi-Domain Launch: Leveraging a variety of standardized launch systems, Altius integrates onto a variety of platforms and vehicles across air, land and sea, such as MRZR, JLTV, UH-60, AC-130J and Kratos Valkyrie XQ-58. - Extended Loitering Time: Altius-M delivers best-in-class loitering time and range, while leveraging autonomy to execute collaborative teaming and coordinated strikes. - Autonomy: Altius enables one operator to control multiple assets simultaneously and has demonstrated coordinated strikes, automated target recognition, and collaborative teaming with the operator on the loop. - Modular Payload: Modular payload nose offers customers a variety of packages to support ISR&T, SIGNINT, EW and Communications Relay use cases. For kinetic strikes, Altius-M offers multiple seeker and warhead options to meet the tactical mission. - ![Altius modular payload nose showing interchangeable ISR, SIGINT, EW, and kinetic warhead configurations for diverse mission requirements](https://cdn.sanity.io/images/61nocsj5/production/110c51ac8a9e4d3d9caf5037f9bdc0e755d7d1ed-6048x3402.jpg?w=1000&fit=min&auto=format) - Defense: Loitering Munition Kinetic Engagement Standoff ISR and Targeting Continuous ISR&T When Inhibited by Low Ceilings Counter-UAS Protection to Fixed Bases and Convoys Decoy, SIGINT, Comms Relay, EW, etc. Magnetic Anomaly Detection to Enable High-Altitude ASW - ![Altius conducting a loitering munition kinetic engagement and standoff ISR mission in a defense application](https://cdn.sanity.io/images/61nocsj5/production/df07817a6e526f91fbbce8a6c0ae872218e2ad63-3641x2049.png?w=1000&fit=min&auto=format) - Commercial: Hurricane Data Collection Aerial Survey Communications Relay - ![Altius conducting hurricane data collection and aerial survey in a commercial application](https://cdn.sanity.io/images/61nocsj5/production/10fa2da927d3d2c5681fb645b74801bf3df64448-1400x669.webp?w=1000&fit=min&auto=format) ## Anduril Leadership - Leadership - Anduril - Palmer Luckey - Founder: Palmer Luckey is an American inventor, innovator, and entrepreneur. He is the Founder of defense technology company Anduril Industries, designer of the Oculus Rift. - Palmer founded Anduril Industries in 2017 to radically transform the defense capabilities of the United States and its allies by fusing artificial intelligence with the latest hardware advancements. At Anduril, Palmer integrates a consumer technology business model with mission-driven objectives, enabling rapid product development and deployment, setting the company apart from other players in the defense industry. His deep interest in defense technology was driven by his time at the USC ICT MxR lab, where he built hardware used to research immersive PTSD treatment for US veterans. He continued to support various military applications of VR during his time at Oculus, informing his belief that radical modernization of US military technology is a prerequisite for preserving our way of life. Palmer began attending Golden West College and Long Beach City College at the age of 14, and studied at California State University, Long Beach before dropping out to build Oculus VR. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/d17177917120673235d3dcfd740365b32c77ce34-3000x3750.jpg?w=1000&fit=min&auto=format) - Brian Schimpf - Co-Founder and CEO: Brian Schimpf is Co-Founder and Chief Executive Officer of Anduril Industries where he drives the strategic direction and product roadmap of the defense technology company. - Prior to Anduril, Brian was an early hire at Palantir Technologies, where he built the Foundry product that is now deployed worldwide, and led the engineering and product organizations as Director of Engineering. He served numerous domestic and international government organizations across the intelligence, defense, and law enforcement sectors. Previously, Brian was the Founder and Lead of Cornell University’s autonomous vehicle research program where his teams competed in the DARPA Grand Challenge and Urban Challenge. Based on this work, he published several technical papers on autonomous vehicles. Brian graduated from Cornell University with a Bachelor of Science in Operations Research and Industrial Engineering. He also serves as a senior advisor and board member for several government technology companies providing solutions to governments, and has previously served on federal advisory councils. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/7f281eb14c6886917e8451d3b3c6c0263bde60c6-3000x3750.jpg?w=1000&fit=min&auto=format) - Trae Stephens - Co-Founder & Executive Chairman: Trae Stephens is Co-founder and Executive Chairman of Anduril Industries, a defense technology company, and a General Partner at venture capital firm Founders Fund, where he invests across sectors with a particular interest in startups operating in the government space. - Previously, Trae was an early employee at Palantir Technologies, where he led teams focused on growth in the intelligence and defense sector as well as international expansion, helping large organizations solve their hardest data analysis problems. He was also an integral part of the product team, leading the design and strategy for new product offerings. While at Palantir, Trae also served as an adjunct faculty member at Georgetown University.Before joining Palantir, Trae worked as a computational linguist building enterprise solutions to Arabic/Persian name matching and data enrichment within the U.S. Intelligence Community. He began his career working in the office of then Congressman Rob Portman and in the Political Affairs Office at the Embassy of Afghanistan in Washington, D.C. immediately following the installation of Hamid Karzai’s transitional government. Trae graduated from the School of Foreign Service at Georgetown University. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/87e37cb13f3830f3975611cec8bccb81e1fda82b-6336x7920.jpg?w=1000&fit=min&auto=format) - Matt Grimm - Co-Founder & COO: Matt Grimm is Co-Founder and Chief Operating Officer of Anduril Industries where he oversees all global business operations, including procurement, manufacturing and supply chain initiatives, facilities and security, people management and finance. - Prior to Anduril, Matt was a Principal at Mithril Capital Management where he invested in growth-stage companies. Previously, Matt was an early hire at Palantir, where he worked in both operational and technical roles. At Palantir, Matt deployed to both Iraq and Afghanistan to ensure U.S. forces had the best technology for the mission. Prior to Palantir, Matt was a consultant for Booz Allen Hamilton where he advised the Defense Intelligence Agency and the U.S. Navy.While classmates at Cornell University, Matt co-founded with Brian Schimpf the university's autonomous vehicle entry into the DARPA Grand Challenge and Urban Challenge competitions. He graduated from Cornell with both a Bachelor of Science in Mechanical and Aerospace Engineering and a Master of Engineering in Systems Engineering. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/800c93b6f3b822675aae20ee0384951d68b0d77d-5982x7478.jpg?w=1000&fit=min&auto=format) - Joseph Chen - Co-Founder: After 10 years in engineering and product development, Joseph enlisted in the US Army National Guard to serve his country and community as a paratrooper in the 1-143rd Infantry Battalion (Airborne). - Preceding Anduril, Joseph was one of the first employees at Oculus VR, where he contributed to hardware development as Product Lead and led non-gaming developer relations. After Oculus, he continued to develop VR content, focusing on new camera technologies and capture techniques. Joseph graduated from Rice University with a Bachelor of Arts in Electrical Engineering and the University of Southern California with a Master of Business Administration. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/450116731062750dbacea0ca30c6648a9b371f5e-3000x3750.jpg?w=1000&fit=min&auto=format) - Zachary Mears - Senior Vice President of Strategy: Zachary Mears is Senior Vice President of Strategy at Anduril. - Previously, Dr. Mears was a senior advisor at Covington and Burling, where he advised companies in the aerospace, defense, and national security sector navigate policy and regulatory challenges involving the U.S. Congress and Executive Branch. Dr. Mears has extensive experience in U.S. national security and defense strategy, planning, and resourcing, most recently serving as Chief of Staff to the Deputy Secretary of Defense and Deputy Chief of Staff to the Secretary of Defense. Dr. Mears also advised the Defense Innovation Unit, which is building bridges between the Pentagon and the high technology centers in Silicon Valley, Boston, and Austin. His substantive areas of expertise include strategic planning, risk assessment and management, and advanced technologies. Dr. Mears is a graduate of The Ohio State University where he earned a Doctorate of Philosophy degree in political science. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/1cec3e1476b118c88eb59f10f86562f35181bf9e-6336x7920.jpg?w=1000&fit=min&auto=format) - Christian Brose - President and Chief Strategy Officer: Christian Brose is President and Chief Strategy Officer at Anduril Industries. He is responsible for leading the company’s core growth-related functions, including corporate strategy, business development, government relations, communications, and international business. He is also a visiting fellow at the Hoover Institution, a member of the Aspen Strategy Group, and author of The Kill Chain: Defending America in the Future of High Tech Warfare. - Brose joined Anduril in 2018 from Capitol Hill, where he served as staff director of the Senate Armed Services Committee for four years, managing the Committee’s staff and overseeing all programs, policies, and resources of the Department of Defense. From 2009-2014, he served as senior policy adviser to Senator John McCain (R-AZ), supporting his work on the Senate Armed Services Committee, the Senate Select Committee on Intelligence, and the Senate Foreign Relations Committee. Prior to that, he served as policy adviser and chief speechwriter to Secretary of State Condoleezza Rice from 2005-2008, working as a member of the Secretary’s Policy Planning Staff and supporting the Secretary on regular foreign travel. He began his career in public service as a speechwriter for Secretary of State Colin Powell. He studied political science at Kenyon College and international economics at the Johns Hopkins University’s School of Advanced International Studies. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/403d0b59da2c1c26e1dbc73f86d539549a9e06fd-4970x6212.png?w=1000&fit=min&auto=format) - Megan Milam - Senior Vice President, Government Relations: Megan Milam is the SVP, Government Relations for Anduril Industries. In this role, she is responsible for developing and implementing Anduril’s government affairs strategy with the legislative and executive branches. - Megan has held multiple roles in the executive and legislative branches of government. She was the Deputy Comptroller (Budget and Appropriations Affairs) at Department of Defense, where she served as the senior advisor to the Secretary of Defense and DoD senior leadership on congressional appropriations matters and the Department’s lead interface with the congressional appropriations committees. She was most recently the Director of the Office of Policy and Strategic Planning at Department of Energy/National Nuclear Security Administration (NNSA). Previously, Ms. Milam served as Professional Staff Member for the House Appropriations Committee, Subcommittee on Defense, responsible for overseeing funding and policies related to the Department of Defense and Intelligence Community. She was previously the Appropriations Associate for Congressman Mike Simpson (ID-02). Ms. Milam received her Masters of Science degree from the University of Edinburgh, Scotland and her Bachelor of Arts degree from Princeton University. She also serves on the NDIA Board of Directors. - ![Megan Milam, Senior Vice President, Government Relations at Anduril Industries](https://cdn.sanity.io/images/61nocsj5/production/4bc15e41bffcdd9c5d2aa97e0559adef5b6746a5-4000x5000.jpg?w=1000&fit=min&auto=format) - Babak Siavoshy - Chief Financial Officer: undefined - Babak Siavoshy is the Chief Financial Officer at Anduril Industries. As an early member of Anduril’s senior leadership team, Babak has been responsible for the pricing, contracts, and financial strategy for many of Anduril’s most important deals. He founded Anduril’s corporate development team, where he led multiple major acquisitions and helped Anduril’s investment team raise billions in private capital financing. Before taking on the position of CFO, Babak led multiple functional teams at Anduril, including legal, proposals, contracts and pricing, compliance, security, and corporate development. He joined Anduril in 2018 after serving in various roles at Palantir Technologies and as an associate at O’Melveny & Myers. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/a7648223a14bcbc96e25e92999d8399ed7b5ddcd-3112x3890.png?rect=54,140,3009,3750&w=1000&fit=min&auto=format) - David Goodrich - Executive Chairman and CEO of Anduril Asia-Pacific: David Goodrich OAM is the Executive Chairman and Chief Executive Officer of Anduril Asia-Pacific. He oversees and drives Anduril growth and operations in Australia and the greater Indo-Pacific region. - Before Anduril, David advised the Australian Defence Force and other Australian and State government entities on dozens of major weapons system acquisition, sustainment and infrastructure contracts. David also served as the Executive Director at Silver Spirit Partners, a company he founded to develop significant retirement communities and advise on property development and infrastructure projects in New South Wales, most notably the Western Sydney Airport and the redevelopment of Sydney’s Darling Harbour. David currently sits on the advisory board of Gilmour Space Technologies, Australia’s sovereign space launch provider.David graduated from the University of New South Wales’ Australian Graduate School of Management with an Executive MBA after obtaining a Bachelor of Engineering with Honours in Mechanical Engineering from the University of Sydney. In 2021, he was awarded the Order of Australia Medal for service to the community and defence sector. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/9ae888aa5ca2f252e717145c8a84e90f34f60cc0-6336x7920.jpg?w=1000&fit=min&auto=format) - Matthew Steckman - President and Chief Business Officer: Matthew Steckman is President and Chief Business Officer for Anduril Industries. In his role, he is responsible for leading many of the company's core internal functions, including oversight of corporate operations, executive operations, divisional activities, business performance, and revenue generation. He plays a critical role in shaping Anduril's strategic direction, ensuring operational efficiency, and driving sustainable growth across its expanding portfolio of defense and security solutions. - Prior to Anduril, Matt served as Chief Revenue Officer for Zipline International, the world’s first drone delivery company focusing on medical and blood products. Matt held several leadership positions at Palantir Technologies, running internal business operations and owning relationships with the company’s largest customers. Matt holds degrees in Computer Science and International Affairs from Georgetown University. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/8b901b5ee7edd00441ce055af1627ca208c5afc4-5428x6785.png?w=1000&fit=min&auto=format) - Jennifer Bucci - Vice President, Design: Jen Bucci is the Head of Design at Anduril Industries, where she leads the defense technology company’s identity across brand and product. In this role, Jen oversees several creative disciplines including industrial design, visualization design, photography and film, and graphic design. Since joining in 2021, Jen's teams have implemented the standardization and aesthetic direction across the company. - Jen comes to Anduril with a background in industrial design, automotive advertising, and branding. Prior to Anduril, she was at Boeing across space, commercial airlines, and defense business lines, contributing to projects like the Starliner in collaboration with NASA’s Commercial Crew Program, commercial and defense aircraft liveries, and enterprise branding. Previously she has held design roles with Hyperloop, Lexus, Volkswagen, and Subaru.Jen is a graduate of Art Center College of Design, with a Bachelor of Science in Transportation Design. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/8866fa3543b6f778bb5f26c77b74ab6cd40bb83c-1536x1920.jpg?rect=0,67,1536,1853&w=1000&fit=min&auto=format) - Gregory Kausner - Senior Vice President of Global Defense: Gregory Kausner joined Anduril Industries as the SVP, Global Defense in 2022. Previously, he held leadership roles in the Department of Defense, Department of State, on Capitol Hill, and served in the U.S. Navy as an aviator. - At the Department of Defense, Greg performed the duties of Under and Deputy Under Secretary of Defense for Acquisition and Sustainment, served as Executive Director for International Cooperation in the Office of the Secretary of Defense, and was the Deputy Director of the Defense Security Cooperation Agency. At State, he was a Senior Advisor to the Under Secretary for Arms Control and International Security and the Deputy Assistant Secretary for Political Military Affairs. In the Senate, Greg served as a Senior Professional Staff Member on the Foreign Relations Committee.As a Naval Officer, he piloted F-14s and F/A-18s, represented the Navy to Congress as a Senate Liaison, mobilized as the Deputy Director of the Naval and Amphibious Liaison Element, and conducted Reserve assignments to the Defense Innovation Unit, the Office of the Chief of Naval Operations, and the Office of Naval Intelligence.Greg is the recipient of the Defense Medal for Exceptional Civilian Service, theDefense Medal for Meritorious Civilian Service, the Secretary of State's Award for Excellence in International Security Affairs, the Meritorious Service Medal, the Air Medal-Individual Action (with Combat V), and the Air Medal (Strike Flight).He studied International Relations at the University of Delaware and earned an M.A. in Security Studies from Georgetown University. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/94945172333f7a98d3c1821cb8f858c4f673a5ab-1280x1390.png?w=1000&fit=min&auto=format) - Shannon Prior - Head of Communications: Shannon Prior is the Head of Communications at Anduril, where she drives Anduril’s global narrative through transparent and informative storytelling. In this role, Shannon oversees corporate communications strategy and execution including product, executive and employee communications, media relations, social media strategy and analyst relations for the defense technology company. - Prior to Anduril, Shannon held senior corporate communications roles at Hulu where she led communications for Hulu’s business, products, technology, data, strategic partnerships and emerging initiatives. Most notably, Shannon led the communications strategy and execution behind Hulu’s successful entrance to the live TV streaming space. Previously, Shannon held product communications roles at Mozilla where she was responsible for communications around the global releases of Firefox, Firefox for Android and Firefox OS.Shannon is a graduate of California State University, Chico, where she earned a bachelor’s degree in journalism with an emphasis in public relations. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/3a5fb8f23591f2d7fb9a6e09e554f1314934ab4c-2400x3600.png?rect=0,181,2400,3419&w=1000&fit=min&auto=format) - Ann Marie Rosas - General Counsel : Ann Marie Rosas is the General Counsel at Anduril Industries, where she advises Anduril’s board and management on legal and policy matters and leads the company’s legal, regulatory, and procurement functions. - Prior to joining Anduril, Ann Marie supported Project Maven at the Office of the Under Secretary of Defense for Intelligence & Security. She previously worked at Palantir Technologies and as an associate at Simpson Thacher & Bartlett in their NY office. Ann Marie holds a B.S.E. in Chemical Engineering from Arizona State University and a J.D. from Stanford Law School. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/82a763942d2fc0bb2f5c23c8f1d0334875004de3-3917x4250.jpg?w=1000&fit=min&auto=format) ## Anvil - Anvil - Autonomous Air Vehicle AAV - Anvil navigates autonomously to intercept potential drone threats and provide visual feedback for positive identification by a human operator. Anvil-M is a munition variant that increases effectiveness against larger, faster threats. - Anvil: - ![Anvil autonomous kinetic interceptor for precise low-collateral defeat of Group 1 and 2 drone threats, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/2ea6c8d82d83d9be790de5c05aa009707c0afe14-4000x2660.png?rect=334,327,3468,2119&w=1000&fit=min&auto=format) - Defeat: Kinetic, Low-Collateral - Target: Group 1-2 - Anvil-M: - ![Anvil-M high-explosive munition variant developed from real-world combat operations for defeating Group 1 and 2 threats, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/7659d0324de5a401abbaff858119122c76b93924-4000x2660.png?rect=165,496,3637,1889&w=1000&fit=min&auto=format) - Defeat: High-Explosive Munition - Target: Group 1-2 - Anvil Launchbox: - ![Anvil Launch Box ruggedized self-contained ground support system storing and deploying two Anvil interceptors on demand, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/8b27ec72d6fad7c58cb9ac9e6283e4e64b836f7b-4000x2660.png?rect=263,555,3314,2105&w=1000&fit=min&auto=format) - Capacity: 2 Anvils - Dimensions: 63” x 46” x 30” - Weight: 253 lbs - Build Qualities - Autonomous Navigation: Cued by Lattice, Anvil navigates autonomously to intercept potential drone threats. - Kinetic Energy: Once authorized, Anvil delivers kinetic energy to the threat with minimal collateral damage. - Speed and Power: Battery and motors are optimized for short, fast flights that make an impact. ## Armory Terms & Conditions - Armory Terms & Conditions - Anduril ## Arsenal - Arsenal - TO REBUILD THE ARSENAL, WE MUST HYPERSCALE MANUFACTURING - Discover Arsenal - Advanced Defense Capabilities. Produced at Hyper-Scale. We need orders of magnitude more weapons. This requires a new product, and we are making an even larger investment to deliver it. This product is not a weapon itself, but a maker of weapons. We call it Arsenal. - THE FACTORY
IS
THE WEAPON - ArsenalOS™ - ArsenalOS The Digital Backbone of Modern Defense Manufacturing - ![Image](https://cdn.sanity.io/images/61nocsj5/production/99cddaa4575552a92057122ea0b720c426046ea0-3456x1588.png?w=1000&fit=min&auto=format) - Arsenal-1 - Arsenal-1 A New Standard in Defense Manufacturing - ![Image](https://cdn.sanity.io/images/61nocsj5/production/ea803a89c4bcbd2646b143dc5b4af03c99e9b2a8-2844x1600.png?w=1000&fit=min&auto=format) - Rebooting The Arsenal (PT — 01 / 02) - ![Image](https://cdn.sanity.io/images/61nocsj5/production/f0b2246e105ade418c3ad0675a9dfe27efb9d248-1920x1080.png?rect=41,30,1847,830&w=1000&fit=min&auto=format) - Rebuild The Arsenal (PT — 02 / 02) - ![Image](https://cdn.sanity.io/images/61nocsj5/production/cd12cd9d1cc64c0510641ec939697ad31549ca2d-1920x1080.png?rect=18,26,1877,828&w=1000&fit=min&auto=format) ## Arsenal-1 - Arsenal-1 - DESIGNED BY ANDURIL BUILT IN OHIO A-1 - hyperscale manufacturing - $900 Million+ - Capital investment: Over $900 Million of capital investment into rebuilding the Arsenal, representing one of the largest manufacturing investments in the region. - 5 Million sqft+ - Manufacturing space: 5 Million+ sq ft of manufacturing space, making it one of the largest industrial facilities in Ohio. - 4000+ - New jobs: Arsenal-1 represents the single largest job creation event in Ohio history, bringing 4000+ new direct jobs across the state. - $2 Billion - Annual economic output: $2 Billion a year in projected annual economic output, contributing to Ohio's robust manufacturing economy. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/850e86728ab88e44ebf3ab16776acdcd26e90cb2-4000x2667.jpg?w=1000&fit=min&auto=format) - ![Image](https://cdn.sanity.io/images/61nocsj5/production/05b06e509064043e95fd5bd415100b49b1be692a-7580x5053.jpg?w=1000&fit=min&auto=format) - Explore Arsenal-1 - Scan QR Code to explore - Shape The Future Of American Defense In Ohio - Rebuilding the arsenal of democracy is a shared responsibility that will require our brightest innovators to contribute. Complete this form if your company is ready to partner with Anduril. - Stay On Our Radar: Be the first to know when new Anduril roles open locally in Ohio. Submit your information to express your interest. - We Are Hiring For The Following Roles: Find your future at Anduril. - [object Object], [object Object], [object Object], [object Object], [object Object], [object Object] ## ArsenalOS™ - ArsenalOS™ - THE DIGITAL BACKBONE OF MODERN DEFENSE MANUFACTURING AOS - How We Build - Transforming blueprints into real production capability. Learn how ArsenalOS™ delivers speed, precision and adaptability of modern software to industrial manufacturing. - BUILD CHAIN
TO
KILL CHAIN - ![Image](https://cdn.sanity.io/images/61nocsj5/production/b85da7ce452f816129bd75e80627a326ac14f8c2-1920x1080.png?w=1000&fit=min&auto=format) - In the factory, the Build Chain describes how blueprints transform into real production capability. On the battlefield, the Kill Chain describes how data becomes decision, and decision becomes action. To date, the speed at which the Kill Chain executes its steps in combat far surpasses the speed at which the Build Chain executes it steps to produce systems for combat. That changes with ArsenalOS™. - How It Works ## Barracuda - Barracuda - Autonomous Air Vehicle AAV - Family of air-breathing Autonomous Air Vehicles (AAVs) purpose-built for hyper-scale production and mass employment. - Barracuda-100: - ![Barracuda-100 air-breathing autonomous air vehicle with 120+ nm range and 200-500 kt speed for tactical ground and air-launched operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/f6bb94c108d5af7e1c774dfc4fb3a6edd3b5e980-4000x2660.png?rect=956,467,2269,1543&w=1000&fit=min&auto=format) - Range: >120 nm - Speed: ~200-500 kts - Payload: Undisclosed - Barracuda-100M: - ![Barracuda-100M munition variant with class-leading maneuverability and range in a compact form factor for tactical applications, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/8a8448ff1a911087594846b35c0f58edb645cf46-4000x2660.png?rect=903,508,2434,1563&w=1000&fit=min&auto=format) - Range: >120 nm - Speed: ~200-500 kts - Payload: Munition - Barracuda-250: - ![Barracuda-250 air-breathing autonomous air vehicle with 200+ nm range for multi-domain launch from air, ground, and maritime platforms, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/f836ab9d8a0b288edb8093cfce798f320736eae4-4000x2660.png?rect=833,640,2516,1387&w=1000&fit=min&auto=format) - Range: >200 nm - Speed: ~180-500 kts - Payload: Undisclosed - Barracuda-250M: - ![Barracuda-250M munition variant optimized for operational utility across the joint force with multiple payload and platform options, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/273b69f85bec5374015642647464223b0501a17f-4000x2660.png?rect=742,624,2507,1379&w=1000&fit=min&auto=format) - Range: >200 nm - Speed: ~180-500 kts - Payload: Munition - Barracuda-500: - ![Barracuda-500 long-range air-breathing autonomous air vehicle with 500+ nm range for extended strike and ISR missions, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/add60aa1adc75c31cd2f9a267f589a2d62b81892-4000x2660.png?rect=295,402,3498,1742&w=1000&fit=min&auto=format) - Range: >500 nm - Speed: ~190-500 kts - Payload: Undisclosed - Barracuda-500M: - ![Barracuda-500M long-range munition variant offering affordable mass production and deployment capability for joint force operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/362212f069102419e04043c85353fc572ead5649-4000x2660.png?rect=257,516,3739,1684&w=1000&fit=min&auto=format) - Range: >500 nm - Speed: ~190-500 kts - Payload: Munition - Dynamic Launch Methods: External rails support tactical surface and air launch methods - from rotary and fixed-wing aircraft to ground vehicles and boats. - Affordable Mass: Advanced software house in a 70-78in low-cost form factor designed with COTS components and for rapid assembly. - Flexible Payloads: Supports ~40lb kinetic and non-kinetic payloads. - Air-Breathing Turbojets: Engines take in air to combust fuel and deliver high-speed payloads with extended range and endurance. - Dynamic Launch Methods: Easily employed by air, ground, or maritime launch platforms, including the internal weapons bays of fifth generation fighter aircraft. - Affordable Mass: Advanced software housed in a low-cost form factor designed with COTS components and for rapid assembly. - Flexible Payloads: Supports ~35lb munition, kinetic, and non-kinetic payloads. - Air-Breathing Turbojets: Engines take in air to combust fuel and deliver high-speed payloads with extended range and endurance. - Dynamic Launch Methods: Ground, air, and pallet launch methods increase en masse maneuverability and precision. - Air-Breathing Turbojets: 150lb thrust engines deliver high-speed payloads with 500nm+ range and endurance. - Affordable Mass: Advanced software housed in a low-cost form factor designed with COTS components and for rapid assembly. - Powerful Payloads: Supports 100lb+ kinetic and non-kinetic payloads. - Build Qualities - Ten or Fewer Tools to Assemble: Minimizes unique tooling and part count to accelerate assembly and ensures flexibility to rapidly spin up new production lines. - Supply Chain Resiliency Built into Design: Barracuda leverages commercially and widely-available components across six common sub-systems. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/216fe60b438d0b6b0ed8245321fc2c7905f0b45d-2000x1501.jpg?w=1000&fit=min&auto=format) - Rapid Hardware Integration & Testing: Barracuda’s modular open systems architecture enables rapid integration and testing with the latest advancements in commercial sub-component technology to optimize mission systems against evolving threats. - Software-Defined Upgradeability: As a software-defined, hardware-enabled platform, Barracuda continuously adapts to mission needs at the speed of relevancy and enables novel autonomous behaviors such as collaborative mission autonomy. - ![Barracuda software-defined platform demonstrating continuous mission adaptation and collaborative autonomous behaviors](https://cdn.sanity.io/images/61nocsj5/production/1ec5966e21866afda6b535cb05350e2af41090d2-1993x1115.png?w=1000&fit=min&auto=format) - Bring Mass to the Fight ## Bolt - Bolt - Autonomous Air Vehicle AAV - Bolt is a modular AAV that delivers a rapid response capability for real-time situational awareness. Bolt-M is a munition variant of Bolt purpose-built to arm any ground force with simple, flexible, and lethal precision firepower. - Bolt: - ![Bolt autonomous air vehicle with 20+ km range and 45+ minute endurance for ISR and search and rescue missions, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/c9b436c642a7cf63badf4196d15bb6ee33460eec-4000x2660.png?rect=252,130,3748,2039&w=1000&fit=min&auto=format) - Range: +20km - Endurance: +45min - Weight: Approx. 12lbs - Bolt-M: - ![Bolt-M precision munition variant delivering on-demand firepower against static and moving ground targets, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/0569eefe5a2092cd3ed54c597875ebc6d3391cb6-4000x2660.png?rect=309,246,3691,2001&w=1000&fit=min&auto=format) - Range: +20km - Endurance: +40min - Weight: Approx. 13-15lbs - Modular Payload: Easily swap between multiple warhead options: Anti-Personnel, Anti-Materiel, Anti-Armor, Training. - 2-Axis EO/IR Gimbal : Low-latency video to seek and identify threats in real-time, day or night. - Vehicle Status & Safety Indicators : Visually conduct pre- and post-flight checks of system arming state and battery life. - Quick-Detach Field-Swappable Battery : Swap batteries without tools in under 10 seconds. - Build Qualities - Purpose-Built For the Operator: Integrated weapons system that can be safely handled, rapidly deployed, and effectively operated with minimal training. - Autonomous Tracking: Advanced onboard computer vision and machine learning software enables operators to follow any target from custom standoff positions and maintain track custody through occlusion. - Precision Strike From Any Angle: Uniquely engineered to attack from any angle, including directly above, to pinpoint vulnerabilities against targets in complex environments. - Defense: Bolt-M delivers on-demand precision firepower against static or moving ground-based targets. - ![Bolt-M delivering on-demand precision firepower against a ground target in a defense application](https://cdn.sanity.io/images/61nocsj5/production/d43312a2d8c67fd8c068448e287504036621a39b-640x732.png?w=1000&fit=min&auto=format) - Commercial: Bolt can be airborne at a moment’s notice for missions like Intelligence, Surveillance & Reconnaissance (ISR), and Search & Rescue (SAR). - ![Bolt conducting ISR and search and rescue operations in a commercial application](https://cdn.sanity.io/images/61nocsj5/production/d1643dcb779406f088df77887e320ba08f31dea0-640x732.png?rect=0,312,606,382&w=1000&fit=min&auto=format) ## Careers - Find Your Future at Anduril - Careers - Anduril is not a traditional defense contractor. - How We Work - Autonomy: If you're not a self-starter, that's a non-starter. At Anduril, we welcome those with a vision to drive meaningful change with their work. You'll be given ownership and be expected to hit the ground running. - ![An Anduril engineer operates a ruggedized laptop connected to a tactical radio unit in an outdoor field setting, embodying the company's ownership culture and self-starter ethos as they independently manage a project.](https://cdn.sanity.io/images/61nocsj5/production/3b237b027ece756cacaf3d427a02cbed8a0520ee-3680x2170.png?rect=144,94,3394,1884&w=1000&fit=min&auto=format) - Speed: There’s no time for business as usual. Here, it's common for Monday's idea to become Friday's prototype. It's how we ship in months not years. The expectation is you will move at pace while upholding the quality our warfighters depend on. - ![An Anduril engineer uses a power tool to assemble a large optical sensor or camera housing in a modern facility, demonstrating the company's fast-paced engineering culture of moving rapidly from concept to prototype in days.](https://cdn.sanity.io/images/61nocsj5/production/8e6783cfd33affb52472163c71356672e3fe82bf-1192x949.jpg?w=1000&fit=min&auto=format) - Scale: We must Rebuild the Arsenal at hyper-scale to equip America and its allies. Joining Anduril at this stage is an opportunity to drive generational impact as we continue to accelerate, expand into new domains and forge the future of defense. - ![An Anduril engineer smiles during a collaborative discussion in a hardware lab surrounded by electronic components and equipment, reflecting the energetic team culture at the forefront of rebuilding America's defense arsenal at hyper-scale and forging the future of national security.](https://cdn.sanity.io/images/61nocsj5/production/80990c5b7ae113cadaf68e2bb7f5075a4d8cb1b2-750x501.jpg?w=1000&fit=min&auto=format) - Impact: Everyone at Anduril is responsible for meaningful, mission-driven work. This is hard tech, solving hard problems, at scale. No matter your role, your work will directly affect U.S. & allied military capabilities. - ![An Anduril engineer carefully assembles a precision motor stator component at her workbench, exemplifying the hands-on, mission-driven work culture where every team member directly contributes to advancing U.S. and allied military capabilities through hard tech and complex problem-solving at scale.](https://cdn.sanity.io/images/61nocsj5/production/685de524e2b5ae1b80d1e8ac28436879d4bb2d13-750x501.jpg?w=1000&fit=min&auto=format) - We are built different - Explore Our Benefits - Anduril Around the World - California, United States, - -117.918671, 33.641132: Located in sunny Costa Mesa, California, Anduril HQ features robust facilities for software and hardware engineering, business development, and mission operations. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/38e8ec43b53ca2afc3c191fc57de02c2fdec9023-614x436.jpg?w=1000&fit=min&auto=format) - Alabama, United States, - -86.3077, 32.3792: Anduril's Huntsville office is situated in Cummings Research Park, the second largest research park in the country, serving primarily as an engineering hub for our Rocket Motor Systems business line. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/7e83f73aceaf133d63eb8cb87949f852b7b58ca2-3071x2045.jpg?w=1000&fit=min&auto=format) - Colorado, United States, - -104.9903, 39.7392: Anduril's Colorado offices are at the forefront of developing cutting-edge sensor systems and mission-enabling payloads for superior battlespace awareness. With a focus on Imaging and Battlespace Awareness, we leverage advanced software-defined sensors and high-performance computing to deliver smarter, adaptive, and cost-effective solutions. Our innovations enhance military capabilities for the US and its allies, meeting evolving threats head-on. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/b1176ae0105bc57a9edc363b6b5bc01497951ee0-5712x4284.jpg?w=1000&fit=min&auto=format) - Georgia, United States, - -84.38633, 33.753746: Anduril's Atlanta office serves as an R&D hub and manufacturing facility dedicated to advancing our UAS systems. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/55a8e251d79ac6482c600ee132707ab99eeda24a-11648x8736.jpg?w=1000&fit=min&auto=format) - Hawaii, United States, - -157.8581, 21.3099: The Honolulu office is the home of the Edge Data Mesh program and serves as a strategic hub in the Asia-Pacific region. With a strong military presence on Oahu, our teams are agile utility players that also support key initiatives in Air Defense, Maritime, and Menace. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/318d51fd57af8d2f73d10196ef1ef3836d5c2d18-5712x4284.jpg?w=1000&fit=min&auto=format) - ![Image](https://cdn.sanity.io/images/61nocsj5/production/318d51fd57af8d2f73d10196ef1ef3836d5c2d18-5712x4284.jpg?w=1000&fit=min&auto=format) - Indiana, United States, - -86.158, 39.7691: Anduril RMS Indiana focuses on the research, development and production of ALITEC, our next generation solid rocket fuel. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/e4c0d31c5b97bfeee5982d9b5c62f1848aabb4bd-5712x4284.jpg?w=1000&fit=min&auto=format) - London, United Kingdom, - 0.1276, 51.5702: The Anduril London office is a vibrant hub for innovation and collaboration in defense technology, featuring a strong engineering presence alongside our UK & EU Business Development team dedicated to transforming military capabilities with cutting-edge solutions. Additionally, we operate the Anduril European Test & Training Site in Llanbedr, North Wales, which is specifically designed for the live testing and development of our autonomous technologies, as well as training our customers in representative environments. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/cce47a25a5102b92e2544cf0080267c4a7a57193-4012x3009.jpg?w=1000&fit=min&auto=format) - Massachusetts, United States, - -71.06588, 42.355083: Anduril Boston is an ever growing community of software engineers. Outside of the city you can find Anduril Lexington, engineers here specialize in Anduril Imaging products. A short drive away, you'll find Anduril Quincy, where the team is hard at work on our maritime products. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/e1f58c75977d32ab1b6b6876c344fefafa9cda66-640x959.jpg?w=1000&fit=min&auto=format) - Mississippi, United States, - -89.3985, 32.3547: Anduril's Rocket Motor Systems branch in McHenry, Mississippi, a short drive from the Gulf Coast, serves as the heart and soul of Solid Rocket Motor manufacturing at Anduril Industries. The McHenry facility is a testament to Anduril's modern defense ethos focused on scalable solutions, housing a $75MM+ manufacturing facility featuring cutting-edge equipment, innovative processes, and novel chemical formulations. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/4d8d3247d8f609b5e71f56919f663cf7130872c3-1894x1169.png?w=1000&fit=min&auto=format) - North Carolina, United States, - -79.0193, 35.7596: Located near the Raleigh Research Triangle, Anduril's North Carolina office serves as an engineering and manufacturing hub for composite R&D projects. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/1fa7fddde7f8064464c322de055723cc1caa8407-1152x648.png?w=1000&fit=min&auto=format) - Ohio, United States, - -81.6944, 41.4993: Columbus, Ohio is home to Arsenal-1, Anduril’s hyperscale manufacturing facility, producing tens of thousands of autonomous systems to meet growing national security needs. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/1d32ce589dfb67c7e4b456c432a6a48a9b83a76c-2844x1600.png?w=1000&fit=min&auto=format) - Oregon, United States, - -121.3153, 44.0582: Anduril's Oregon Test Site is situated on Pendleton Airport property, offering paved runways for fixed-wing operations and open hangars for our Test & Evaluation team to conduct demonstrations and execute tests for customers. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/cad4d51aec7f19dd16c37fe5c44308178f588e77-2445x1371.png?w=1000&fit=min&auto=format) - Rhode Island, United States, - -71.4774, 41.5801: Anduril's newest production facility for Maritime is located in Quonset Point, RI. Our Manufacturing and Field Operations teams, supporting production and field testing, are expanding to meet the demands of the Dive family of products for the US and our allies. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/04f96bef12dd84017b78671877471ae82e9644b3-4032x3024.jpg?w=1000&fit=min&auto=format) - Sydney, Australia, - 151.2099, -33.865143: Our Sydney office is home to software & hardware engineering, business development and manufacturing teams to support the Australian Defence Force and other customers in the Asia Pacific region. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/4bfd737da4bcbee3402898d6fbd0f55b73c3b06f-640x985.png?w=1000&fit=min&auto=format) - Virginia, United States, - -78.6569, 37.4316: Anduril’s Reston, Virginia office is a key hub for supporting national security and defense partners, strategically located near government agencies and contractors for rapid development and deployment of innovative solutions. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/31d2f94286fb7e23bbf62f0c960d642dc3fd60b3-5712x4284.jpg?w=1000&fit=min&auto=format) - Washington, United States, - -120.7401, 47.7511: With panoramic views of the Puget Sound and downtown, the Seattle office exemplifies the beauty of the PNW with a mix of nature and city life. Located in the heart of the city with many parking and public transit options nearby, the Seattle office is home to multiple teams across Software Engineering, Business Systems/IT and Talent Acquisition. Our Bellevue office thirty minutes away plays a crucial role in supporting project development and collaboration across teams, further enhancing our presence in the region. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/1ba4142cf9ac0f0f183695f6a67a80b1359e0cc3-640x637.png?w=1000&fit=min&auto=format) - Washington DC, United States, - -77.009056, 38.889805: Our DC office is strategically located near the Hill, the National Mall, and the Pentagon, housing our business development and government relations teams. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/dda12623b122fe02bd1fc83d737ed27e99fe1b27-640x427.jpg?w=1000&fit=min&auto=format) - Helsinki, Finland, - 24.9384, 60.1699: The Finland office, located 30 min from downtown Helsinki, features a 26,000 ft² ISO5 clean room dedicated to state-of-the-art optics and silicon fabrication. Equipped for both rapid prototyping and full-scale production, this facility leverages high-performance, scalable process technology to drive breakthrough R&D. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/b0a22c921c05973a8ab2cf1e6a5d32691d22ce75-2400x1800.jpg?w=1000&fit=min&auto=format) - Dublin, Ireland, - -6.2603, 53.3498: The Anduril office in Dublin is centrally located, offering easy access to the city's amenities and rich cultural heritage, fostering collaboration and innovation. Originally serving as the homebase for Klas (now Voyager), Anduril Dublin is working on the world’s most powerful edge technology. The bustling neighborhood complements the friendly, dynamic work atmosphere, making it a great place to engage with colleagues and the local community. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/964d6fa518b6de6c0b276466027140789ad99afe-1600x900.png?w=1000&fit=min&auto=format) - Seoul, South Korea, - 126.9787, 37.5691: Established in April 2025, Anduril's Korea office is located near Cheonggyecheon stream in downtown Seoul, focusing on business development and partnerships with Korean defense stakeholders. This office focuses on building strong business relationships and exploring new opportunities. We’re committed to driving innovation and ensuring security as we work together with our Korean defense partners to shape the future. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/af01933566c706b696559943cec4cb2f44049600-472x493.jpg?w=1000&fit=min&auto=format) - Taipei, Taiwan, - 120.9605, 23.6978: Anduril established a presence in Taiwan in February 2025, focusing on delivering key capabilities to the Ministry of National Defense while building local supply chain operations to enhance operational capabilities and support the missiong of safeguarding national secruity. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/2a5ea32730255d495b8a24969fe989dbd8b7bdf9-1305x484.jpg?w=1000&fit=min&auto=format) - Tokyo, Japan, - 139.65, 35.6764: Anduril Japan maintains a dedicated, locally incorporated footprint in the heart of Tokyo, serving as the primary interface with the Japan Ministry of Defense (JMOD), the Ministry of Economy, Trade and Industry (METI), and other key stakeholders. The office fosters strategic partnerships with traditional defense OEMs and commercial manufacturers to drive market entry and growth across Anduril’s portfolio. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/964d6fa518b6de6c0b276466027140789ad99afe-1600x900.png?w=1000&fit=min&auto=format) - Protecting Yourself from Recruitment Scams - Anduril is committed to maintaining the integrity of our Talent acquisition process and the security of our candidates. We've observed a rise in sophisticated phishing and fraudulent schemes where individuals impersonate Anduril representatives, luring job seekers with false interviews or job offers. These scammers often attempt to extract payment or sensitive personal information. To ensure your safety and help you navigate your job search with confidence, please keep the following critical points in mind: No Financial Requests: Anduril will never solicit payment or demand personal financial details (such as banking information, credit card numbers, or social security numbers) at any stage of our hiring process. Our legitimate recruitment is entirely free for candidates. Please always verify communications: Direct from Anduril: If you receive an email from one of our recruiters, it will only come from an @anduril.com address. Via Agency Partner: If contacted by a recruiting agency for an Anduril role, their email will clearly identify their agency. If you suspect any suspicious activity, please verify the agency's authenticity by reaching out to contact@anduril.com. Exercise Caution with Unsolicited Outreach: If you receive any communication that appears suspicious, contains grammatical errors, or makes unusual requests, do not engage. Always confirm the sender's email domain is @anduril.com before providing any personal information or clicking on links. What to Do If You Suspect Fraud: Should you encounter any questionable or fraudulent outreach claiming to be from Anduril, please report it immediately to contact@anduril.com. Your proactive caution is invaluable in protecting your personal information and upholding the security and trustworthiness of our recruitment efforts. ## Command & Control - Command & Control - LATTICE - COMMAND AND CONTROL - Lattice for Command & Control (C2) is an AI-powered battle management platform built to accelerate complex kill chains. Lattice for C2 integrates thousands of sensors and effectors to turn data into decisions at scales and speeds beyond human capacity. - Kill Chain - 01, Understand: Lattice creates a shared real-time understanding of the battlespace. It autonomously parses data from thousands of sensors & data sources into an intelligent common operating picture, all in a single pane of glass. - 02, Decide: Lattice streamlines the complexity of the decision-making process by presenting decision points -- not noise. Lattice leverages AI and deep learning models to present recommended decision support to operators in high-stakes and dynamic environments, where decisions must be made quickly. - 03, Act: Lattice turns decisions into action in seconds, not minutes or hours by tasking manned, unmanned, and autonomous assets across multiple domains, distributed geographies, and contested communications environments. - Accelerate complex kill chains - Features - Built for Scale: Lattice can integrate, manage, and C2 thousands of sensors, effectors, networks, and mission systems globally across domains. - All-Domain: Lattice integrates and operates across land, sea, air, and space to provide a comprehensive all-domain mission engine. - Open & Extensible : Integrate third-party, legacy, and autonomous systems to work together in a single command and control mission engine. - Intelligent & Secure Networking: Intelligent mesh networking ensures resilient, intelligent, and secure transport of mission critical data to and from the tactical edge. - Battle Management Platform - Built for Autonomy at Scale: Lattice for C2 is the human machine interface built to meet the complexity and scale of operating manned, unmanned and autonomous systems. Lattice for C2 simplifies the fleet management of hundreds of systems, fuses thousands of data signals into operator insights, and turns a click of a button into action with machine-to-machine tasking. - Disperse to Win: Lattice for C2 leverages a distributed mesh network, Lattice Mesh, to bring the realities of warfighters at the tactical edge back to the sensors and weapon systems operations centers. Lattice for C2 can be deployed across multiple modalities to meet the environment, ranging from laptops to tablets to operator-worn headsets. - The Best of Today and Tomorrow: Lattice for C2 integrates legacy and next-generations sensors, effectors, networks, and mission systems in a bidirectional manner with the Lattice SDK to provide an an intelligent, comprehensive, and capable common operating picture in a single pane of glass. - AI Applied to the Fight: Lattice for C2 leverages frontier AI technologies that enable natural operator interactions and decision aides to make rapid, confident, and effective decisions at machine speed. - Hands-on Resources and Support - Join - Lattice Developer Experience - Request to join the Lattice Developer Experience in order to get hands-on with Lattice Mesh services and to take your first steps towards developing applications and integrations. ## Connected Warfare - ALL-DOMAIN - OWN THE EDGE CW - Connected Warfare ensures U.S. and allied forces win at the edge, in fast-moving and contested environments where decisions must be made in seconds. We build AI-driven systems that connect sensors, shooters, and decision-makers for faster, smarter, and more resilient operations when every second counts. - EagleEye - EagleEye: EagleEye is a family of Warfighter Augments, powered by Lattice, that equip warfighters with enhanced perception, lethal connectivity, heightened survivability, and mission planning to see the fight earlier, decide faster, and act with better information. EagleEye consists of heads-up displays, integrated helmets, and compute armor — all architected from the ground up to meet fit and function required for the battlefield. - ![Soldier wearing EagleEye warfighter augment system with heads-up display and integrated helmet for enhanced battlefield perception](https://cdn.sanity.io/images/61nocsj5/production/2d66371ca5057a6bc655d17231c581b0857988cd-4096x2160.jpg?w=1000&fit=min&auto=format) - Menace-I - Menace-I: Menace-I is a classified C4 solution that equips operators with integrated power, HVAC, compute, and connectivity in a SCIF and SAPF accreditable, ICD 705-compliant, expeditionary shelter. - ![Menace-I classified C4 expeditionary shelter providing integrated power, compute, and connectivity in a SCIF-accreditable enclosure](https://cdn.sanity.io/images/61nocsj5/production/eba159cb1b20cd0f22f56c8a08168b0dbede2076-2000x1484.jpg?w=1000&fit=min&auto=format) - ![Interior view of Menace-I command and control shelter showing integrated compute and communications equipment](https://cdn.sanity.io/images/61nocsj5/production/c0307ded5f01add245759fbd0e1af26fecdcf64b-1819x1349.jpg?w=1000&fit=min&auto=format) - Menace-X - Menace-X: Menace-X packages the integrated C4 capabilities of Menace into an on-the-move, expeditionary form factor. - ![Menace-X on-the-move expeditionary C4 system mounted on a tactical vehicle for mobile command and control operations](https://cdn.sanity.io/images/61nocsj5/production/8a0059be7a63f37ba610b7e6a3abbe1e3b2b7c8c-2000x1484.jpg?w=1000&fit=min&auto=format) - ![Close-up of Menace-X maneuverable C4 system showing rugged compute and communications hardware](https://cdn.sanity.io/images/61nocsj5/production/47975a3c4c1d0273c4ad61e0c8c55bf807431815-2000x1484.jpg?w=1000&fit=min&auto=format) - Menace-T - Menace-T: Menace-T packages Anduril’s Lattice software with Voyager’s rugged, modular compute to provide a human-portable C2 solution, tailored for tactical operations centers or resource-poor environments. - ![Menace-T man-portable C2 system in a tactical operations center, providing Lattice-powered command and control in resource-poor environments](https://cdn.sanity.io/images/61nocsj5/production/f0ee5bb498cf320e53b4721b4b5f1fcd61facc3f-3000x1101.jpg?w=1000&fit=min&auto=format) - Voyager - Voyager: Voyager is a modular, scaleable and rugged suite of compute, network and comms infrastructure built for survivable c5ISR at the tactical edge. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/880e29405e12f21788cfdc7407df509534d51c53-10335x7751.jpg?rect=0,382,10335,5943&w=1000&fit=min&auto=format) - Lattice Mesh - Lattice Mesh: Lattice Mesh™ is a decentralized mesh networking capability that securely distributes data across services, domains, platforms, and long distances providing access to critical information in remote, degraded, and low-bandwidth environments at the tactical edge. - ![Lattice Mesh decentralized networking diagram showing secure data distribution across sensors, platforms, and domains at the tactical edge](https://cdn.sanity.io/images/61nocsj5/production/418bc8345907a4a3e0000d15cfe35e21ff6c9e23-2700x1620.png?rect=387,436,1909,777&w=1000&fit=min&auto=format) ## Copperhead - Copperhead - High speed Autonomous Undersea Vehicle AUV - Designed to deliver intelligent on-demand capabilities from unmanned platforms for time-sensitive maritime missions. - Copperhead-100: - ![Copperhead-100 autonomous undersea vehicle with 12.75-inch diameter torpedo-like body for sensing and communications payloads, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/06e76a215bb482a789c998d2cd763b1ba9ba6f52-4000x2660.png?rect=632,911,2836,812&w=1000&fit=min&auto=format) - Diameter: 12.75 in - Max Speed: > 30 kts - Example Payloads: Sensing, Comms, Magnetometer, Chemical Detection - Example Launch Platforms: XL-AUV, Small+ ASV, Group 4+ AAV - Copperhead-100M: - ![Copperhead-100M munition variant with lightweight-class warhead for disabling fast-moving vessels, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/97bf67d28f633cf7f3b49e804029eaed52940bcc-4000x2660.png?rect=730,808,2673,1019&w=1000&fit=min&auto=format) - Diameter: 12.75 in - Max Speed: > 30 kts - Warhead: Lightweight-Class - Example Launch Platforms: XL-AUV, Small+ ASV, Group 4+ AAV - Copperhead-500: - ![Copperhead-500 autonomous undersea vehicle with 21-inch diameter body supporting multi-sensor payload configurations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/525444c200c3abde2a06e71b2397bc09c2a895e6-4000x2660.png?rect=484,655,3141,1109&w=1000&fit=min&auto=format) - Diameter: 21 in - Max Speed: > 30 kts - Example Multi-Payload Config. : Side Scan Sonar + Magnetometer - Example Launch Platforms: XL-AUV, Medium+ ASV, Group 5 AAV - Copperhead-500M: - ![Copperhead-500M munition variant with heavyweight-class warhead for destroying armored vessels, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/d10ee9f98bd7217126e84bfc70f41093d429a9ec-4000x2660.png?rect=485,710,3168,1020&w=1000&fit=min&auto=format) - Diameter: 21 in - Max Speed: > 30 kts - Warhead: Heavyweight-Class - Example Launch Platforms: XL-AUV, Medium+ ASV, Group 5 AAV - 12 ¾-inch Diameter: - 21-inch Diameter: - Deploy from Autonomous Vehicles: Open systems architecture, automated release mechanisms and onboard launch software to enable interoperability, integration, and deployment from autonomous host vehicles. - Engineered for Speed: Diamond-shaped hull and advanced electric propulsion enables both variants to cut through water at sprint speeds over 30 kts. - Build Qualities - Intelligent Underwater Autonomy: AI-enabled edge compute fuses sonar and imaging data for object detection, tracking, and obstacle avoidance. - ![Close-up of Copperhead nose's sensors, with AI-enabled edge compute system fusing sonar and imaging data for underwater object detection and obstacle avoidance](https://cdn.sanity.io/images/61nocsj5/production/abe7f1e0bf991b27d876772dfc19c7705953200e-3000x2251.jpg?w=1000&fit=min&auto=format) - Hyper-Scale Production: Copperhead minimizes part count, unique tooling, and supply chain dependencies and increases flexibility to increase production rates for surges by using common sub-systems, COTS components, and simplified designs. - ![Close-up of Copperhead tail, showing the hyper-scale manufacturing of COTS components and simplified assembly for rapid production surges](https://cdn.sanity.io/images/61nocsj5/production/7ec58417433ae00a1e7f163fa6f70abceccf4b03-2000x1500.jpg?w=1000&fit=min&auto=format) - Collaborative Teaming: Copperhead can exchange real-time data with underwater vehicles via onboard acoustic comms, or establish RF links with above-water assets. - ![Copperhead-100M and Copperhead-500M vehicles displayed on metal stands at a dock in low light, showing the difference in size between the two models](https://cdn.sanity.io/images/61nocsj5/production/06b77f6774416156535de396ad5183cb02b74f39-2000x1500.jpg?w=1000&fit=min&auto=format) - Defense: Affordable Maritime Mass Effects Copperhead-M enhances naval operations and lethality by arming the growing autonomous fleet with affordable mass to engage maritime threats more precisely, effectively, and at scale. - ![3/4 view of Copperhead-100M and Copperhead-500M vehicles displayed on metal stands at a dock in low light, showing the difference in size between the two models](https://cdn.sanity.io/images/61nocsj5/production/4b76e0bc12364436646df54db6115257a2a70537-1920x1280.png?w=1000&fit=min&auto=format) - Commercial: High Speed Survey and Inspection Copperhead can rapidly conduct wide-area surveillance for rapid-response missions like Search and Rescue or Critical Infrastructure Inspection. - ![Close-up of Copperhead-100 tail at dock in low light, model capable of conducting high-speed underwater survey and inspection for search and rescue or critical infrastructure monitoring](https://cdn.sanity.io/images/61nocsj5/production/bffe9976ea7723b47f987fb4fe84374ffc4c58ae-2000x1333.jpg?w=1000&fit=min&auto=format) ## Counter Intrusion - LAND - Force Protection - A family of autonomous systems, powered by Lattice, that provides integrated, accurate and persistent awareness to protect military bases, borders, and critical infrastructure from a rapidly evolving set of threats. - AUTONOMOUS GROUND &
MARITIME
SECURITY - Missions - Border Security : Autonomous Sentry towers detect, classify, and track objects of interest in real-time across vast and remote terrains, saving manpower and cost spent on manual surveillance while keeping agents out of harm's way. - Base Defense: Comprehensive perimeter security for military installations and forward operating bases, reducing personnel requirements while enhancing protection against evolving threats. - Commercial Site Security : Enterprise-grade protection for oil & gas, nuclear, and other critical infrastructure and high-value facilities. Integrate seamlessly with existing security protocols to rapidly identify and mitigate unauthorized access attempts. - 1,200+ KM - Linear Coverage: With Sentry towers already securing over 30% of the U.S. southern land border, our total deployed footprint extends far beyond - protecting sensitive installations across multiple continents, and operating in environments ranging from arctic tundra to remote islands to desert terrain. - 400+ - Sentry Towers : Each Sentry deployment replaces what traditionally requires multiple fixed sensors, numerous personnel, and constant maintenance - delivering persistent surveillance at a fraction of legacy system lifecycle costs. - 12+ - Customers : Trusted by border agencies, defense commands, and critical infrastructure operators to protect their people and assets from threats on land and sea. - Sentry - Sentry: Sentry uses artificial intelligence to provide highly accurate, persistent and autonomous awareness across land, sea and air. - ![Sentry autonomous surveillance tower providing persistent AI-powered detection and tracking for border security and base defense](https://cdn.sanity.io/images/61nocsj5/production/f860bc2fd731f92c03aad3ee180403d657bc5b8f-3322x1210.jpg?w=1000&fit=min&auto=format) - Pulsar - Pulsar: Pulsar is a family of software-defined Electromagnetic Warfare (EW) systems that leverages AI at the edge to rapidly adapt to emerging threats in hours to days, not months to years. - ![Pulsar software-defined electromagnetic warfare system providing counter-UAS and threat denial for force protection missions](https://cdn.sanity.io/images/61nocsj5/production/84bb04c90703d2a77605a741d29086ce51ec98b5-3322x1210.jpg?w=1000&fit=min&auto=format) - Wisp - Wisp: Wisp delivers passive and 360-degree infrared imaging for persistent automated threat detection and situational awareness. - ![Wisp passive infrared imaging sensor providing 360-degree persistent threat detection for perimeter security and counter-intrusion](https://cdn.sanity.io/images/61nocsj5/production/d08444767e3219298075437d62b51f17fa22d7b6-3000x1101.png?w=1000&fit=min&auto=format) - Ghost - Ghost: Ghost is an expeditionary, quiet, and modular platform that delivers intuitive autonomy at the tactical edge, balancing extended range and multi-payload capacity with an expeditionary footprint. - ![Ghost autonomous air vehicle providing expeditionary ISR and tactical edge awareness for force protection and counter-intrusion missions](https://cdn.sanity.io/images/61nocsj5/production/82bbb8ffa1eab69746abb8d0d33b37db8b72de57-3322x1210.jpg?w=1000&fit=min&auto=format) - News - Anduril Deploys 300th Autonomous Surveillance Tower (AST), Advancing Capability for Border Security | by Anduril Industries - ![Anduril's autonomous surveillance tower with solar panels and sensors deployed.](https://cdn.sanity.io/images/61nocsj5/production/dee9f8f0d1e7b87ad0b934e4cfcc2c334000238a-2977x3721.jpg?w=1000&fit=min&auto=format) - Anduril Industries Awarded £17 million Ministry of Defence Force Protection Technology Contract | by Anduril Industries - ![Military surveillance tower and solar panels at sunset for force protection.](https://cdn.sanity.io/images/61nocsj5/production/949142112d610fbecf1bd9728f0e32fbfb4ce926-1262x1702.png?w=1000&fit=min&auto=format) - President Biden Demanded “High-Tech Capacity” for Border Security. Anduril’s Towers Are Delivering It. | by Anduril Industries ## Counter UAS - ALL-DOMAIN - CUAS - A family of autonomous systems, powered by Lattice, that provides integrated, scalable awareness and defense against aerial threats. - Anvil - Anvil: Anvil is an autonomous and high-speed kinetic interceptor that seeks and destroys group 1-2 drone threats. - ![Anvil autonomous kinetic interceptor in flight, demonstrating high-speed drone threat defeat capability for Counter-UAS operations](https://cdn.sanity.io/images/61nocsj5/production/5cd6a58d34b7cc8466282c45f715c60776dafb7e-2880x1620.png?w=1000&fit=min&auto=format) - Roadrunner - Roadrunner: Roadrunner is a reusable, vertical take-off and landing (VTOL), operator-supervised Autonomous Air Vehicle (AAV) with twin turbojet engines and modular payload configurations that can support a variety of missions. - ![Roadrunner reusable VTOL autonomous air vehicle with twin turbojet engines, shown in flight for Counter-UAS and multi-mission operations](https://cdn.sanity.io/images/61nocsj5/production/d5b31c8d5feb7d8040e1facfa81cdec2b3b74835-3000x1101.jpg?w=1000&fit=min&auto=format) - Sentry - Sentry: Sentry uses artificial intelligence to provide highly accurate, persistent and autonomous awareness across land, sea and air. - ![Sentry autonomous awareness system providing AI-powered persistent threat detection across land, sea, and air domains](https://cdn.sanity.io/images/61nocsj5/production/3c8f12c60e039f1546219565cce7a709078dad0d-2576x946.jpg?w=1000&fit=min&auto=format) - Pulsar - Pulsar: Pulsar is a family of software-defined Electromagnetic Warfare (EW) systems that leverages AI at the edge to rapidly adapt to emerging threats in hours to days, not months to years. - ![Pulsar software-defined electromagnetic warfare system deployed in a field, providing AI-adaptive EW capabilities against emerging drone threats](https://cdn.sanity.io/images/61nocsj5/production/84bb04c90703d2a77605a741d29086ce51ec98b5-3322x1210.jpg?w=1000&fit=min&auto=format) - Wisp - Wisp: Wisp delivers passive and 360-degree infrared imaging for persistent automated threat detection and situational awareness. - ![Wisp passive 360-degree infrared imaging sensor providing persistent automated threat detection and situational awareness](https://cdn.sanity.io/images/61nocsj5/production/d08444767e3219298075437d62b51f17fa22d7b6-3000x1101.png?w=1000&fit=min&auto=format) - Spyglass - Spyglass: Spyglass is a Ku-band phased array radar that delivers high quality target tracking for integrated weapons systems against threats near and far. - ![Spyglass Ku-band phased array radar system providing high-quality target tracking for integrated Counter-UAS weapons systems](https://cdn.sanity.io/images/61nocsj5/production/9e6fb34041a66190b321c140eb5a4d02410d9185-3000x1102.jpg?w=1000&fit=min&auto=format) - Spark - Spark: Spark is a dual band, hemispheric radar purpose-built for on-the-move sensing of both fast, low vehicle threats and slow, high air threats in a single package. - ![Spark dual-band hemispheric radar system on a vehicle, providing simultaneous sensing of fast low-altitude and slow high-altitude aerial threats](https://cdn.sanity.io/images/61nocsj5/production/d9b4d381107d54df1e4de38ea42ecc8740b742bb-6000x2216.jpg?w=1000&fit=min&auto=format) - News - Anduril Selected for U.S. Army’s Integrated Battle Command System Maneuver Program | by Anduril Industries - ![Anduril's battle command system interface displays a real-time tactical map with multiple tracked air and ground assets, flight paths, and operational zones for military maneuver coordination.](https://cdn.sanity.io/images/61nocsj5/production/402973b69c25624559049be9387dbc4b150eddd9-3420x2136.png?w=1000&fit=min&auto=format) - Anduril Demonstrates and Delivers Counter-UAS Capabilities to USNORTHCOM at Falcon Peak 25.2 | by Anduril Industries - ![Military counter-UAS radar and detection equipment silhouetted against a sunset during an Anduril demonstration at Falcon Peak 25.2.](https://cdn.sanity.io/images/61nocsj5/production/4c005599cc0382cff047b8ed9bde2ec8426a040d-720x540.png?w=1000&fit=min&auto=format) - Anduril Awarded 10-Year $642M Program of Record to Deliver CUAS Systems for U.S. Marine Corps | by Anduril Industries - ![Anduril counter-drone detection system deployed in desert terrain for Marine Corps operations.](https://cdn.sanity.io/images/61nocsj5/production/fec02a09fec751610f59c25c3a9540006af36504-3000x2002.png?w=1000&fit=min&auto=format) - Special Operations Command Selects Anduril Industries as Systems Integration Partner | by Anduril Industries - ![Military surveillance drone with camera equipment mounted on tower at dusk.](https://cdn.sanity.io/images/61nocsj5/production/0a089436eb6f18d28cf6bab575e76b5a7e4b61c1-2940x1602.png?w=1000&fit=min&auto=format) ## Dive-LD - Dive-LD - LARGE DIAMETER AUTONOMOUS UNDERSEA VEHICLE LD-AUV - Dive-LD combines exceptional payload flexibility, low logistics, and superior performance to enable a wide range of defense and commercial mission sets. - General System Desc. : - ![Dive-LD large diameter autonomous undersea vehicle with 3D-printed exterior and modular payload bay, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/650e26c7301d4f9afb85f08d23d8773800af3332-4000x2660.png?rect=434,361,3297,1800&w=1000&fit=min&auto=format) - Length: ~5.8 m (19 ft) - DIAMETER: ~1.2 m (4 ft) - MAX ENDURANCE: ~10 days - MAX DEPTH : ~6000 m - Modular Free-Flooded Payload Interface: Over 1 m³ in payload capacity for rapid integration of virtually any mission-specific payload and sensor suite. - Single Point Lift and Tow: Reduces the logistical burden required to handle, ship, deploy, and operate. - Direct Drive Electric Propulsion: Increases efficiency and reduces acoustic signature. - Build Qualities - Modular: Extensive open interfaces, generous payload bays, and the use of additive manufacturing enable rapid integration of a variety of sensors and effectors for customized defense and commercial mission sets. - ![ Dive-XL autonomous underwater vehicle unit H-016 being crane-lifted against a cloudy sky, its torpedo-shaped hull and exposed propulsion system showcasing the open interfaces, generous payload bays, and additive manufacturing techniques that enable rapid integration of diverse sensors and effectors for customized defense and commercial mission sets](https://cdn.sanity.io/images/61nocsj5/production/4ed92e43d440533df466e95897802ef7c288899d-2000x1501.jpg?w=1000&fit=min&auto=format) - Long-Endurance: Able to autonomously conduct missions for up to 10 days with an architecture that scales for multi-week missions. - ![Dive-LD at the surface of the water, about to undertake a long-endurance mission, capable of operating continuously for up to 10 days](https://cdn.sanity.io/images/61nocsj5/production/b6e90eaa2126f68cc99a80dd1dfc89773ccd390f-1547x1161.jpg?w=1000&fit=min&auto=format) - Operating Depth: Capable of conducting missions along the seafloor at up to 6000 meters ocean depth. - Portable: Pier-launched, towed to sea, or stowed, launched, and recovered from a variety of vessels of opportunity. - ![Aerial top-down view of an Anduril Dive-XL autonomous underwater vehicle secured to a flatbed trailer being towed by a pickup truck across a tarmac, demonstrating the system's versatile transport and deployment capability from piers, vessels of opportunity, and a variety of maritime launch and recovery platforms.](https://cdn.sanity.io/images/61nocsj5/production/ea693014b276b7f2208eda75df0c8af6b19e340b-1459x1095.jpg?w=1000&fit=min&auto=format) - Defense: Open software, mechanical, and electrical interfaces allow for seamless integration and rapid configuration of multiple payloads and sensors at a time - delivering relevant, impactful, and affordable capability in weeks, not months or years, for missions to include: Intelligence Preparation of the Operational Environment (IPOE) Intelligence, Surveillance, and Reconnaissance (ISR) Mine Warfare (MW) Precision Placement - ![Close-up of the identification plate on an Anduril Industries Dive LD autonomous underwater vehicle, marked with USA designation against a dark hull, emerging from misty conditions that evoke the system's deep-sea operational environment](https://cdn.sanity.io/images/61nocsj5/production/6043d2f4236aeff07461232ae87ad00f58aabad0-2000x1501.jpg?w=1000&fit=min&auto=format) - Commercial: Provides a leasable or for-purchase autonomous undersea solution with reduced carbon emissions, offshore footprint, and total cost of ownership when compared to typical surface vessel survey solutions. Suited for a variety of applications to include: Hydrographic Survey Pipeline & Cable Inspection Mineral Detection Environmental Monitoring - ![High-resolution sonar imagery of an underwater pipeline and surrounding seabed captured by Dive-LD, demonstrating its commercial uses for pipeline and cable inspection, hydrographic survey, mineral detection, and environmental monitoring](https://cdn.sanity.io/images/61nocsj5/production/0126fc76978b2fedd63aeeacd2e3b1f55f5c617f-952x952.png?w=1000&fit=min&auto=format) ## Dive-XL - Dive-XL - EXTRA LARGE AUTONOMOUS UNDERSEA VEHICLE XL-AUV - Dive-XL integrates multiple large payloads for defense or commercial missions that require long distances, extended durations, and variable depths. - General System Desc. : - ![Dive-XL extra large autonomous undersea vehicle with configurable payload modules and two-point lift interface, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/4f81837bb229ae5f90e07d07f4d87d1e780f0346-4000x2660.png?rect=401,428,3362,1683&w=1000&fit=min&auto=format) - Max Range: >2,000 nmi - Max Payload Volume : ~11.4 m³ - Two-Point Lift: Designed with a two-point lift interface, Dive-XL can seamlessly launch and recover from a wide array of ships or piers. - Payload Delivery System : Carries and delivers maritime payloads like Copperhead and Seabed Sentry. - Configurable Payload Modules: Carries up to three payload modules at a time, or one extra large payload module. - All-Electric Powertrain: Executes long-range, long-duration missions without surfacing to increase time on mission and platform survivability. - Build Qualities - Extended Undersea Operations: Leverages an all-electric powertrain capable of executing long-range, long-duration missions without surfacing to increase time on mission and platform survivability. - Rapidly Missionized Platform: Capable of carrying up to three payloads at a time, or one extra large payload. Open systems architecture enables rapid integration of third-party payloads. - Low Logistics: Fits in a standard 40’ shipping container and can be transported by airlift, ship, or truck. Designed with a two-point lift interface, Dive-XL can seamlessly launch and recover from a wide array of ships or piers. - Defense: Dive-XL has a flexible architecture capable of rapid integration of large complex payloads or multi-sensor suites. It is ideal for a variety of missions including seabed survey, intelligence, surveillance and reconnaissance (ISR), and strike. - ![Close up of Dive-XL undersea, conducting a defense mission including seabed survey, ISR, and strike operations with large complex payload integration](https://cdn.sanity.io/images/61nocsj5/production/346164d2c39499d2b98dde5a2249caa29b6e7cd5-1920x1280.jpg?w=1000&fit=min&auto=format) - Commercial: Prioritizing payload flexibility and long endurance, Dive-XL is tailor-made for long-range missions requiring delivery of large payloads – such as offshore oil or gas infrastructure operations. - ![Dive-XL just at the surface of the water, about to perform a long-range commercial mission such as offshore oil and gas infrastructure operations or deep-sea payload delivery](https://cdn.sanity.io/images/61nocsj5/production/5ed9c2d7cd0b76640849737f9e6167d854b3b8e2-1920x1280.jpg?w=1000&fit=min&auto=format) - In A League of Its Own - EXPLORE DIVE-XL ## EagleEye - EagleEye - SUPERPOWERS FOR SUPERHEROES EE - Family of Warfighter Augments, powered by Lattice - SUPERPOWERS
FOR
SUPERHEROES
- Build Qualities - Enhanced Perception: See before being seen with AI-enhanced digital vision, Blue Force tracking, and 6DOF spatial awareness overlayed onto the real world to deliver rich contextual sensing and insights. - Heightened Survivability: Stay ahead of incoming threats with RF signature detection, rearview cameras, non-emissive lasers, biometric and environmental sensors, and real-time battlefield alerts. - Lethal Connectivity: Enable operators to task unmanned vehicles, call for fires, and control robotic teammates while keeping their eyes up and on the move. - Mission Planning: Enable mission command with a high-resolution collaborative 3D sand table that can host remote mission planning sessions and simulate mission rehearsals. - Fit For Warfighting - undefined: EagleEye is architected from the ground up to balance weight, ballistic protection, compute, and sensors into form factors that meet fit and function required on the battlefield. - Modularity for Any Mission - undefined: EagleEye can be configured and optimized for unique mission requirements with modular form factors, extensible add-on sensors, and a library of software plug-ins and integrations. - Connected by Design - undefined: EagleEye connects every warfighter to a digital arsenal of effects, sensors, tools, and comms through an open application system and mission command architecture. - We are partnering with commercial leaders, such as Meta, Oakley Standard Issue, Qualcomm, and Gentex, who have invested billions in augmented reality, combat eyewear, small form factor compute, environmental sensing, and ballistic protection systems to incorporate proven technology into warfighter-worn platforms today. This approach lowers cost, accelerates development, and ensures a path for continuous innovation. - Heads-up display with ballistic and laser protection - Integrated cameras and thermal imaging for digital vision - Add-on Wolf Ear sensors - Ultralightweight shell for ballistic, fragmentation, and blast wave protection - Advanced ear protection and enhanced spatial audio - Internal cooling fan and ceramic batteries - EagleEye ## Early Careers - Find Your Next Mission At Anduril - Early Careers - Opportunities - Real World Impact: Your code deploys to active military operations. - ![Anduril Forge Program intern focuses intently on multiple screens displaying lines of code at their workstation, writing software that deploys directly to active military operations and delivers real-world impact on the battlefield.](https://cdn.sanity.io/images/61nocsj5/production/7ff3035ddce05aaa0fc5d9993ca11758aaf1d70b-11584x8688.jpg?w=1000&fit=min&auto=format) - Next Level Tech: Work with AI and autonomous systems years ahead of the industry. - ![Anduril Forge Program intern in a branded black t-shirt carefully probes a complex circuit board with test equipment, working on AI and autonomous systems technology that is years ahead of the broader industry.](https://cdn.sanity.io/images/61nocsj5/production/d8413fc9ecf88ced3351ad4cf9b9fc2e745d9cef-11648x8736.jpg?w=1000&fit=min&auto=format) - Future-Ready Skills: Build expertise in the technologies that will define the next century. - ![Anduril Forge Program intern with safety glasses and lab coat at a work station, building future-ready skills in autonomous systems and defense technology](https://cdn.sanity.io/images/61nocsj5/production/ff80c38f15149585af3ef47166e035bdf0e341bd-6989x8736.jpg?w=1000&fit=min&auto=format) - Elite Mentorship: Learn from top tier 10x engineers redefining what's possible. - ![Anduril senior engineer mentoring a Forge Program intern who is working out a problem on a whiteboard, providing elite guidance on defense technology development.](https://cdn.sanity.io/images/61nocsj5/production/2a5e1b9fad71172e323c033006f585e20e9ecde0-1920x1281.jpg?w=1000&fit=min&auto=format) - Ownership Culture: Lead meaningful projects from day one. - ![Anduril Forge Program participant at work station fabricating hardware, leading a meaningful engineering project from day one, and demonstrating the ownership culture](https://cdn.sanity.io/images/61nocsj5/production/c9929cf7cfdbd2bf14c0d851ab09975e0689f662-1920x1080.png?w=1000&fit=min&auto=format) - Mission Purpose: Protect those who protect us. - ![A senior Anduril member and Anduril Forge Program team member engaged in a focused discussion in a dimly lit, high-tech operations environment, united by the shared mission to protect those who protect us.](https://cdn.sanity.io/images/61nocsj5/production/0aa9daddc6baaa30cce8d27cdc495fc5187029cb-1920x1069.png?w=1000&fit=min&auto=format) - Internships - INTERNSHIPS - A head start on shaping the future of defense Interning at Anduril means having the autonomy to execute projects that have real, material impact with a mission-driven team. Anduril interns receive competitive compensation, mentorship, robust summer programming, and the potential opportunity to join the team full-time. If you're interested in Internship opportunities at Anduril, apply below. - ![An Anduril summer intern wearing a 'Flight Test' shirt and safety helmet operates a remote controller during an outdoor UAV flight test in a desert environment, collaborating hands-on with defense technology as part of the company's internship program.](https://cdn.sanity.io/images/61nocsj5/production/9c5b1a92eb25eb7df2594c6caeca2deaef98b362-1920x1074.png?w=1000&fit=min&auto=format) - Internship Perks - Housing & Transportation: Anduril provides relocation support to interns that are not local to their internship office. - Swag Credit: Work hard, but look cool while doing it! Each intern gets their own swag credit during their time here so you can rock Anduril anywhere you go. - Summer Intern Events: Anduril sponsors social and educational events for interns and new grads during our Summer programs. - Mentorship: Each intern is paired with a manager that supports and guides them during their time at Anduril. - 401K: All US employees are auto-enrolled at 3% contribution in our 401(k) retirement plan with Fidelity. - Early Career - EARLY CAREER - Work that matters Join the most innovative minds of your generation to build autonomous systems that defend our nation and allies while working on advanced technology that is years ahead of the competition. If you’re interested in doing important work, apply above. - !["An Anduril early career engineer in a branded jacket watches an autonomous drone take flight over an open desert test range, representing the next generation of American defense innovators pushing the boundaries of autonomous systems technology.](https://cdn.sanity.io/images/61nocsj5/production/79672970cc2b210a7e39a20518c6ccc438bd771c-1200x673.png?w=1000&fit=min&auto=format) - Early Career Benefits & Perks - Engineering Bootcamp: Our emerging talent recruitment effort designed to attract, develop, and retain top early career talent across Software, Mechanical, Electrical, and Manufacturing Engineering.To differentiate Anduril, has launched a weeks long bootcamp to allow us provide the next generation of engineers with the mindset, exposure, and capabilities needed to build durable, production-ready systems from day one. Bootcamp provides a focused path to develop full-time early-career engineers and allow them to quickly integrate into their roles.Currently, we have two bootcamp tracks - one for Software Engineering and one for Hardware Engineering roles. Please connect with your recruiter to learn more. - Mentor & Buddy Programs: Anduril has designed both a buddy and mentor program to foster professional development, accelerate career growth, and facilitate knowledge transfer by connecting our early career talent with seasoned professionals in their field. The goal is to provide a structured, supportive environment for skill building, boosting confidence, and enhancing performance through personalized guidance and networking. - Professional Development: To set our early talent up for success, Anduril provides an array of options for our hires to ensure they are developing their foundational “soft“ skills when they join. We also offer an annual stipend to use for continuing education courses, programs, conferences or certification tests. - Casting the Next Generation of American Engineers - FAQs - What is the difference between an internship and an early career opportunity?: Internships: These are intensive, 12-week programs for students currently pursuing a degree. You'll directly contribute to critical projects, experience our mission firsthand, and prove your capabilities in a fast-paced environment. It's a high impact immersion, often serving as a direct pipeline to full-time roles.Early Career Opportunities: These are full-time, permanent roles for recent graduates (typically 0-2 years post-graduation) ready to immediately take ownership, drive projects, and make sustained, long-term contributions to Anduril's mission. You'll be deeply integrated into our teams, with significant responsibility from day one. - What type of opportunities are available?: At Anduril, we're building the future of defense, and that requires an extraordinary array of talent. You'll find opportunities across many engineering disciplines like Software, Electrical, Mechanical, Manufacturing, and Aerospace.We also value talent in business functions such as Supply Chain, Finance, Marketing, and Design.These core profiles have been crucial to our growth, but as we rapidly scale, our talent needs continuously evolve and broaden. So, if you don't see your exact field listed, keep an eye out – we're always expanding! - Which locations hire interns and early career? : Our footprint is growing as rapidly as our mission! You might find intern and early career opportunities at our key locations:Costa Mesa, CAAtlanta, GABoston, MAQuincy, MAColumbus, OHWashington D.C.Reston, VARaleigh, NCSeattle, WAKeep in mind that specific openings and locations can vary by season and our evolving operational needs. Always check our live postings for the most current opportunities. - How long are internships and when do they start?: Our internships are an intense, 12 week immersive experience. We expect our interns to work full time, tackling real challenges and making meaningful contributions.Our start dates are structured to accommodate academic calendars, running from May-August or June-September. This ensures you can integrate seamlessly and hit the ground running. - Is there a minimum GPA to apply for an internship?: While we don't enforce a hard minimum GPA, we typically see strong candidates with a cumulative GPA of 3.0 or higher.We understand that academic performance is one indicator, but we place significant weight on demonstrated technical ability, drive, real-world impact, and a relentless commitment to solving complex problems. - Can students pursuing their Master's or Ph.D degree be eligible for internship opportunities?: Absolutely.We actively seek out and value the advanced research and deep expertise that Master's and Ph.D candidates bring to the table. Our intern classes often include a significant number of graduate students.For Ph.Ds, we frequently have specialized research or high-impact project opportunities tailored to your advanced studies. Always check our careers page for the most current and relevant openings. - Does Anduril provide Employment sponsorship for F-1 Visa students?: Due to the sensitive nature of our work in national security and our strict adherence to U.S. government regulations, including ITAR (International Traffic in Arms Regulations), Anduril is currently unable to provide employment sponsorship for F-1 Visa students.To be eligible for opportunities with us, you must be a U.S. Citizen, a lawful permanent resident of the U.S., a protected individual as defined by 8 U.S.C. 1324b(a)(3), or otherwise eligible to obtain the required authorizations from the U.S. Department of State. - What should I include on my resume?: Your resume is your opportunity to powerfully convey your capabilities and potential impact at Anduril. Make it compelling by including:Clear Contact Information: Ensure we can easily reach you.Academic Foundations: University, major(s), and your GPA.Demonstrated Experience: Highlight internships, significant projects, research, or prior job experience where you made a difference.Project Leadership & Impact: Detail your most impactful projects, your specific role, and the outcomes. Show us what you built and why it mattered.Technical Mastery: List the languages, software, tools, and platforms you're proficient in.Quantifiable Impact: Whenever possible, use numbers and metrics to showcase the scale and success of your contributions. - What qualities is Anduril looking for in an early career candidate?: We're seeking individuals who are not just skilled, but driven to redefine national security. We look for:Proven Impact: Demonstrated excellence through projects, previous internships, or research where you delivered tangible results.Insatiable Curiosity: A deep desire to learn, adapt, and push the boundaries of what's possible.Unshakeable Initiative: The ability to identify problems, propose solutions, and drive them to completion without constant oversight.Collaborative Drive: A team-first mindset, understanding that our mission is too critical to tackle alone.Unwavering Mission Alignment: A genuine passion for Anduril's vision and a desire to contribute to national security. - When can I expect to hear back about my application?: We receive a significant volume of applications from highly talented individuals, and while we'd love to provide individual updates to everyone, it's not always feasible. We appreciate your patience as we meticulously review each submission.If you are selected to move forward: A member of our recruiting team will contact you directly to outline the next steps.If the team decides to pursue other candidates or the search concludes: You will receive an email notification informing you of our decision. - What does the interview process look like?: Our interview process is designed to be rigorous, transparent, and a true test of your capabilities. It's a deep dive into your technical prowess, problem-solving approach, and how you align with Anduril's mission. You can expect:Recruiter Call: To discuss your background and ambitions.Technical and Behavioral Interviews: Expect challenging questions designed to assess your skills, critical thinking, and how you navigate complex situations.Role specific assessments: This could include live coding challenges, presentations, or in depth technical discussions, depending on the team and role.Throughout, we’re looking for evidence of your problem solving abilities and your commitment to our mission. Your recruiter will provide clear guidance every step of the way. - How are interns or early career talent put on a team?: We believe in empowering our talent from day one. Our team placement process is strategic and tailored: we deeply consider your past project experience, technical capabilities, problem-solving skills, and areas of interest. This allows us to make a precise match, ensuring your skills make a direct and immediate impact on critical projects and that you thrive in an environment that leverages your unique strengths. ## Fury - Fury - Autonomous Air Vehicle AAV - Leveraging Lattice software, Fury is designed to accelerate the development, testing, and fielding of Mission Autonomy into operational reality for the warfighter, delivering an unfair advantage for unrivaled deterrence. - Flexible Mission Configs: Modular design enables rapid reconfiguration between RF, IR, and other capabilities and payloads on the flight line to support a variety of missions. - Modular Subsystems: Designed for commercial availability by leveraging modular subsystems interoperable with COTS hardware. - Fuel For Any Size Theatre: Fury leverages commercial off the shelf (COTS) jet engines to optimize performance and fuel economy without straining existing supply chain logistics. - Affordable Mass: Harnessing commercial components enables the mass manufacture and ease of sustainment of the first unmanned fighter. - Fighter Performance: Capable of flying up to .95M and performing fielded fighter turn rates. - Fury Build Qualities - Designed for Accelerated Fielding: Leverages advanced rapid prototyping, digital engineering, and an open and modular system design to accelerate the speed from prototyping to production. - ![Two Anduril engineers silhouetted inside a manufacturing facility for Fury, Anduril's aircraft leveraging advanced rapid prototyping and digital engineering tools to accelerate the development of defense systems from prototype to full-scale production.](https://cdn.sanity.io/images/61nocsj5/production/f87ad5c2c835d176619a3700a4907bdcb93afe4b-3840x2160.png?rect=24,286,3807,1726&w=1000&fit=min&auto=format) - High-Performance, Multi-Mission Platform: Designed to deliver next-generation flight performance with the flexibility to integrate a variety of first or third-party sensors and payloads to support the mission requirements. - ![An Anduril operator monitors a large tactical display showing the Fury autonomous aircraft's mission systems and sensor data in a darkened command and control environment, managing next-generation flight operations and integrated payload configurations in real time.](https://cdn.sanity.io/images/61nocsj5/production/dec0af027c524694ab80494c9d84d433cb481044-3840x2160.png?rect=278,264,3385,1565&w=1000&fit=min&auto=format) - Model-Driven, Field-Tested: The digital design is rapidly tested, validated, and iterated by leveraging synthetic pilots and intelligent flight simulation onboard actual aircraft. - ![The Anduril Fury autonomous combat aircraft flies at altitude over a mountainous landscape at golden hour, showcasing the next-generation uncrewed platform whose digital design is rapidly tested, validated, and iterated through synthetic pilots and intelligent flight simulation.](https://cdn.sanity.io/images/61nocsj5/production/95521bb43bee815e62a783ab52ecca72358f20d3-3840x2160.png?rect=56,298,3566,1558&w=1000&fit=min&auto=format) - Affordable Mass: Commercial off the shelf subsystems and all digital workflow from concept through manufacture, validation, and verification provides rapid and scalable production at a fraction of the cost of a crewed fighter. - ![Fury production facility using COTS subsystems and all-digital workflow to manufacture unmanned combat aircraft at a fraction of the cost of a crewed fighter](https://cdn.sanity.io/images/61nocsj5/production/8512b5a3018e13f69592705f289f399c8e72bb83-3840x2160.png?rect=0,289,3541,1591&w=1000&fit=min&auto=format) - FIGHT
UNFAIR ## Future State - Some interesting things happen once you can control the crust of the earth. - undefined - undefined - Some interesting things happen once you can control the crust of the earth. by Palmer Luckey ## Ghost - Ghost - Autonomous Air Vehicle AAV - Ghost is an expeditionary, quiet, and modular platform that delivers intuitive autonomy at the tactical edge, balancing extended range and multi-payload capacity with an expeditionary footprint. - Ghost-X: - ![Ghost-X military reconnaissance drone with tandem rotor design and enhanced payload capacity](https://cdn.sanity.io/images/61nocsj5/production/2e450d75ba11cf85095f28039381c3e5b44ab59a-4000x2660.png?rect=224,334,3776,1726&w=1000&fit=min&auto=format) - Endurance: 80 min (cruise) - Range: 15.5 miles (25 km) - Payload: 25 lbs (11 kg) - Weight (dual batteries): 55 lbs (25 kg) - Configurable Gimbal Options: Including EO, LWIR, MWIR, and laser target marker options. - Modular Mission Payloads: Field-swappable payload bays and standard rail supports multiple payloads up to 25 lbs for enhanced situational awareness and multi-mission flexibility - Single Rotor Propulsion : 3-axis maneuverability enables Ghost-X to hover and stare, optimizing efficacy of sensor configurations while reducing detectability. - Compact & Transportable Loadout : <8 cubic feet and collapses into a slim tactical rifle case - Build Qualities - Enhanced Flight Performance: Upgraded propulsion, communications, and dual-battery endurance delivers greater operational range and payload capacity. - Modular Multi-Mission Payload Configurations: A single Ghost-X can host multiple payloads and sensor types for enhanced situational awareness and mission flexibility. - Resilient System Design: Ghost-X leverages multiple layers of the latest navigation and communications technologies to enable greater resiliency in low connectivity & denied environments. - Evolves with the Mission : Ghost-X leverages a standard rail, field-swappable payload modules, and software-defined architecture to continuously integrate new capabilities. - ![Blue UAS Cleared List logo indicating Ghost and Ghost-X are approved for U.S. Government operations](https://cdn.sanity.io/images/61nocsj5/production/a8b0c06fe733d8313e6e6f0ada5baa75b5fc271f-828x362.png?rect=0,0,757,294&w=1000&fit=min&auto=format) - Ghost and Ghost-X are approved through the Blue UAS Cleared List for U.S. Government operations. - First to See, First to Act ## Investor Relations - Investor Relations - Anduril ## Lattice Mesh - Mesh - LATTICE - BATTLES ARE WON AT THE EDGENOT THE DATA CENTER - Lattice Mesh™ is a decentralized mesh networking capability that securely distributes data across services, domains, platforms, and long distances providing access to critical information in remote, degraded, and low-bandwidth environments at the tactical edge. Lattice Mesh connects thousands of Anduril and Third-Party systems across the world in support of real-world operations. - Features - Distributed Mesh Architecture: Resilient decentralized mesh that dynamically prioritizes and distributes data across first party, government and third-party nodes. - ![Diagram showing Lattice Mesh distributed mesh architecture dynamically prioritizing and routing data across first-party, government, and third-party nodes](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Translate & Normalize Data: Integrate and normalize heterogenous data in real-time, serving as a translator that can speak the unique language of each service, platform, robot, etc. - ![Diagram showing Lattice Mesh translating and normalizing heterogeneous data in real-time across diverse platforms and services](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Intelligent Routing: Intelligently classify, evaluate, and prioritize data to get the right data to the right persons at the right time in limited bandwidth scenarios. - ![Diagram showing Lattice Mesh intelligent routing classifying and prioritizing data to deliver the right information at the right time in limited bandwidth environments](https://cdn.sanity.io/images/61nocsj5/production/a21a1aee38143017eb74de7b1354493535e144a0-233x143.png?w=1000&fit=min&auto=format) - Secure Transport & Access: Authentication, industry-standard encryption, and access authorization ensures secure transport of data across security classification levels. - ![Diagram showing Lattice Mesh secure transport with authentication and encryption ensuring data security across classification levels](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Battles
are won
at the edge - Lattice Mesh Workflow - Integrate: Integrate existing Hub-and-Spoke models that are confined by data silos and rely on centralized, hardened, and dedicated data centers away from the warfighters at the tactical edge. - Normalize: Translate and normalize heterogenous data types in real-time to inform a comprehensive common operating picture and enable AI and ML tools to analyze data faster than is humanly possible. - Connect: Form a decentralized mesh network that increases optionality, streamlines data backlogs, minimizes latencies, and extends the reach of data to and from the tactical edge - Transport: Intelligently classify, evaluate, and prioritize data to determine the optimal route to get the right data to the right persons at the right time, even in contest and limited bandwidth environments. - Hands-on Resources and Support - Join - Lattice Developer Experience - Request to join the Lattice Developer Experience in order to get hands-on with Lattice Mesh services and to take your first steps towards developing applications and integrations. ## Lattice Partner Program - Partner Program - LATTICE - Software-defined DEFENSE ECOSYSTEM - The Lattice Partner Program™ cultivates a defense ecosystem built for the tactical edge by enabling partners to create, integrate and deploy meaningful capabilities via Lattice. Lattice Partner Program provides credibility and differentiation of partner capabilities to customer and the market by highlighting proven integrations with third-party systems. - Lattice Partner Benefits - Developer Resources: Partners receive access to developer resources, such as documentation, Lattice sandbox environments, representative data, testing and validation, and reference applications to build, integrate, and deploy capabilities for the tactical edge. - ![Icon representing Lattice Partner Program developer resources including documentation, sandbox environments, and reference applications](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Dedicated Support: Partners receive access to dedicated Anduril support teams to assist with troubleshooting and support third-party application development. - ![Icon representing dedicated Anduril support teams for Lattice Partner Program members](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Credibility: Lattice Partner Program helps provide credibility to customer and the market by highlighting proven integrations with Lattice - ![Icon representing Lattice Partner Program credibility badging for proven integrations with the Lattice platform](https://cdn.sanity.io/images/61nocsj5/production/a21a1aee38143017eb74de7b1354493535e144a0-233x143.png?w=1000&fit=min&auto=format) - Marketing: Partners receive Lattice Partner Badging for use on marketing collateral, as well as opportunities for joint-marketing efforts. - ![Icon representing Lattice Partner Program marketing support including partner badging and joint marketing opportunities](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Lattice
Defense
Ecosystem - Lattice Partners - Apex: “The U.S. government's need for rapidly deployable satellite platforms has never been more clear as adversaries threaten the bespoke and exquisite assets on orbit today. Apex offers a productized approach that enables the military and intelligence community to rapidly launch proliferated, attritable systems into orbit. Apex is proud to offer Lattice as a C2 option for our customers.” — Ian Cinnamon, CEO and Co-Founder, Apex Space - Forterra: "Integration of Forterra’s AutoDrive equipped self driving vehicles into Anduril’s Lattice platform is driving optimization of human-machine teaming, while reducing cognitive loads across the ground domain." — Patrick Acox, Vice President - Defense Business Development, Forterra - Impulse Space: "Partnering with Anduril enhances the tactical capabilities of Mira; onboarding into the Lattice system creates new opportunities for mission operations, including allowing a single operator to control, task, and maneuver multiple spacecraft simultaneously. Together, Mira and Lattice can provide new capabilities for Space Domain Awareness and Rendezvous and Proximity Operations." — Eric Romo, Impulse Space President and COO - Oracle: "Oracle is excited to partner with Anduril, and the Lattice Partner Program further accelerates innovation of autonomous effects at the tactical edge. Oracle Cloud Infrastructure (OCI) from core to edge brings key, hyperscale capabilities to the Anduril partner ecosystem, enabling Lattice-based solutions to deploy and operate in disrupted, disconnected, intermittent and low-bandwidth (DDIL) environments." — Kim Lynch, EVP, Oracle Government Defense and Intelligence - Saronic: "Our Autonomous Surface Vessels (ASVs) are designed to be highly interoperable, allowing them to easily integrate with a variety of sensors, payloads, and proven software platforms like Lattice. By combining Saronic's cutting-edge ASVs with Anduril's advanced command and control (C2) technology, we are enhancing real-time situational awareness, decision-making, and mission execution for maritime and naval forces" — Dino Mavrookas, Co-founder & CEO, Saronic Technologies - Scale: "Combining Scale's Donovan and Anduril's Lattice creates a groundbreaking end-to-end solution that delivers a decision advantage through software and AI-enabled joint staff planning. Donovan is powered by Large Language Models that are fine-tuned to excel at defense tasks. Lattice adds orchestration, planning and simulation capabilities, extending Donovan’s AI capabilities to enable machine-speed command and control at the tactical, operational and strategic levels." — Shaliya Dehipawala, Director of Public Sector Deployment Strategy, Scale AI - Spire: "Spire Global is excited to bring our resilient space-based data solutions to the forefront of innovation. By integrating our capabilities into the Lattice ecosystem, we empower partners with critical insights and enhanced situational awareness, even in the most challenging environments." — Iain Goodridge, Senior Director of Radio Frequency Geolocation (RFGL) Products, Spire Global - Striveworks: "The old aphorism is that amateurs talk strategy and professionals talk logistics. Tomorrow's battlefield is more data-centric than ever, but the logistics of moving that data are exponentially more challenging and highly dynamic. Lattice abstracts complexity away, enabling Striveworks to deliver the right model and the right inference at the right time to our users." — Jim Rebesco, CEO Striveworks - Textron Systems: "Textron Systems has teamed with Anduril on two DoD exercises demonstrating multi-aircraft and sensor control leveraging their Lattice software suite. In both cases the integration of the Lattice mission software on our Aerosonde UAS was simple and effective." — Jim Ryan, Senior Director GMSS Air Domain Textron Systems - Valinor: “We are excited to partner with Anduril to provide our Builders best-in-class software resources through the Lattice Partnership Program because it will help accelerate product delivery to our end-users. Valinor combines a supercharged go-to-market engine with a unique corporate model to rapidly capitalize and deploy technology for the U.S. Government and our allies. We are proud to be a strategic partner to Anduril in addition to the exciting new Lattice Partner Program.” — Julie Bush, Co-Founder & CEO, Valinor Enterprises - Get Started Building with Lattice - Join - Lattice Developer Experience - Request to join the Lattice Developer Experience in order to get hands-on with Lattice Mesh services and to take your first steps towards developing applications and integrations. ## Lattice SDK - SOFTWARE DEVELOPMENT KIT - LATTICE - Build with Lattice - The Lattice SDK™ allows developers to quickly build decentralized applications, data services, and hardware integrations into Lattice. Lattice SDK is comprised of developer documentation, API references, sample applications, and more to empower developers to rapidly build and reliably deploy meaningful capabilities to even the most austere, contested, and distant operations at the tactical edge. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/49bc8d3aa2b585da153f42327775ce054ea573fa-1949x1929.png?w=1000&fit=min&auto=format) - Features - Open Data Models: Lattice’s open data models allow any developer to create, enrich, and reference entity data, craft and interpret C2 tasking messages, and integrate C2 applications, robots, and tactical data link assets. - ![Icon representing Lattice SDK open data models for creating, enriching, and referencing entity data and C2 tasking messages](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Industry Standard Interfaces: The Lattice SDK exposes both gRPC and REST APIs in several language-specific bindings including Java, Javascript, Python, Go and our OpenAPI definition. - ![Icon representing Lattice SDK industry-standard gRPC and REST API interfaces in Java, JavaScript, Python, Go, and OpenAPI](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - First-class Security: API access is authenticated by industry-standard authentication and authorization. Distribution of data generated via the Lattice SDK is secured. - ![Icon representing Lattice SDK first-class security with industry-standard authentication and authorization for data distribution](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Developer Experience: Start developing applications and integrations in a Lattice sandbox environment, supported by Anduril experts by joining the Lattice Developer Experience. - ![Icon representing Lattice SDK developer experience with sandbox environments and Anduril expert support](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - BUILD WITH
LATTICE - Sample Applications - Task An Asset: Tasks are the core open data model which communicate requests to manned or unmanned agents to perform purposeful activities, such as moving to a given location, orienting sensing towards a location of interest, or taking more active actions on other entities. This example performs basic tasking and task status management for a notional asset. - Entity Thumbnail: In Lattice, an object is a data model that lets you store and access files across your environment. The Object API is a content-delivery network service that provides resilient data storage at the edge. Use objects together with entities to implement use-cases like track thumbnails, and vessel manifests. This app demonstrates a entity thumbnail use-case implemented with the Lattice SDK. The sample app is a command-line interface tool that lets you upload images to Lattice, and link them with an entity. The Lattice UI shows this linked image as a thumbnail of the entity: - ![Lattice SDK code screenshot showing a sample application for autonomous reconnaissance task management](https://cdn.sanity.io/images/61nocsj5/production/8a559cb75bd7d95409ab79670f7ed034fd9bcfa5-1462x855.png?w=1000&fit=min&auto=format) - ![Lattice SDK code screenshot showing a sample application for entity thumbnail management using the Object API](https://cdn.sanity.io/images/61nocsj5/production/846a689b477582020aec7d6437604e70b7c6bb25-2396x1370.png?w=1000&fit=min&auto=format) - Getting Started Building with Lattice - Join - Lattice Developer Experience - Request to join the Lattice Developer Experience in order to get hands-on with Lattice and to take your first steps developing applications and integrations in a Lattice sandbox environment, supported by Anduril experts. ## Menace-I - Menace-I - Command, Control, Communications, Compute C4 - Menace-I provides deployable edge infrastructure for any mission, transporting and sustaining high-density workloads — from AI to C5ISR — in contested environments with fully integrated compute, comms, cooling, networking, security, and power​ - Menace-I Core: - ![Menace-I C4 expeditionary shelter with SCIF-certified enclosure, mobilizer wheels, and antenna array for classified command and control operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/78757e653f8cc0f4dcc96d21f838b1974789e5c5-4000x2660.png?w=1000&fit=min&auto=format) - Missions: Edge-deployed cloud, fail-forward infrastructure - Security: Unclassified, SBUE, Secret applications - Power: Redundant shore power input - Compute: 42U - Menace-I Command: - ![Menace-I C4 expeditionary shelter with SCIF-certified enclosure, mobilizer wheels, and antenna array for classified command and control operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/d43e1c1fdc7838b04572c5aa3d830a1440d8d5b7-6000x3990.png?w=1000&fit=min&auto=format) - Missions: Command and control, sortie generation - Security: T-SCIF/SAPF, ICD 705 & TEMPEST compliant - Power: Shore power, multi-fuel generator, and battery backup - Compute: 40U - Menace-I Enhanced: - ![Menace-I C4 expeditionary shelter with SCIF-certified enclosure, mobilizer wheels, and antenna array for classified command and control operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/3a86860962ec5cfe289f4bf2c549e6854f45fb9a-4000x2660.png?rect=438,476,3007,2060&w=1000&fit=min&auto=format) - Missions: AI factories, sensor fusion & targeting - Security: T-SCIF/SAPF, ICD 705 & TEMPEST compliant - Power: Shore power, multi-fuel generator, and battery backup - Compute: 168U - Purpose-Built And Proven Defense Infrastructure - Deployable Data Center: Menace-I provides the cooling, power, and mobility required to transport and sustain intensive AI workloads at the edge or recover disrupted fixed site data infrastructure​ - Mission Command Post: Menace-I extends mission command applications and capabilities to any forward location through integrated workstations, comms, compute, networking, security, and power​ - Sortie Gen Station: Menace-I equips operators with the workstations, compute, comms, security, and power needed to perform end-to-end intelligence fusion, mission planning, and flight debrief in the DDIL environments​ - 50,000+ - Fielded hours: - 3+ years - Global deployments: - 12 weeks - Standard production in the USA: - 10 minutes - Setup time: - Weeks, not years - Security accreditations for TS, T-SCIF, T-SAPF: - Build Qualities - Rapid Deployment: Roll or lift high-density compute anywhere with shelters ruggedized and approved for commercial and tactical transport, including slingload, airlift, forklift, and ground​ - Push-to-Start Simplicity: Every Menace-I comes equipped with a guided 10 minute setup, flexible power sources, and an intuitive Menace Management Interface, a single pane of glass for controls, integrations, and diagnostics​ - ![Image](https://cdn.sanity.io/images/61nocsj5/production/58803760d30d60f6075a97a9a351d66797e8728d-1816x1154.png?w=1000&fit=min&auto=format) - Mission Adaptive: Configure any Menace-I shelter before and/or after deployment to support a spectrum of strategic, operational, and tactical missions — from rapid, short-term data center backups to sustained forward C5ISR operating bases ​ - Edge Native: Every Menace-I is ruggedized for extreme environments with integrated cooling and optimized for disconnected operations with built-in Lattice and Lattice Mesh capabilities​ - ![Image](https://cdn.sanity.io/images/61nocsj5/production/51631c29f990f6e4e7da091dcb11b53e341a2cdd-3000x2250.jpg?w=1000&fit=min&auto=format) - Fully Integrated: Deployable compute must double as operational infrastructure — transport and sustain high-density workloads anywhere with fully integrated, containerized compute, comms, cooling, networking, security, and power ​ - ![Image](https://cdn.sanity.io/images/61nocsj5/production/623ad01a36e99fcc02c2176dd9f76e02e05679f5-4000x3000.jpg?w=1000&fit=min&auto=format) - News Articles - AWS Names Anduril a Preferred Edge Provider for National Security and Defense | by Anduril Industries - ![Image](https://cdn.sanity.io/images/61nocsj5/production/32a468d27e816cf597113a6c37f5a266414d29eb-2006x1498.png?w=1000&fit=min&auto=format) - Menace-I Brings Petabyte-Scale Processing to the Warfighter at the Tactical Edge | by Anduril Industries - ![Military helicopter transporting Menace-I processing system across desert terrain.](https://cdn.sanity.io/images/61nocsj5/production/e559faffad241d45b387e972ca4388bf985d398d-4240x2832.jpg?w=1000&fit=min&auto=format) ## Menace-T - Menace-T - Command, Control, Communications, Compute C4 - Menace-T packages Anduril’s Lattice software with Voyager’s rugged, modular compute to provide a human-portable C2 solution, tailored for tactical operations centers or resource-poor environments. - Menace-T: - ![Menace-T portable C2 system with ruggedized small form-factor compute and modular communications hardware, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/a29cf425f7509621c8346d6477832b91b4a82867-4000x2660.png?rect=0,665,3923,1354&w=1000&fit=min&auto=format) - Transport: MIL-STD-810/461 for transport and operations - Set-Up: Operational in 5 minutes - Power: Power source flexibility - Compute: Ruggedized small form-factor (SFF) compute - RJ45 Ports: Standardized compute interface. - Communications: PLEO, Cellular, Radio - Compute: Ruggedized Small Form Factor (SFF) Compute with Klas Voyager VM4 / VM4 GPU / ESR2 - Build Qualities - Rugged Mobility: Menace is purpose-built for roll-on/roll-off transport and ruggedized -40°C to 50°C operations across the edge. Less equipment, personnel, and specialization reduces deployment logistics and increases mission survivability. - ![Menace-T being transported and operated in the field, demonstrating MIL-STD-810 rugged mobility for edge deployments](https://cdn.sanity.io/images/61nocsj5/production/f8373b3b6d734c4b83a4e118c01dfdaee105fa36-2000x1500.jpg?w=1000&fit=min&auto=format) - Push-to-Start Simplicity: Menace is designed to be turnkey and simple to operate. Any operator can set up any Menace at the edge in 10 minutes and connect to advanced C4 in minimal steps — no specialized training required. - ![Operator configuring Menace-T C2 system in under 5 minutes, demonstrating push-to-start simplicity for rapid tactical deployment](https://cdn.sanity.io/images/61nocsj5/production/34f2d467c7bd0479436007790b6580e3f3abc78c-2000x1500.jpg?w=1000&fit=min&auto=format) - Mission Connectivity: Operators can execute complex C4 workflows in DDIL environments with built-in comms pathways and mesh networking, auto PACE and EMCON management, and third-party hardware and software integrations — all through a single interface. - ![A tactical operator in field gear works on a ruggedized laptop atop a Menace-T case in a wooded meadow environment, executing complex C4 workflows through a single interface with built-in communications pathways, mesh networking, and auto PACE and EMCON management designed for degraded and denied communications environments.](https://cdn.sanity.io/images/61nocsj5/production/52bbc7ca6254eb5cb6a90ac9d32f59123bf10ca3-2000x1500.jpg?w=1000&fit=min&auto=format) - Own The Edge ## Menace-X - Menace-X - Command, Control, Communications, Compute C4 - Menace-X packages the integrated C4 capabilities of Menace into an on-the-move, expeditionary form factor. - General System Desc.: - ![Menace-X with integrated comms pathways and ruggedized compute for expeditionary on-the-move operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/d048a104e812217085687b6be384d43d409d096a-4000x2660.png?rect=652,208,2779,2431&w=1000&fit=min&auto=format) - Transport: Transportable via MV-22, C-130, CH-47, or CH-53 - Set-Up: Operational in 10 minutes - Power: Onboard Uninterrupted Power Source (UPS) - Compute: Ruggedized compute space - Integrated Comms Pathways: Allows direct connection with air/space, land, and maritime assets to sense and effect; connect to other nodes that are reachable to create a digital mission command mesh. - Lattice: Menace-X extends Lattice Mesh to the edge to enable distributed operations. - Menace Management Interface: Automated comms management, complete systems observability, resilient mesh networking, one-click EMCON mode. - Build Qualities - Rugged Mobility: Menace is purpose-built for roll-on/roll-off transport and ruggedized -40°C to 50°C operations across the edge. Less equipment, personnel, and specialization reduces deployment logistics and increases mission survivability. - ![An Anduril Menace-X positioned at golden hour in a rugged hillside environment, showcasing its purpose-built roll-on/roll-off transport design ](https://cdn.sanity.io/images/61nocsj5/production/c8d6417c6beb398cf9f0b00b0896478c7f54e785-3000x2251.jpg?w=1000&fit=min&auto=format) - Push-to-Start Simplicity: Menace is designed to be turnkey and simple to operate. Any operator can set up any Menace at the edge in 10 minutes and connect to advanced C4 in minimal steps — no specialized training required. - ![Operator activating Menace-X C4 system in the field in under 10 minutes, demonstrating push-to-start simplicity without specialized training](https://cdn.sanity.io/images/61nocsj5/production/4afe98be373e72f3c0aaa1f3485a6b5cf42bccb0-2000x1501.jpg?w=1000&fit=min&auto=format) - Mission Connectivity: Operators can execute complex C4 workflows in DDIL environments with built-in comms pathways and mesh networking, auto PACE and EMCON management, and third-party hardware and software integrations — all through a single interface. - ![The back of a Menace-X positioned at golden hour in a rugged hillside environment interface, showing Lattice Mesh networking, EMCON management, and third-party integrations for mission connectivity on the move.](https://cdn.sanity.io/images/61nocsj5/production/2251bf370c4f01bd797fc03758f6f143d4d162d3-3000x2251.jpg?w=1000&fit=min&auto=format) - Own the Edge ## Mission - Transforming Defense Capabilities with Advanced Technology. - Mission - As the world enters an era of strategic competition, Anduril delivers cutting-edge autonomy, AI, computer vision, sensor fusion, and networking technology to the warfighter in months, not years. - ![An Anduril researcher observes a large-scale FlackTek industrial mixing machine in motion in a testing facility, its rapidly spinning arms creating a motion blur as part of advanced materials processing research and development](https://cdn.sanity.io/images/61nocsj5/production/1c69a159aef99a98df74a458ffce276fcb07fad0-913x615.png?w=1000&fit=min&auto=format) - AUTONOMY
FOR
EVERY MISSION - Our Technology - Solutions for the software-defined conflicts of today.: Today’s conflicts demand software-defined military technology that can be produced at hyper-scale & updated at speed. Unlike traditional defense contractors who focus exclusively on hardware, Anduril’s core product is Lattice: an autonomous sensemaking platform that connects and powers thousands of systems supporting real-world operations. - Our Business - Cutting-edge technology built at speed.: Anduril is a defense products company. Unlike most defense companies, we don’t wait for our customers to tell us what they need. We identify problems, privately fund our R&D and sell finished products off the shelf. Ideas are turned into deployed capabilities in months, not years, saving the government and taxpayers money along the way. - Our Team - The brightest minds in modern defense.: Our team brings together the smartest Silicon Valley engineers with veterans who have been on the front lines and have first-hand knowledge of the mission. Anduril engineers are experts in AI, robotics, advanced sensors, secure networking, aerospace, virtual reality technology, aircraft modeling and simulation. Military veterans are more than 12% of our team and use their defense experience to ensure our products meet the needs of the warfighter. - Rebooting The Arsenal (PT — 01 / 02) - ![Rebooting the Arsenal — Anduril's vision for rebuilding American defense manufacturing capacity](https://cdn.sanity.io/images/61nocsj5/production/dddfeebfe9d2f943790ffdbbf2bdbcca1efe6a0d-3840x2160.png?w=1000&fit=min&auto=format) - Rebuild The Arsenal (PT — 02 / 02) - ![Rebuild the Arsenal — Anduril's initiative to restore U.S. defense industrial base and manufacturing at scale](https://cdn.sanity.io/images/61nocsj5/production/a3ee20317f076eb30c952e3ac7ab05308f55d6dd-3840x2160.png?w=1000&fit=min&auto=format) ## Mission Autonomy - Mission Autonomy - LATTICE - An unfair advantage for unrivaled deterrence - Lattice for Mission Autonomy enables teams of unmanned systems to autonomously and dynamically collaborate to achieve mission outcomes across sea, land, and air. Lattice for Mission Autonomy operationalizes affordable mass with teams of low-cost autonomous systems under the command of a single human operator, extending reach, capabilities and situational awareness while enabling warfighters to make better decisions, faster. - Mission Autonomy Characteristics - 01, Open Architecture: Lattice for Mission Autonomy open architecture allows you to compose platforms, sensors, and payloads, made by different vendors, to build the tailor-made roster of capabilities for the mission. - 02, Multi-Domain: Mission Autonomy applications extend across air, land, and sea by leveraging platforms such as collaborative combat aircraft, robotic combat vehicles and autonomous underwater vehicles. - 03, Integrated Systems: Mission Autonomy integrates and orchestrates the platforms, piloting, and resource management to deliver autonomous teams capable of accomplishing complex missions. - Fight
Unfair - Features - Intent to Task: Break down operator intent into discrete tasks that are distributed across unmanned systems to best accomplish missions under human supervision. - ![Icon representing Lattice Mission Autonomy intent-to-task capability breaking operator intent into discrete tasks distributed across unmanned systems](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Sensor Fusion: Onboard AI/ML algorithms autonomously process and fuse raw sensor data from distributed assets to detect, track, and target in real-time. - ![Icon representing Lattice Mission Autonomy sensor fusion with onboard AI/ML algorithms processing and fusing raw sensor data in real-time](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Resource Management: Automated management of onboard sensors, payloads, and weapon systems to optimize missions success. - ![Icon representing Lattice Mission Autonomy resource management automating onboard sensors, payloads, and weapon systems for mission success](https://cdn.sanity.io/images/61nocsj5/production/a21a1aee38143017eb74de7b1354493535e144a0-233x143.png?w=1000&fit=min&auto=format) - Dynamic Planning: Dynamically react to real-time inputs throughout mission execution to effectively operate in highly contested environments. - ![Icon representing Lattice Mission Autonomy dynamic planning reacting to real-time inputs in highly contested environments](https://cdn.sanity.io/images/61nocsj5/production/defb4cda38811c68d1fd8bb2b9cf10aee12c9b14-234x145.png?w=1000&fit=min&auto=format) - Mission Cycles - Mission Design & Tactics Development: Leverage operations analysis and modeling and simulation to design autonomous behaviors, develop tactical playbooks, and design missions at machine speed. - Mission Planning: Conduct mission planning with key factors, such as labeling goals and objectives, acceptable level of risk (ALR), rule of engagement (ROE), and order of battle. Leverage data-analytics to rapidly update planning based on previous outcomes. - Mission Operations: Human operator supervises autonomous mission execution with intuitive UI/UX to enable increased understanding and decision advantage. - Debrief & Learn: Leverage the combination of warfighter experience with data analytics to inform autonomous behaviors and tactics development that can be rapidly applied for continuous improvement and learning for the next mission. - Hands-on Resources and Support - Join - Lattice Developer Experience - Request to join the Lattice Developer Experience in order to get hands-on with Lattice Mesh services and to take your first steps towards developing applications and integrations. ## Modern Anti-Slavery Policy - UK Modern Slavery Act - Anduril ## Newsroom - News & Insights | NEWSROOM - Anduril Wins Production Contract for U.S. Air Force CCA Program | by Mark Shushnar - ![Image](https://cdn.sanity.io/images/61nocsj5/production/dbccd55700c61d2d148d2192bd0c72feeeda995e-9504x6336.jpg?w=1000&fit=min&auto=format) ## Omen - Omen - AUTONOMOUS AIR VEHICLE AAV - Hover-to-cruise Autonomous Air Vehicle (AAV) that packs the endurance, payload, and mission flexibility of much larger airplanes into a novel runway-independent group 3 platform. - Omen: - ![Omen group 3 autonomous air vehicle with tail-sitter design enabling vertical takeoff and landing with hundreds of pounds of payload capacity, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/8a80b598a4dbdf0a9dbe1eeaff649ae689ea2ce1-4000x2660.png?w=1000&fit=min&auto=format) - RANGE: Thousands of miles - PAYLOAD: Hundreds of pounds - Build Qualities - Launch From Anywhere: As a tail-sitter, Omen can operate from ship decks, beaches, or remote island clearings, providing true runway independence and freedom of maneuver for expeditionary forces. - ![Close-up of the wing and fuselage of Anduril Omen, against a dramatic dark studio backdrop, showcasing the tail-sitter autonomous aircraft designed for runway-independent operations from ship decks, beaches, and remote locations to support expeditionary forces.](https://cdn.sanity.io/images/61nocsj5/production/7f1ae2dae4d541aabaa55d6c625386364f38ceee-2000x1125.jpg?w=1000&fit=min&auto=format) - Low Logistics: Omen collapses to under half its size for ease of transport, and a two-person team can unpack, assemble and launch Omen in minutes. - ![The Anduril Omen photographed in dramatic studio lighting, its twin rotors and compact airframe highlighting the rapid-deploy design that collapses to under half its size and can be unpacked, assembled, and launched by a two-person team in minutes.](https://cdn.sanity.io/images/61nocsj5/production/72298bc4920d3750c2044956ff670e94a7056557-540x304.jpg?w=1000&fit=min&auto=format) - High-Performance: Engineered to achieve the operationally-relevant endurance, speed, and payload of much larger, exquisite airplanes – without the runway. - ![Dramatic close-up of the Anduril Omen autonomous air vehicle fuselage and tiltrotor assembly in studio lighting, bearing the U.S. flag and Omen branding, showcasing the advanced aircraft that delivers the endurance, speed, and payload capacity of a much larger airplane without requiring a runway.](https://cdn.sanity.io/images/61nocsj5/production/f7643c481e0febb53433f5b72ee3624697542673-2000x1125.jpg?w=1000&fit=min&auto=format) - Multi-Mission Flexibility: Modular and open systems architecture enables Omen to easily and rapidly swap payloads, from EO/IR gimbals to advanced sensing, communication, and effects-enabling systems. - ![Close-up of an electro-optical and infrared gimbal payload mounted on the Anduril Omen autonomous air vehicle alongside a propeller nose cone, showcasing the modular open systems architecture that enables rapid swapping between EO/IR sensors, advanced sensing, communications, and effects-enabling payloads.](https://cdn.sanity.io/images/61nocsj5/production/cadfda931156c900f0feb934bc9a09796fd3eaa3-11648x8736.jpg?w=1000&fit=min&auto=format) - Defense: Omen delivers persistent maritime domain awareness, long-range overland surveillance, and contested logistics support from ship, shore, or austere sites - extending sensor reach and mission flexibility without the runway burden of traditional airplanes. - ![The Anduril Omen photographed in dramatic studio lighting](https://cdn.sanity.io/images/61nocsj5/production/2b8340b9f48fba6df97789e8dbb479a0efbd0b62-2000x1125.jpg?w=1000&fit=min&auto=format) - Commercial: Omen supports search and rescue, disaster recovery, network restoration, and sustained aid delivery to remote regions, offering a long-endurance runway-independent platform that operates where infrastructure is limited or disrupted. - ![The Anduril Omen hovers low over a vast desert landscape at dawn, its distinctive gold nose cone and quad-rotor configuration silhouetted against a dramatic cloudy sky, showcasing the runway-independent platform's capability to operate in remote and austere environments.](https://cdn.sanity.io/images/61nocsj5/production/a07aae8c18e633c34372f821ffea3ee8a6355f03-3840x2886.png?w=1000&fit=min&auto=format) ## Open Roles - Open Roles - Careers - Total Open Roles ## Pulsar - Pulsar - Electromagnetic Warfare EW - Pulsar is a family of software-defined Electromagnetic Warfare (EW) systems that leverages AI at the edge to rapidly adapt to emerging threats in hours to days, not months to years. - Pulsar: - ![Pulsar fixed-site EW system with 360-degree detection and denial capability, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/9d701da3047c960f4b320411e343e5a4c91cb8b5-4000x2659.png?w=1000&fit=min&auto=format) - Fixed Site : 360° or Directional Detect & Denial - Environmental: IP65, MIL-STD-810H - Weight: 184 lbs - Dimensions: 11” L x 11” W x 18.7” H - Pulsar-L: - ![Pulsar-L compact man-portable electromagnetic warfare system for dismounted and expeditionary operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/f424c91ee7b77e33d227c6a0dac1c40308ac244b-4000x2659.png?rect=974,543,2028,1630&w=1000&fit=min&auto=format) - Lite: Man-Portable Expeditionary, Bolt-On Aircraft Survivability - Environmental: MIL-STD-810H - Weight: < 25 lbs - Dimensions: 16” L x 14” W x 8.5” H - Pulsar-V: - ![Pulsar-V vehicle-mounted EW system on a NATO standard mount for ground vehicle electromagnetic warfare operations, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/478b50dbef78c1a37f84c05d278634a59cd5ad17-4000x2659.png?rect=1338,307,1115,2178&w=1000&fit=min&auto=format) - Vehicles & Vessels: Mounted Via Standard NATO - Environmental: IP65 - Weight : 68.5 lbs - Dimensions : 11” L x 11” W x 18.7” H - Pulsar-A: - ![Pulsar-A airborne EW payload for autonomous air vehicles, providing software-defined electromagnetic warfare from the air, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/157a064dc69aa189c474631d36079bbcb0f3fcfe-4000x2659.png?rect=1250,221,1465,2299&w=1000&fit=min&auto=format) - Airborne: Payload For Autonomous Air Vehicles - Environmental: MIL-STD-810H - Weight: 4.1 lbs - Dimensions : 7.5" L x 4.3" W x 2.4" H - Sectorized Coverage: 180-degree coverage for detect and defeat - Pulsar Core: Contains software defined radio (SDR) to power amplifiers, high speed interfaces, compute resources, storage - Power Conditioning Module: Simple, accessible power management interface - Direction-Finding (DF) Antenna: 360-degree detection for direction finding and geolocation - Build Qualities - Rapidly Identify & Counter New Threats: Pulsar integrates on-board GPU compute, machine learning algorithms, and Software Defined Radios (SDR) into a compact and powerful capability to rapidly deploy new detection/defeat capabilities at the edge. - Modular Form Factor : Pulsar’s modular form factor can be adapted to fixed site, man-portable, vehicle, payload, and airborne configurations to support missions across platforms and domains. - Networked EW for Distributed Operations: Pulsar can network multiple EW systems across distributed operations to deliver coordinated effects, optimize coverage for the environment, and geolocate signals of interest. - Multi-Mission Platform : Pulsar supports a wide range of mission capabilities, to include Electronic Countermeasures (ECM), Counter Unmanned Systems (CUxS), Direction Finding, Geolocation, and other advanced EW capabilities. - First Line of Defense - Pulsar - Disclaimer - (1) Pulsar is not approved by the FCC for sale or operation in the United States; (2) Pulsar may only be purchased by the U.S. federal government to support operations authorized under U.S. law; (3) Pulsar may be eligible for purchase by foreign national governments, subject to applicable domestic spectrum regulations and U.S. export law. ## Rebooting the Arsenal - Rebooting the Arsenal of Democracy - undefined - undefined - undefined - Intro Rebooting
the Arsenal of Democracy - It is time to recapture the spirit of innovation - ![Image](https://cdn.sanity.io/images/61nocsj5/production/be7e1af9b9aa95a949829e3ba36aca5a7f450197-4096x2858.jpg?w=1000&fit=min&auto=format) - Introduction - How Did We Get Here? Rebooting the Arsenal of Democracy - ![Image](https://cdn.sanity.io/images/61nocsj5/production/9facb26b435355f947a8a4521158dd851d13a954-1440x836.png?w=1000&fit=min&auto=format) - How Did We Get Here? - Spiral graph - In his eponymous memoir about the group, former Lockheed Skunk Works director Ben Rich tells two stories. One, for which he is best remembered, is a tale of aspiration and ingenuity. Alongside his iconoclastic predecessor, Kelly Johnson, Rich and his team of “skunks” designed and built vehicles that changed how the United States waged war and gathered intelligence: the U-2 spy plane, the SR-71 Blackbird, and the F-117 Nighthawk. Lockheed’s incredible record of innovation in the national interest is defense industry mythology; Rich’s memoir is practically mandated reading for patriotic engineers.The second story Rich tells, however, is less optimistic. Writing in 1994, Rich warns of a creeping decline among the major defense companies. “In my forty years at Lockheed,” he wrote, “I worked on twenty-seven different airplanes. Today’s young engineer will be lucky to build even one.” Not only were new things rarely being built, Rich observed, but the costs of even trying to do so had skyrocketed. “The development costs of fighters have increased by a factor of 100 since the 1950s, and unit procurement costs have risen 11 percent every year since 1963,” Rich despaired. “Small wonder, then, that there were only seven new airplanes in the 1980s, compared to forty-nine in the 1950s.”Rich’s first story is history; his second is yet to conclude. The United States has not fielded a new bomber plane since the end of the Cold War. The F-35, one of the few new major systems the military is fielding, has become a byword for extravagance, currently estimated to cost taxpayers $1.6 trillion. And instead of attracting new entrants to fill the gaps, the Pentagon lost a staggering 20,500 suppliers from 2000 to 2018. - When former Lockheed CEO Norm Augustine wrote that “In the year 2054, the entire defense budget will purchase just one aircraft,” he was joking – but not by much.How did we get here? Understanding our present circumstances means understanding the history the led us here. We do not have to delve far into the past – World War II and the years immediately following were a golden age of military innovation. - It was the civilian scientists, not the military engineers, who had been the technological innovators during the war. ‘They are the ones who made the breakthroughs,’ [General Arnold] said. He predicted that those breakthroughs—in radar, in jet propulsion, in rocketry, in nuclear weapons—would prove to be the catalysts for further innovation that would radically alter the nature of war. The First World War had been decided by brawn, he said, the Second by logistics. ‘The Third World War will be different. It will be won by brains.’ - It can be difficult to imagine the Department of Defense, which today employs nearly 3 million Americans, moving quickly. But last century, it innovated at a speed that puts modern Silicon Valley startups to shame: the Pentagon was built in only 16 months (1941-1943), the Manhattan Project ran for just over 3 years (1942-1946), and the Apollo Program put a man on the moon in under a decade (1961-1969). In the 1950s alone, the United States built five generations of fighter jets, three generations of manned bombers, two classes of aircraft carriers, submarine-launched ballistic missiles, and nuclear-powered attack submarines.Perhaps it should not surprise us that the government worked at the pace of a Silicon Valley startup, given that World War II and Cold War military research and development kickstarted Silicon Valley in the first place. Fred Terman, the “father of Silicon Valley,” had left Stanford in World War II to run the Harvard Radio Research Laboratory, the Department of Defense’s premiere electronic warfare lab. When he returned to Stanford after the war, he brought a wealth of government connections and influence with him. By 1947, the DoD provided half of Stanford School of Engineering’s budget. Federal government spending on science and engineering, much of it concentrated in Silicon Valley, continued to balloon – in 1960, the DoD accounted for 36% of all research and development in the world.The DoD’s investments didn’t just benefit the military, though. Decades of military research sowed the seeds of prosperity in the consumer and enterprise sectors. The French media mogul and politician Jean-Jacques Servan-Schreiber, writing in 1967, marveled at the United States’ pace of innovation, predicting that “In thirty years America will be a post-industrial society… There will be only four work days a week of seven hours per day.”The commercial sector continued to advance – perhaps not as quickly as Servan-Schreiber imagined, but quickly enough for America to remain the most innovative country in the world. But, starting in the 1960s and intensifying through the 70s and 80s, the pace of military innovation began to slow, while costs grew. In 1955, it had become clear that the pace of defense spending was unsustainable: the federal government was spending more on defense than everything else combined. Congress knew something had to change. Robert S. McNamara, a wunderkind World War II veteran with a sterling reputation for administrative efficiency at Ford Motor Company, was the man for the job. - In the early 1960s, under the direction of then Secretary of Defense McNamara, the Department of Defense instituted a labyrinth of new rules for acquiring military systems. McNamara was not merely reducing spending: his experience at Ford led him to believe that wholesale reform was needed to reshape how the government bought technology. He revamped acquisitions to emphasize efficiency, the elimination of waste, and predictability. The Planning, Programming, and Budgeting System (PPBS, later changed to PPBE for “Execution”) process that he implemented is arguably the single most influential defense reform ever enacted, indelibly altering the incentives and business models of the major defense contractors.Competition with the Soviet Union shaped McNamara’s actions – but perhaps not as modern observers would expect. Whereas today senior DoD leaders have rightly sounded the alarm on China’s ability to compete technologically with the West, McNamara did not believe the Soviet Union capable of out-innovating the United States. In the account of Brigadier General James M. Roherty, McNamara viewed the competition against the Soviet Union in terms of “quantifiables,” believing that “a relative stability characterized weapons technology in the 1960s… that ‘technological surprise’ was not a threat to national security and that major breakthroughs [were] not to be expected.”The primary focus of McNamara’s reforms was hence not innovation but cost control. He believed that, by and large, the United States already had the technology it needed to win the Cold War, and that the only problem was making sure that we didn’t spend ourselves into oblivion. The headline-grabbing arms races against the Soviet Union – the “missile gap,” the “bomber gap” – reflected differences in quantity, not quality, of military systems.McNamara’s reforms were not wrong: they were built for a specific era with specific characteristics. Those characteristics included the federal government conducting the vast majority of research and development, rather than private companies; the overwhelming importance of large, capital-intensive, “exquisite” military systems like tanks and battleships; a predictability in the adversary’s (the Soviet Union’s) rate of technological progress; and the existence of relatively few companies able to muster the capital and expertise to build military technology.All of those things have, to varying degrees, changed, but our system for buying technology has not. As a result, the large defense companies have learned to operate in highly idiosyncratic ways, unlike major companies in any other industry: - Adherence to a lengthy bureaucratic process.: Under the PPBS system, before the government even considers purchasing a new military system, it embarks upon a years-long process of defining requirements, deciding where and how to allocate resources, and finally releasing an award for a new system. It is extremely difficult for the Department of Defense to rapidly acquire new technology, and as a result defense companies face no pressure to develop new systems quickly. Technology developed in the commercial sector hence takes years or decades to end up on the battlefield, if it does at all. - Working off onerous
system specifications. : Reflecting the prevailing belief that industry was required to execute, not innovate, to beat the Soviet Union, the requirements for major military programs are spelled out in extensive detail. Unlike most industries, which are driven forward by the creativity of the most successful companies, defense contractors are rarely asked to find creative ways to solve problems, and are sometimes punished for doing so. - Spending little on internal research and development.: Because McNamara’s reforms made it exceptionally difficult to buy new technology quickly or to buy technology for which there is no defined requirement, defense companies rarely develop products of their own accord. Typically, they sell existing systems (which was most of their business under McNamara) or they wait for the government to order specific R&D efforts, for which they are directly compensated. For a comparison, the largest technology companies today – whose revenues vastly exceed those of the largest defense companies – spend roughly 10-20% of their revenue on research and development. Newer or mid-sized technology startups might spend closer to 60% or 70%. The major defense companies spend 1-4%. - Prioritizing proposals over performance.: McNamara believed duplicative programs to be at the root of DoD waste and would not tolerate government spending on multiple development efforts for similar new systems, whether between military services or among different vendors. This means that once a company is awarded a major contract, it is extremely difficult to take it from them. The incentive for large defense firms is hence to spend heavily on teams of lawyers and lobbyists to shape program requirements in line with the company’s existing technology. This political battle becomes just as important as building the product itself. These lobbyists are often former military officials: By 1969, over 2,000 military officers per year were leaving the DoD to work for a major defense contractor, three times as many as in 1959. ![Image](https://cdn.sanity.io/images/61nocsj5/production/35b90295ae3e990f853123be37ec87ce345c4fcc-640x658.svg?w=1000&fit=min&auto=format) - Tolerating prolonged failure.: In most industries, a company that fails to produce a functional product goes out of business. In the defense industry, when a company is three, five, ten years into a program and has failed to build what they promised, the government is stuck between a rock and a hard place – do they cancel the contract and throw away years of development, potentially bankrupting the vendor in the process? Or do they begrudgingly provide the vendor with even more money to salvage the program? Typically, it’s the latter. In the words of the infamous city planner Robert Moses, “Once you sink that first stake, they’ll never make you pull it up.” This may simply be a poor decision (sunk cost fallacy), but sometimes it is part of a deliberate policy to preserve the “defense industrial base” – a critical mass of defense companies that can be called upon in an emergency. There is value to this policy, but it has significant costs. It creates moral hazard for major defense companies, which effectively become “too important to fail,” and ensures that not all contracts are given out meritocratically, blunting companies’ incentives to produce better products. - The Defense
Industry Today Defense is an ageing, top-heavy industry that moves slowly because nobody is chasing it. - The Defense
Industry Today - One remarkable statistic tells a damning story about the modern defense sector: since 1963, the defense industry has never suffered a negative ten-year period.Is this because defense companies have built an unprecedented succession of valuable products? Far from it. On a long enough time horizon, defense companies are simply not punished for failure (and, indeed, the horizon is not all that long). Individual companies may receive a slap on the wrist for particularly egregious missteps, but by and large the government accepts that, frustrating as it may be, slow timelines, minimal innovation, and swelling costs are “the way things are.”Part of the reason that the large defense companies keep getting away with underperformance is that they face little competition. In 1993, the Cold War fading into memory, then Deputy Secretary of Defense Bill Perry sat down with the CEOs of the major defense firms at what came to be known as “the last supper.” Perry warned them that substantial cuts to the defense budget were coming and that many of their companies would not be able to survive. Put simply, he said, “We expect defense companies to go out of business. We will stand by and watch it happen.” This precipitated a flurry of mergers and acquisitions.Perry attempted to counterbalance the impact of consolidation by lowering the barriers to entry into the defense industry. He discouraged the use of onerous military specifications (“milspecs”) for new systems except as a “last resort” and championed 1994’s Federal Acquisitions Streamlining Act (FASA), which mandated the use of commercial, off-the-shelf alternatives over bespoke new technology. He also encouraged program managers in the DoD to “take more risks” and bet on new technology and new companies. Many of these changes, however, were not enforced. Both SpaceX and Palantir were forced to sue their largest customers for a failure to adhere to Perry’s rules, while a RAND corporation study from the early 2000s found that program managers had neither the incentives nor capacity to make meaningful bets on new companies and technology.The result is an ageing, top-heavy industry that moves slowly because nobody is chasing it. The ten largest defense companies, all of which were founded decades ago, account for upwards of 80% of the industry’s revenue. Nearly two thirds of major weapons systems contracts in the United States have just one bidder. Shareholders buy defense stocks for their stability, their predictability. These companies move slowly and break as little as possible.Most engineers, understandably, do not wish to work on national security under these conditions. Engineers want to see their code deployed, their robots in motion, their products out in the world making an impact. Working slowly on antiquated technology that may never be deployed is far from an engineer’s dream. And so the companies once staffed with some of the greatest engineering minds in the Western world now struggle to attract graduates from top engineering programs. - The Rise of Software Software will change how war is waged - ![Image](https://cdn.sanity.io/images/61nocsj5/production/72620f56390ed519511d03338ce792101e1c6eca-4096x2160.jpg?w=1000&fit=min&auto=format) - The Rise of Software - A new model - A New Model - The Government Response The challenge ahead is gigantic, but so are the rewards of success, continued peace and prosperity in the democratic world - ![Image](https://cdn.sanity.io/images/61nocsj5/production/0898f53b7e40c7f03fed87c8bda0ca9ec5251f2d-1920x1280.jpg?w=1000&fit=min&auto=format) - The Government Response - Call to Action - ![Image](https://cdn.sanity.io/images/61nocsj5/production/a9bd76f4150f575d6f8ff577d19428b181bb8793-1440x836.png?w=1000&fit=min&auto=format) - There is no secret government silo of advanced technology that will save us if war breaks out—
you must build it. - If you have read this far, you care deeply about the future of our collective defense. - Help us to reboot the arsenal of democracy and make that future safe, prosperous, and free. ## Rebuild the Arsenal - Rebuild the Arsenal - MANUFACTURING DOC. - What We Believe Rebuild the Arsenal - What We Believe - The Problem of Defense Production Rebuild the Arsenal - The Problem of Defense Production - ![Image](https://cdn.sanity.io/images/61nocsj5/production/f737b2805124aa960cb2fd3ceabdffb024543b67-636x856.png?w=1000&fit=min&auto=format) - The challenges plaguing our defense industrial base have taken decades to materialize, and they stem from how U.S. and allied governments have defined their requirements for military power. With the end of the Cold War, it appeared that the era of great power competition was over, and that no global threat existed to our collective military primacy. We could not imagine losing large numbers of weapons and military platforms in combat, so we believed we could afford to build militaries that were effectively irreplaceable—forces composed of smaller and smaller numbers of expensive, exquisite systems that would be so stealthy, so survivable, so technologically superior that they would never need to be mass manufactured.⁴The result is that our current weapons and military platforms are defined by exquisiteness. They are exquisite by design, produced in such small numbers and modernized so rarely that government feels compelled to add every conceivable requirement to them, lest they miss a generational chance to do so. They are time-consuming to develop, often taking up to a decade or more of painstaking effort and small fortunes of R&D funding that are borne nearly exclusively not by the corporations that build them, but by taxpayers.⁵⁶ They are difficult to produce and nearly impossible to produce quickly or at large scale because their manufacturing requires highly specialized and increasingly scarce labor, rare materials, secure facilities, manual production processes, customized supply chains, and other unique, non-scaleable elements.⁷ They are also difficult to the point of impossible to change or update quickly with new technologies, which only makes manufacturing harder, because weapons are filled with obsolete components that fewer companies are able, or even willing, to build.This does not happen by accident. Though rarely stated, exquisiteness in traditional military systems is actually encouraged and rewarded. Government has long assumed that more exquisite materials, components, and manufacturing processes are the only way to meet the military’s unique requirements for durability, security, and effectiveness—even though it makes those products significantly more expensive and less producible.⁸ Legacy defense industry also prefers exquisite, hard-to-produce products for different reasons: They reduce competition by raising the barrier to entry, and the increased costs to manufacture these more exquisite products simply get charged to the government on cost-plus contracts. Government then makes all of these problems worse through slow, onerous verification, certification, and testing burdens.Such exquisite, costly, and slow manufacturing processes do not lend themselves to large volumes of output. In Fiscal Year 2023, for example, the United States only planned to produce one or two submarines,⁹ several warships,¹⁰ 22 tanks,¹¹ and a few dozen stealth fighter jets.¹² Annual full-rate production of advanced systems such as intelligence satellites or long-range bombers can each be counted on one hand. As a result, the U.S. military is literally shrinking. Each year we are retiring ships, combat aircraft, and other major platforms at a faster rate than the industrial base is capable of replacing them.The story is no better when it comes to weapons, especially the critical munitions that would be required to deter or prevail in a great power war. In the Fiscal Year 2024 budget request, for example, the United States only plans to procure 118 Long-Range Anti-Ship Missiles (LRASM), 39 Standard Missile 3s, 125 Standard Missile 6s, 34 Tomahawk cruise missiles, and 550 Joint Air-to-Surface Standoff Missiles – Extended Range (JASSM-ER).¹³ Most of these weapons cost several million dollars apiece, and the capacity to scale production does not exist. It is not hard to imagine how the United States would run out of these and other critical munitions in a matter of days in a war against China and then struggle to replace them on a relevant timeline. Even the less taxing burden of rearming Ukraine is proving unbearable for our defense industrial base. - The deeper problem is that this legacy approach to defense production does not scale. During World War II, the Ford assembly lines at Willow Run could be repurposed to produce B-24 bombers because those aircraft were more similar than dissimilar to commercial products. The Ford plant in Detroit today could never produce the B-21 bomber or other advanced military platforms and weapons.¹⁴ The designs, materials, components, labor forces, supply chains, and manufacturing processes are more exquisite and harder to replicate in almost every way than earlier generations of the same systems.¹⁵ Even extraordinary commitments of national will and resources, similar to World War II or the late Cold War, would not result in rapid and significant increases in defenses production. Indeed, when Ukrainian soldiers depleted the U.S. inventory of Stinger missiles in just several months of fighting, it was estimated that new systems would not reach the battlefield for two to three years, and even that required bringing workers out of retirement.¹⁶ No one else was able to produce them.Our reliance upon the military equivalent of luxury goods was more defensible in a world of U.S. primacy and no great power threats to it. But that world is gone. The Chinese Communist Party has emerged as a strategic rival, and it is embarked upon an unprecedented military build up that is specifically designed to achieve what we have long believed to be impossible: to attrit the centerpieces of U.S. military power and force us to reconstitute our effectively irreplaceable weapon systems.¹⁷China does not really have that problem. Its growing arsenal of advanced weapon systems is undoubtedly defined by its own high degrees of complexity, but China’s military expansion is being powered by a domestic manufacturing engine that is outproducing U.S. industry in everything from warships and combat aircraft to missiles and drones.¹⁸ This did not happen overnight either. It was the product of decades of systematic U.S. de-industrialization and Chinese hyper-industrialization—itself a consequence of long-standing U.S. policy toward Beijing that aspired to forge a symbiotic bilateral relationship with America as buyer and China as builder.¹⁹ The result, however, is a colossal disparity in manufacturing capacity.Take just one example: It is estimated that China possesses more than two hundred times the shipbuilding capacity of the United States.²⁰ It accounts for close to half of the entire world’s ship production, while the United States makes up less than one tenth of one percent.²¹ A similar story could be told across every other segment of military production.The United States and our allies still need exquisite military systems, but they alone are insufficient. Our current defense industrial base simply cannot build enough of these platforms and weapons to win a conventional arms race against China.²² That would require massive amounts of additional time, money, and specialized labor—none of which we have. We need a different approach to generating military power, and there are good reasons to believe that is now possible. - And it's not just ships. - A similar story can be told across every other segment of military production. - A Manufacturing Renaissance Rebuild the Arsenal - A Manufacturing Renaissance - We farmed out all the modules that control the vehicles to our suppliers because we could bid them against each other. So Bosch would do the body control module, someone else would do the seat control module, someone else could do the engine control module... The problem is, the software is all written by 150 different companies, and they don’t talk to each other... And we can’t even understand it all. So that’s why at Ford we’ve decided in the second-generation product to completely insource the electric architecture. And to do that, you need to write all the software yourself. But just remember, car companies haven’t written software like this. Ever. - WE NEED ORDERS OF MAGNITUDE MORE WEAPONS. - Arsenal™ Software-Enabled Manufacturing Rebuild the Arsenal - Software-Enabled Manufacturing - Toward Hyper-Scale Production Rebuild the Arsenal - Toward Hyper-Scale Production - WE MUST RESTORE THE BALANCE OF POWER. ## Roadrunner - Roadrunner - Autonomous Air Vehicle AAV - Roadrunner is a reusable, vertical take-off and landing (VTOL), operator-supervised Autonomous Air Vehicle (AAV) with twin turbojet engines and modular payload configurations that can support a variety of missions. - Roadrunner: - ![Roadrunner reusable VTOL autonomous air vehicle with twin turbojet engines and modular payload bay, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/5769b611ee1f98af6b5ed02b0a0eb31ed6599318-4000x2660.png?rect=480,118,2805,2542&w=1000&fit=min&auto=format) - Speed: Undisclosed - Payload Capacity : Undisclosed - Range: Undisclosed - Roadrunner-M: - ![Roadrunner-M high-explosive interceptor variant for ground-based air defense, capable of intercepting and destroying aerial threats, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/53ca8797832d67af5425ab4abdebd6233cbd441c-4000x2660.png?rect=589,135,2791,2525&w=1000&fit=min&auto=format) - Speed: Undisclosed - Payload Capacity : Undisclosed - Range : Undisclosed - Nest: - ![Roadrunner Nest automated networked hangar system for transport, maintenance, and rapid launch of Roadrunner vehicles, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/d263606de7224aae5be9aa0cd1e23012b2bba648-4000x2660.png?rect=537,0,2642,2541&w=1000&fit=min&auto=format) - Size: Undisclosed - Weight: Undisclosed - Power: Undisclosed - Interoperable: Autonomous software and open architecture can integrate existing air defense radars, sensors, and systems - High Performance Flight: Twin-turbojet engines power high subsonic speed and high G-force maneuverability - Modular Payload: Modular Payload configurations can intercept a wide variety of threats, from kamikaze drones to group 3+ aircraft - VTOL: Vertical take-off and landing (VTOL) capability enable rapid ground launch, sustained loiter, and safe return to base - Build Qualities - Launch, Loiter, Return to Base: Vertical take-off and landing (VTOL) capability gives Roadrunner the flexibility to rapidly launch from and return to any location for recovery and reuse at near-zero cost. - High Performance Flight: Roadrunner is powered by twin-turbojet engines that enable high subsonic speed and high G-force maneuverability. - Autonomy: Roadrunner leverages cutting-edge advancements in AI and autonomy to enable a single operator to supervise many Roadrunners simultaneously. - ![Close-up of the dual jet engine exhausts and carbon fiber fuselage of an Anduril Roadrunner autonomous air vehicle, showcasing the cutting-edge propulsion technology that enables a single operator to supervise multiple Roadrunner vehicles simultaneously through advanced AI and autonomy software.](https://cdn.sanity.io/images/61nocsj5/production/2320a026b67b9c034f56a9fc5b088eb84c046d21-1600x2000.jpg?w=1000&fit=min&auto=format) - Interoperable with In-Service Capabilities: Roadrunner's open architecture enables interoperability with existing Air Defense radars, sensors, and architecture to provide a deployable capability today. - ![An Anduril Roadrunner autonomous interceptor aircraft streaks at high speed through low altitude terrain, demonstrating the deployable air defense capability that integrates with existing radars, sensors, and architecture through its open systems design.](https://cdn.sanity.io/images/61nocsj5/production/32f96c625ea464ce031289a621593631997371f2-384x216.png?w=1000&fit=min&auto=format) - Defense: Roadrunner-M is a high-explosive interceptor variant of Roadrunner built for ground-based air defense that can rapidly launch, identify, intercept, and destroy a wide variety of aerial threats — or be safely recovered and relaunched at near-zero cost. - ![Close-up of the carbon fiber tail section of Anduril Roadrunner-M, marked with neon yellow accent stripes against a dramatic dusk skyline, representing the high-explosive interceptor variant built for ground-based air defense capable of rapidly launching, intercepting, and destroying aerial threats or being safely recovered and relaunched at near-zero cost.](https://cdn.sanity.io/images/61nocsj5/production/db7d2d00ce05b868ba504da6ff25820e3eca63e9-1557x1038.jpg?w=1000&fit=min&auto=format) - Commercial: With high-subsonic speeds, extreme maneuverability, modular payloads, and continuous software upgrades, Roadrunner can accomplish a wide variety of missions today while enabling flexibility for mission sets of tomorrow. - ![Close-up of the tail section of an Anduril Industries Roadrunner autonomous air vehicle, its white fuselage marked with bold red chevron warning stripes and jet blast danger markings, representing the high-subsonic, highly maneuverable platform designed with modular payloads and continuous software upgrades to accomplish diverse missions today and into the future.](https://cdn.sanity.io/images/61nocsj5/production/9e8b817d578a07900af3708df12c74e25d815d01-1902x1268.jpg?w=1000&fit=min&auto=format) - Launch, Loiter, Recover, Reuse ## Seabed Sentry - Seabed Sentry - AUTONOMOUS UNDERSEA SURVEILLANCE NETWORK Sensor - Create a wireless underwater network for persistent and real-time underwater sensing and communications. - General System Desc. : - ![Seabed Sentry autonomous undersea surveillance node with carbon fiber housing, acoustic comms array, and modular payload interface, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/2fa8693972cb42e5687e92b097d90edb0b62bc7c-4000x2660.png?rect=391,609,3309,1485&w=1000&fit=min&auto=format) - Mission Lifetime: Months to Years - Depth Rating: > 500 m - Communications: LF/VLF ACOMMS Relay - Payload Volume: > 0.5 m³ - Carbon Fiber Buoyant Outer Shell: Hosts AI-enabled sensing, communications, and compute, pressurized for the deep sea. - Acoustic Comms Bottle: LF/VLF ACOMMS array. - Self-Releasable Tether and Clump Weight: Remotely-cued tether release enables system to float to the surface for easy collection. - Modular Payload Management Interface: Enables rapid integration with payloads including passive/active acoustic, environmental, optical, and CTD sensors. - Build Qualities - Engineered for the Deep Sea: Seabed Sentry is designed around a pressurized carbon fiber housing to bring AI-enabled sensing, communications, and compute capabilities to the deep sea. - ![Seabed Sentry pressurized carbon fiber housing engineered for deep-sea operations, hosting AI-enabled sensing and compute at depth](https://cdn.sanity.io/images/61nocsj5/production/7135faff334a2d1db1caab403b0347913130f9d2-2000x1501.jpg?w=1000&fit=min&auto=format) - Multi-Mission Flexibility: Designed with an open systems architecture to enable rapid integration with first or third-party sensors and payloads to support a variety of commercial and defense missions. - ![An Anduril Seabed Sentry autonomous underwater vehicle rests on metal storage cases at a waterfront dock, its modular open systems architecture designed to integrate diverse payloads for a wide range of defense and commercial undersea missions.](https://cdn.sanity.io/images/61nocsj5/production/250382f65c90f7bcbddd41ca7ef5a76f60a77f64-1200x800.jpg?w=1000&fit=min&auto=format) - Autonomous Operations: Dive-XL stows and autonomously deploys Seabed Sentries precisely to the ocean floor. Once placed, Seabed Sentry self-calibrates and connects, creating an underwater network that enables operators to command and control underwater assets. - ![Close-up of an Anduril Seabed Sentry node equipped with a Sonardyne S-490 acoustic modem payload, staged at a waterfront dock at dusk, ready to be autonomously deployed by the Dive-XL to the ocean floor as part of a networked underwater surveillance system.](https://cdn.sanity.io/images/61nocsj5/production/22fe3e4f4b89c27255a53c1d4d3096e25c12a021-2000x1500.jpg?w=1000&fit=min&auto=format) - Defense: Anti-Submarine Warfare (ASW) Anti-Surface Warfare (ASuW) - ![Close-up of an Anduril Seabed Sentry node equipped with a Sonardyne S-490 acoustic modem payload, staged at a waterfront dock at dusk](https://cdn.sanity.io/images/61nocsj5/production/aa89db9bcb15196b19de919c0beb0acda990094b-3000x2000.jpg?w=1000&fit=min&auto=format) - Commercial: Seabed Survey Port Security Marine Pattern of Life Building Protection of Critical Infrastructure - ![Close-up of an Anduril Seabed Sentry node equipped with a Sonardyne S-490 acoustic modem payload, staged at a waterfront dock at dusk.](https://cdn.sanity.io/images/61nocsj5/production/fa6b1d454a79f2260a356ff81cdf0faa8659673d-3000x2251.jpg?rect=0,268,3000,1983&w=1000&fit=min&auto=format) ## Seapower - SEA - Whoever commands the sea commands the world - Family of intelligent, autonomous undersea systems that work together to deliver unmatched situational awareness, precision engagement, and scalable maritime dominance. - Dive-LD - Dive-LD: The Dive-LD is an Autonomous Undersea Vehicle (AUV) that rapidly reconfigures to integrate diverse payloads and go long distances for a wide range of defense and commercial mission sets. - ![Dive-LD large diameter autonomous undersea vehicle configured for long-range defense and commercial maritime missions](https://cdn.sanity.io/images/61nocsj5/production/630ee3ae593b41bc474fe84e90f0f9d0cc5dc096-3000x1102.jpg?w=1000&fit=min&auto=format) - Dive-XL - Dive-XL: Dive-XL adapts the proven modular, software-first design of Dive-LD to deliver a more producible, flexible, and upgradeable XL capability at a fraction of the cost of AUVs in its class. - ![Dive-XL extra-large autonomous undersea vehicle delivering modular software-first capability at a fraction of the cost of comparable AUVs](https://cdn.sanity.io/images/61nocsj5/production/3b66a06df0cc529dd19c6be68f3b796a86d2698c-1278x471.png?w=1000&fit=min&auto=format) - Copperhead - Copperhead: Copperhead is a family of high-speed Autonomous Undersea Vehicles (AUVs) designed to deliver intelligent on-demand capabilities from autonomous platforms for time-sensitive maritime missions. - ![Copperhead high-speed autonomous undersea vehicle delivering intelligent on-demand capabilities for time-sensitive maritime missions](https://cdn.sanity.io/images/61nocsj5/production/6f869e87042f9f676c58df9aba58599427f7e2fe-3000x1101.jpg?w=1000&fit=min&auto=format) - Seabed Sentry - Seabed Sentry: Seabed Sentry is an AI-enabled sensor that brings connectivity and awareness to the deep dark sea. - ![Seabed Sentry AI-enabled undersea sensor node bringing connectivity and persistent awareness to the deep sea](https://cdn.sanity.io/images/61nocsj5/production/cfff363f14865297f0a093ce8117079f00d639ae-2000x1484.jpg?w=1000&fit=min&auto=format) - ![Seabed Sentry deployed on the ocean floor as part of an autonomous undersea surveillance network](https://cdn.sanity.io/images/61nocsj5/production/66a4a5b5566c18cb8eb5815c8031acbe14817eaa-2000x1484.jpg?w=1000&fit=min&auto=format) ## Sentry - Sentry - Autonomous Awareness Sensor - Sentry is an autonomous surveillance platform that uses artificial intelligence to detect, identify, and track objects of interest. It can be equipped with sensor hardware customized to the domain or mission set. - Standard Range Sentry: - ![Standard Range Sentry autonomous surveillance tower providing long-range day and night detection of personnel and vehicles up to 3.5 km, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/70cdf9aa2bd2ff469359cd9c95f19a105843d473-4000x2250.png?rect=1179,0,1753,2250&w=1000&fit=min&auto=format) - Object Detection Range: 2.8 km Person; 3.5 km Vehicle - Footprint: 30 ft x 30 ft - Height: 33 ft - Maritime Sentry: - ![Maritime Sentry autonomous surveillance system detecting surface vessels at ranges exceeding 15 km, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/84098d415c3d1ef061c158b0fb1138c50b72d7e0-4000x2250.png?rect=906,0,2166,2250&w=1000&fit=min&auto=format) - Object Detection Range: 15 km+ for Surface Vessels - Footprint: 30 ft x 30 ft - Height: 18-33 ft - Cold Weather Sentry: - ![Cold Weather Sentry autonomous surveillance tower engineered for extreme cold environments, detecting personnel, vehicles, and boats, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/62408d3d4c7ca0b47809d7ba97ee3d254a1e43ef-4000x2250.png?rect=852,0,2567,2250&w=1000&fit=min&auto=format) - Configurations : Standard Range, Long Range, Extended Range, Maritime - Object Detection Range: Config-dependent - Footprint: Config-dependent - Height: Config-dependent - Long Range Sentry: - ![Long Range Sentry with ultra-high-powered 360-degree radar for detecting and tracking Group 1-3 drone threats up to 15 km, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/5e1ca4a207e8e3fcf7c5bd2e3deccea0631b39d2-4000x2250.png?rect=997,0,2061,2250&w=1000&fit=min&auto=format) - Object Detection Range: 2–4 km for Group 1 threats, 15 km for Group 3+ threats - Footprint: 16 ft x 16 ft - Height: 9 ft - Extended Range Sentry: - ![Extended Range Sentry on an 80-foot structure with modular long-range sensor head for autonomous threat detection up to 8 km, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/9a50372d60079bb2cbbeed1b4bcf8a5cda77afbf-4000x2250.png?rect=1185,0,1934,2250&w=1000&fit=min&auto=format) - Object Detection Range: 12 km - Footprint: 60 ft x 60 ft - Height: 80 ft - Mobile Sentry: - ![Mobile Sentry autonomous counter-UAS and counter-intrusion system in a mobile form factor for rapid redeployment, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/03b6fab081e150fdb9e184a24a23fc9350b05442-4000x2250.png?rect=814,0,2236,2250&w=1000&fit=min&auto=format) - Object Detection Range: 2–4 km for Group 1 threats, 15 km for Group 3+ threats - Footprint: 16 ft x 7 ft - Height: 18 ft - 5G Comms Sentry: - ![Mobile Sentry autonomous counter-UAS and counter-intrusion system in a mobile form factor for rapid redeployment, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/3bddb59145982402b31470dd866c09bce20ecfb1-4000x2250.png?w=1000&fit=min&auto=format) - Comms: Nokia Federal 5G; Silvus S and C Band - Coverage Range: 3.5km+ - Footprint: 60 ft x 60 ft - Power : Self-Contained Solar and Shore - Build Qualities - Sensor Fusion at the Edge: Sensor fusion and object detection are performed onboard in real-time. Anduril’s computer vision algorithms present operators with decision points, not noise. - Infrastructure Independent: Designed to be used in the most challenging remote & austere conditions, without the need for roads, power sources, or connectivity. - ![View of Sentry deployed in a remote desert environment without roads, power infrastructure, or connectivity, demonstrating infrastructure independence](https://cdn.sanity.io/images/61nocsj5/production/6b6dc1673642e7372af3bfb5b8c16ac6a100342a-873x873.png?w=1000&fit=min&auto=format) - Customizable: Modular and able to be equipped with mission- and environment-specific sensors, power sources, and tower structures. - ![Close up view of top of Sentry's customizable modular sensor and power source configuration for mission-specific surveillance requirements](https://cdn.sanity.io/images/61nocsj5/production/00314cc76cc2b7891291f7bea30313eaa5e547c5-3000x2250.jpg?w=1000&fit=min&auto=format) - Rapidly Deployable: Can be built and online in less than three hours. - ![Time lapse of Sentry being assembled and brought online in under three hours, demonstrating rapid deployability for time-sensitive surveillance missions](https://cdn.sanity.io/images/61nocsj5/production/8dfa2ff7039f81891e6ae48f0e42fcf09e1830c7-1920x1080.gif?w=1000&fit=min&auto=format) - Integrated, Accurate, Persistent Surveillance ## Solid Rocket Motors - Solid Rocket Motors - Solid Rocket Motors SRM - Anduril is a full-service, high-volume merchant supplier of conventional and next-generation rocket motors that fuel defense and space launch systems. With more than 450 acres of production facilities, Anduril can produce thousands of SRMs per year. - THIRD US SOLID ROCKET MOTOR SUPPLIER - $75 Million+ - Capital investment: Over $75 Million of capital investment into opening a full rate solid rocket motor production facility. - 6000+ - SRM Production : Site expansion enables annual production of 6000+ tactical motors per year. - 700+ - Test Fires : Hundreds of solid rocket motors tested every year, 700+ since January 2024. - Comprehensive Design, Development, and Testing - Design & Produce Custom SRMs: Anduril works with customers to design and produce bespoke SRMs for a variety of domains and mission requirements. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/83080e732e1949b45564349245c434b89087289a-3000x2250.jpg?rect=0,0,3000,2075&w=1000&fit=min&auto=format) - Production at Scale: With 9 buildings across more than 450 acres, Anduril’s SRM manufacturing facilities can produce 6,000+ SRMs per year. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/c8e163b08fd900ba4a2fa86963edd882b9041d2e-10214x6809.jpg?w=1000&fit=min&auto=format) - Facilities Qualified for Energetics: Anduril’s SRM facilities are sited and constructed for large-quantity energetics manufacturing - compliant with DoW standards for 1.1/1.3 Hazard Class Materials. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/44270ba54de94d829a25347e609778c4b1fe0d24-2816x1880.jpg?w=1000&fit=min&auto=format) - On-Site Test & Inspection: Anduril is equipped with the full complement of test & inspection tools, to include a full-service static test fire stand. - Solid Rocket Motor Complex - Solid Rocket Motor Complex : Mchenry, mississippi Our Mississippi Solid Rocket Motor Complex builds up to 6,000 solid rocket motors per year with more than one hundred production employees. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/ce8c079bfc09b0ac5cf2781e20801fc844b92a9e-3000x2000.jpg?rect=0,528,3000,1410&w=1000&fit=min&auto=format) - News - Enter Anduril: The United States’ Third Supplier of Solid Rocket Motors | by Dr. Brielle Terry - ![Anduril's modern manufacturing facility surrounded by dense forest landscape.](https://cdn.sanity.io/images/61nocsj5/production/ce8c079bfc09b0ac5cf2781e20801fc844b92a9e-3000x2000.jpg?w=1000&fit=min&auto=format) - Saab Chooses Anduril Rocket Motor Systems to Design and Produce Solid Rocket Motors for the Ground-Launched Small Diameter Bomb Weapon System | by Anduril Industries - ![Anduril and SAAB logos with mission statements on black background partnership announcement.](https://cdn.sanity.io/images/61nocsj5/production/cb9a5b1166d1ca16f8885a9335524c30e96b97d5-8000x4500.png?w=1000&fit=min&auto=format) - Boeing, Anduril team on bid for future air defense system | by Anduril Industries - ![Aerial view of modern manufacturing facility surrounded by forest with Anduril logo.](https://cdn.sanity.io/images/61nocsj5/production/1e727de5bc613ddb13263ebf497df318323e8cef-3000x2000.jpg?w=1000&fit=min&auto=format) - Anduril and Raytheon Successfully Test Highly Loaded Grain Rocket Motor for Air-to-Air Weapons | by Anduril Industries - ![A highly loaded grain rocket motor ignites and expels a bright orange flame and exhaust plume against a black background during testing by Anduril and Raytheon for air-to-air weapons development.](https://cdn.sanity.io/images/61nocsj5/production/dc81bd761eaa151f9a3c7b34de971851ca6d83bf-2333x869.jpg?w=1000&fit=min&auto=format) ## Space - Space - SPACE - SPACE IS A CONTESTED WARFIGHTING DOMAIN. WE DESIGN AND BUILD INTEGRATED HARDWARE AND SOFTWARE TO EQUIP SPACE VEHICLES AND GROUND SYSTEMS WITH ADVANCED AUTONOMY AND CUTTING-EDGE CAPABILITIES. - Capabilities - Rendezvous and Proximity Operations : Combining software-defined payloads with autonomous systems to unlock faster, more cost-effective, and more accessible RPO missions in high-energy orbits like GEO. - ![Spacecraft conducting a rendezvous and proximity operations mission in geosynchronous orbit using Anduril autonomous systems](https://cdn.sanity.io/images/61nocsj5/production/ec9c2bdd8cef86d16c5f2f2d3b587b8175a0f92c-599x404.jpg?w=1000&fit=min&auto=format) - Battle Management: Connecting ground and space-based sensors, data repositories, and C2 nodes via a low-latency, resilient mesh communications architecture to provide comprehensive situational awareness of the space domain. - ![Lattice battle management architecture diagram connecting ground and space-based sensors and C2 nodes via resilient mesh communications](https://cdn.sanity.io/images/61nocsj5/production/f430c08f7376f1e400768ca046f830834e6f16ec-1884x1378.png?w=1000&fit=min&auto=format) - Modular Mission Payloads: Applying extensive expertise in imaging, compute, C2, and mission autonomy to design, manufacture, and integrate modular mission payloads that enable critical NSS missions. - ![Anduril modular mission payload being integrated onto a spacecraft for national security space missions](https://cdn.sanity.io/images/61nocsj5/production/fe0340bcacf2cc12050757998b1bf13a027a1f48-11648x8736.jpg?w=1000&fit=min&auto=format) - Mesh Communications: Resilient mesh communications architecture that networks sensors, data repositories, and command and control nodes with low-latency, high-bandwidth connections in support of critical space protection missions. - ![Diagram showing Anduril mesh communications architecture networking space sensors and C2 nodes with low-latency high-bandwidth connections](https://cdn.sanity.io/images/61nocsj5/production/b4d5da7ba38e836b6fa9f4dc397eb8c9d2520e70-720x405.png?w=1000&fit=min&auto=format) - Into The
Final
Frontier
- [REDACTED]: - ![Redacted Anduril space product shown in product view](https://cdn.sanity.io/images/61nocsj5/production/da66c6daeece66fd4102c1bd1cc40ccb33632fc5-1080x608.png?w=1000&fit=min&auto=format) - Missions: ████████ - Use Cases: █████████ - Weight: ███ - Dimensions: ███████ - [REDACTED]: - ![Redacted Anduril space product shown in product view](https://cdn.sanity.io/images/61nocsj5/production/cd517bd33fffc4ba548e0b81dd131d9319f4b74e-1080x608.png?w=1000&fit=min&auto=format) - Missions: ███████████ - Use Cases: ████████ - Weight: ███ - Dimensions: ███████ - [REDACTED]: - ![Redacted Anduril space product shown in product view](https://cdn.sanity.io/images/61nocsj5/production/71c023b5ad29eab57ed8c4c4e0f239ec1b23a0f8-1080x608.png?w=1000&fit=min&auto=format) - Missions: ████████ - Use Cases: ████████ - Weight: ██████ - Dimensions: ██████████ - Partners & Upcoming Missions Anduril is committed to fostering partnerships with leading companies from across the commercial and defense space industries to deliver the most advanced, relevant capabilities to the warfighter on accelerated timelines and at unprecedented scale. Together, we’re partnering on a series of self-funded missions to prove out our capabilities ahead of Warfighter needs. - Impulse Space: Anduril and Impulse Space are partnering to conduct a high-precision Rendezvous and Proximity Operations (RPO) mission in GEO in 2026. - Apex Space: Anduril is integrating multiple mission payloads - including its edge processor for mission autonomy, as well as its infrared imager, onto Apex’s Aries bus for a LEO Space Domain Awareness technology maturation demo launching in 2026. - Argo Space: Anduril is integrating space domain awareness sensors and its edge compute technologies onto Argo Space’s Navigator spacecraft for a mission launching in 2026 to a high-energy orbit. ## Spark - Spark - X/KU-Band Radar SENSOR - Spark is a dual band, hemispheric radar purpose-built for on-the-move sensing of both fast, low vehicle threats and slow, high air threats in a single package. - Spark: - ![Spark X/Ku-band hemispheric radar with compact 20x13x5-inch form factor for vehicle-mounted on-the-move sensing of UAS and ground threats, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/3c3e9c8ac367fa7115871ce3bbcf9169077babca-4000x2659.png?w=1000&fit=min&auto=format) - RADIO FREQUENCY : X/Ku-band - SCAN VOLUME : Hemispheric - DETECTION RANGE: Group 1 UAS (10km); Group 3 UAS (18km); Ground Vehicle (12km) - DIMENSIONS : 20" x 13" x 5" - Build Qualities - Optimized for Expeditionary Applications : Low RF signature while providing the precision and performance to support vehicle self-protection measures in harsh environments. Simple to mount, integrate, and maintain in a compact and rugged form factor. - ![Spark radar mounted on a military vehicle in an expeditionary environment, showing low RF signature and rugged compact form factor for vehicle self-protection](https://cdn.sanity.io/images/61nocsj5/production/173cfc8a3390b1a210e1436ca708c0dba14df76c-5968x3979.jpg?w=1000&fit=min&auto=format) - Improved Awareness & Reaction Time : On-radar software extends detection range for true hemispheric sensing, enabling vehicles to self-protect from top-attack threats. - ![Spark radar system mounted on top of a military armored vehicle against a clear blue sky, providing hemispheric sensing capabilities that extend detection range and enable the vehicle to self-protect against top-attack threats.](https://cdn.sanity.io/images/61nocsj5/production/6d8a515588a64a46edcfac0ee59d5964440ea3d3-6000x4000.jpg?w=1000&fit=min&auto=format) - Autonomous Defeat : Advanced signal processing algorithms provide high-precision, real-time data that improves targeting and fully automates the kill chain for soft and hard-kill effectors. - ![Spark radar autonomously cueing a soft or hard-kill effector against a detected aerial threat, demonstrating automated kill chain capability](https://cdn.sanity.io/images/61nocsj5/production/46a41967166818e67630f957abe66534da510e99-6000x4000.jpg?w=1000&fit=min&auto=format) - Defense: On-the-Move (OTM) UAS & Ballistic Sensing M-SHORAD for Formation Based Defense Ground Target Sensing - ![Spark radar on a military vehicle conducting on-the-move UAS sensing and M-SHORAD formation-based air defense operations](https://cdn.sanity.io/images/61nocsj5/production/6d8a515588a64a46edcfac0ee59d5964440ea3d3-6000x4000.jpg?w=1000&fit=min&auto=format) - Disclaimer - The Spark radar is not available for sale to US commercial customers. ## Spyglass - Spyglass - Ku-Band Radar SENSOR - Spyglass is an algorithmic enhanced Ku-band phased array radar that delivers high quality target tracking for integrated weapons systems. - Spyglass: - ![Spyglass Ku-band phased array radar with algorithmic-enhanced tracking for integrated weapons systems, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/ffa5a8a9a76fe170fcb000709a646bb2dc4a6a35-4000x2659.png?w=1000&fit=min&auto=format) - Radio Frequency : Ku-band - Scan Volume: 90° x 55° - Detection Range: Group 1 UAS (6+ km); Group 3 UAS (12+ km); Ground Vehicle (13+ km) - Dimensions : 22” x 16” x 6.5” - Build Qualities - Algorithmic-Enhanced Spatial Accuracy : Advanced on-radar software improves targeting and automation capabilities, creating fire control quality tracks with precise target altitude data and unparalleled angular accuracy. - ![Spyglass radar providing fire control quality tracks with precise target altitude data and unparalleled angular accuracy for integrated weapons systems](https://cdn.sanity.io/images/61nocsj5/production/dea0b96d6d39b2dfd6324cc5cf1182b457a08e80-2000x1501.jpg?w=1000&fit=min&auto=format) - Extended Target Acquisition Range: Algorithm-driven data processing extends target acquisition range by 25-30% via embedded accelerated computing. - ![Spyglass radar extending target acquisition range by 25-30% through algorithm-driven data processing and embedded accelerated computing](https://cdn.sanity.io/images/61nocsj5/production/c6431995f45fbe8f921ccf322ed2893181d9612b-2000x1501.jpg?w=1000&fit=min&auto=format) - Lowest Cost Per Range: Combining COTS components and software-defined hardware enables iterative, scalable sensing technology across wide areas at a faction of traditional system cost. - ![Spyglass radar using COTS components and software-defined hardware to deliver scalable sensing technology at the lowest cost per range](https://cdn.sanity.io/images/61nocsj5/production/e12dc43345fdc3033692fe6b2295878187d3e058-2000x1501.jpg?w=1000&fit=min&auto=format) - Defense: Counter-UAS Formation Based Layered Defense Short-Range Air Defense Ground Surveillance Defense in Depth Sensing - ![Spyglass radar supporting Counter-UAS, short-range air defense, and formation-based layered defense operations](https://cdn.sanity.io/images/61nocsj5/production/dea0b96d6d39b2dfd6324cc5cf1182b457a08e80-2000x1501.jpg?rect=0,389,2000,1112&w=1000&fit=min&auto=format) - Commercial: Civil Counter-UAS Detection & Warning Protection of Critical Infrastructure Fixed Site Sensing for Aerial Intrusions - ![Spyglass radar protecting critical infrastructure and detecting aerial intrusions in a civil Counter-UAS application](https://cdn.sanity.io/images/61nocsj5/production/6a3b86176233ba5e2a53d3bf98d38d7416a17e12-2000x1501.jpg?w=1000&fit=min&auto=format) ## Tactical Reconnaissance & Strike - Air - autonomous air vehicles AAV - tasked, connected and controlled by Lattice. Together, they enable a variety of intelligence, surveillance, reconnaissance, and strike mission profiles. - Bolt - Bolt: Advanced software automates the thousands of manual flight inputs required to accurately track or strike a target. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/9a326a356e577a8576bc63d9cf8e4a8a053fbcc4-3322x1210.jpg?w=1000&fit=min&auto=format) - Altius - Altius: Altius is a versatile platform designed to provide on-demand capability that can be launched from ground, air or sea to conduct a variety of mission types. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/40398d1550cb390e6dfc98e30d92e02ecde52bcf-3322x1210.jpg?w=1000&fit=min&auto=format) - Ghost - Ghost: Ghost is an expeditionary, quiet, and modular platform that delivers intuitive autonomy at the tactical edge, balancing extended range and multi-payload capacity with an expeditionary footprint. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/82bbb8ffa1eab69746abb8d0d33b37db8b72de57-3322x1210.jpg?w=1000&fit=min&auto=format) ## UK - DEFEND
BRITISH
INTERESTS - ![Anduril UK logo](https://cdn.sanity.io/images/61nocsj5/production/d4572874b55be66d9843e871db56a443a341a521-214x109.svg?w=1000&fit=min&auto=format) - Transforming the British military won't happen overnight. We can't waste a single day. Anduril UK is reinvesting more than 40% of its revenue into R&D to defend British interests. Britain stands ready. Anduril UK stands ready. - A New Testbed for Sovereign Defence ## UK Carbon Reduction Plan - UK Carbon Reduction Plan - Anduril ## Veteran Careers - Deploy Your Talent At Anduril - Veteran Careers - Who We Are Looking For - Anduril mobilizes across ranks for critical impact. Whether fully discharged or approaching separation from active service, Anduril provides both Full-Time and Fellowship roles for those who are ready to rebuild the arsenal of democracy. - What You Can Expect - 01, Ownership From Day One: This is hard work. But it’s your work. - 02, Mission-Driven Work: We build technology to keep our warfighters safe. Every role contributes to this mission. - 03, Good Work → More Work: Capability is met with responsibility. If you show us you can take on more, we’ll reward the initiative. - 04, Speed. Discipline. Value. : Anduril values hard-won knowledge and blunt feedback to rapidly iterate and field capabilities required at the edge. - Full-Time Employment From first contact to immediate impact - Marshal your military experience and tactical knowledge to shape the future of deterrence at Anduril. As program requirements evolve in real-time, our full time opportunities scale to meet the mission. If your military experience exceeds our expectations but does not align with current Full-Time openings, join our Veteran Talent Network. - Career Simulation Action before application - Before you apply, step inside the role. Our simulations let you demonstrate your skills and decision-making, not just talk about them. Materials Associates keep production moving when the mission can’t wait — solving supply chain problems fast, with whatever’s at hand. General Technicians build advanced defense systems from the ground up — hands-on assembly, integration and troubleshooting where precision and speed are non-negotiable. Anduril career simulations provided by our partners at Redeployable. - SkillBridge Fellowship Command and control your career - Commit the last 180 days of service as an Anduril SkillBridge Fellow to accelerate your post-military career. If your active-duty experience does not align with a current SkillBridge opportunity, contact us directly as many of our Full-Time roles can be converted into Fellowships for qualified candidates. - SkillBridge Fellowship FAQ - What is the SkillBridge Program?: The DoW SkillBridge program allows transitioning service members to gain civilian work experience through specific industry training, apprenticeships, or internships during their last 180 days of service. - What type of opportunities are available?: At Anduril, we're building the future of defense, and that requires an extraordinary array of talent. You'll find SkillBridge Fellowship opportunities across many disciplines here.Anduril is constantly growing and as we rapidly scale, our talent needs continuously evolve and broaden. Please note that new SkillBridge opportunities are added regularly and that many of our Full-Time Employment roles can be converted into Fellowships for qualified candidates. Be sure to contact us if you do not see a dedicated SkillBridge opportunity that fits your needs. - When should I apply for a SkillBridge Fellowship with Anduril?: We generally screen candidates for opportunities when they are within three months of their SkillBridge availability. Our alignment process can take anywhere from a few weeks to a couple of months. Starting your process more than three months out will be too far away from when a hiring decision can be made so target 90 days from when you can begin your Fellowship. - Why pursue a SkillBridge Fellowship vs. Full-Time Employment (FTE) role?: Anduril SkillBridge Fellowships allow you to explore our advanced technology and mission-driven teams before beginning your terminal leave. We provide you with the experience and information necessary to make career-related decisions earlier in your transition and better prepare you for EAS/ETS. - How long are Fellowships and when do they start?: While most Anduril SkillBridge Fellowships last 2-4 months, they can range depending on the candidate. Be sure to check the SkillBridge website for your eligibility requirements.Our start dates are structured to accommodate transitioning service members throughout the entire year. - What are the eligibility requirements?: You do not need command approval before applying to an Anduril SkillBridge Fellowship; however, approval is a requirement before you begin your Fellowship with Anduril. We understand the potential challenges and delays in obtaining command approval, so we will be flexible while you wait for approvals.We welcome applications from enlisted/officer, degreed/non-degreed, and junior/senior military candidates. Be sure to verify you meet the required qualifications listed in the job description. - What should I include on my resume?: Your resume is your opportunity to powerfully convey your capabilities and potential impact at Anduril. Make it compelling by including:Clear Contact Information: Ensure we can easily reach you.Academic Foundations: Military training/qualifications, University, Major(s).Demonstrated Experience: Highlight relevant military experience to include significant projects and deployments where you made a difference.Clearances: Be sure to list your current security clearance and/or ability to obtain one.Technical Mastery: List the languages, software, tools, and platforms you're proficient in.Quantifiable Impact: Whenever possible, use numbers and metrics to showcase the scale and success of your contributions. - When can I expect to hear back about my application?: We receive a significant volume of applications from highly talented individuals, which makes providing individual updates to every applicant unfeasible. We appreciate your patience as we meticulously review each submission. If you are selected to move forward: A member of our recruiting team will contact you directly to outline the next steps. If the team decides to pursue other candidates or the search concludes: You will receive an email notification informing you of our decision. - What does the interview process look like?: Our interview process is designed to be rigorous, transparent and a true test of your capabilities. Prepare for a deep dive into your technical prowess, problem-solving approach, and how you align with Anduril's mission. You can expect:Recruiter Call: To discuss your background and ambitions.Technical and Behavioral Interviews: Expect challenging questions designed to assess your skills, critical thinking, and how you navigate complex situations.Role specific assessments: This could include live coding challenges, presentations, or in depth technical discussions, depending on the team and role.Throughout, we’re looking for evidence of your problem solving abilities and your commitment to our mission. Your recruiter will provide clear guidance every step of the way. - Is a job offer guaranteed at the end of the fellowship? : Throughout your Fellowship with Anduril you will be assessed for Full-Time placement, but there are no guarantees of a job offer. However, each Fellowship opportunity is aligned internally to provide a job offer if the Fellow qualifies. ## Voyager - Voyager - Rugged Edge Compute, Networking & Communications C4 - Voyager is a modular, scalable and rugged suite of compute, network and comms infrastructure built for survivable C5ISR at the tactical edge. - Voyager HPC: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/4a91ac56fe63b1118d92327591364044bfb9f76a-4000x2658.png?w=1000&fit=min&auto=format) - Description: Rugged High-Performance Computing - Compute / RAM: 64 x cores (128 threads) / 512 GB - Expansion Capability: Add NVIDIA GPU or NVMe storage - Power: 450W (without expansion module) - Voyager VM: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/d60c45abf6d0a493cd8ae224dced545e18f7a051-4000x2658.png?w=1000&fit=min&auto=format) - Description: Rugged Intel Server - Compute / RAM: 10 x cores (20 threads) / 128 GB - Expansion Capability: Add NVIDIA GPU or NVMe storage - Power: 110 W (without expansion module) - Voyager VMm: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/f11b737afaffa89257079f861285692b2174961b-4000x2658.png?w=1000&fit=min&auto=format) - Description: Ultra-slim low power compute - Compute / RAM: 6 x cores (12 threads) / 32 GB - GPU: AM Radeon™ Vega GPU - Power: 22W - Voyager G1: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/344dede91cb5a976c430ede0179b6c77761575f0-4000x2658.png?w=1000&fit=min&auto=format) - Description: Body-Worn Compute (ARM) Gateway - Port Speeds: Modems - 4G / Wi-Fi 6, Ethernet - 1 x 1GbE - Power: Max 15W (incl. Cellular and Wi-Fi) - Compliance: IP67 ingress protection - TRX R2: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/fc15aebfc3c99198ad5cecfeff9c7b4a03609372-4000x2658.png?w=1000&fit=min&auto=format) - Description: Cellular Compute Gateway - Port Speeds: Modems - 2 x 4G (or 1 x 5G) / Ethernet - 2 x 1GbE, 2 x 10GbE / Wi-Fi - 1.3Gb/s - Power: 32W - Compliance: NIAP Common Criteria Validated - Voyager ESR: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/3f8784f38549b1f3ce9215d3330fa2c13a0a7b19-4000x2658.png?w=1000&fit=min&auto=format) - Description: Combined Switch and Router - Port Speeds: Switch - 2 x 10GbE, 10 x 1GbE / Route - 2 x 1 GbE - Power: 25W (without PoE) - Compliance: NIAP Common Criteria Validated - Voyager 8: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/cd15ed7db6178b1cb91450385af72e0f910adf1d-4000x2658.png?w=1000&fit=min&auto=format) - Description: Backpack and Roll-on/off Chassis - Slots: 1 / 2 / 4 / 6 / 8 variants - Power to Slots: Up to 1000W - Input Power: Wide ranging AC, DC and UPS - Voyager 6: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/2799865fb6a318690a0ed999bdb108739a44b90c-4000x2658.png?w=1000&fit=min&auto=format) - Description: SAVE-Compatible Vehicle Mount Chassis - Slots: 6 - Power to Slots: 800W - Input Power: DC from vehicle (Built-In Surge Protection) - Voyager TRIK: - ![Image](https://cdn.sanity.io/images/61nocsj5/production/cb4a7cf84facc9a20af5ff495ad55bea431031a4-4000x2658.png?w=1000&fit=min&auto=format) - Description: Tactical radio integration with up to 5 Voyager modules - Slots: 5 (Voyager Form-Factor) - Power To Slots: 600W - Input: Wide ranging AC, DC and UPS - Voyager Key Themes - Built Rugged for the Warfighter: Developed with the warfighter in mind, Voyager’s low-size and power requirements means there is less to carry, and runs quieter when stealth is of the essence. Built rugged to military standards, Voyager goes wherever the warfighter needs. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/e16b7183e1963dc2e22aead79e6524274a51b097-4284x5712.jpg?rect=0,1604,4284,3948&w=1000&fit=min&auto=format) - Modularity for Mission Flexibility : Voyager is highly configurable and reconfigurable to support diverse mission needs. Voyager's range of rugged compute, networking and comms, and chassis solutions, support radios and security devices, for a holistic mission deployment. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/ad0ec87e0b31be5350ad7ac9284549c12d8232bf-3500x1866.png?rect=392,277,2321,1151&w=1000&fit=min&auto=format) - Proven and Fielded Reliability: Voyager is globally fielded across the DoW and coalition partners, accumulating hundreds of thousands of hours of active service. Voyager's maturity, and proven operational reliability scores highly in technology readiness level (TRL-9). - ![Image](https://cdn.sanity.io/images/61nocsj5/production/6bed2052ceccf64c63857c25a2d6975e5572c601-4284x5712.jpg?rect=0,2176,4284,3536&w=1000&fit=min&auto=format) - Innovating at the Tactical Edge: Voyager's always-on innovation pushes the boundaries of what is possible at the tactical edge. From proven systems to the next-generation of scalable solutions, Voyager continuely evolves to support modern C5ISR and autonomous missions. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/958de399eab3176b5be3a2af6fe0929bcfe00c5a-1920x935.webp?w=1000&fit=min&auto=format) - Manufactured for Survivability: Voyager is built on a heritage of 35+ years of industry experience. From engineering R&D, to manufacture and delivery, Voyager adheres to the highest quality standards. Assuring the delivery of robust and long-lived products at the edge. - ![Image](https://cdn.sanity.io/images/61nocsj5/production/9f24ada3e022c669479727a967724c318c4c7915-2250x3000.png?w=1000&fit=min&auto=format) - The Cutting Edge
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C5ISR Innovation - Tactical Edge Compute and SDN for Vehicles - Modernize any vehicle to be a survivable commander led command post on the move: Securing decision dominance and overmatch on the move requires rugged and scalable compute designed to survive the hardship of being in vehicles. Voyager rugged vehicle based solutions support: Scalable compute nodes (up to 128 threads / 1TB of RAM). GPU to run advanced C2 and autonomous AI-based workloads. Auto-PACE connectivity for always on comms. Chassis and Chassis-less deployments. - High-Performance Computing for Next Generation Command Posts - Cloud scale performance for division wide operations as a holistic roll-on and off command post: Voyager's modular approach to mission system configuration and reconfiguration, enables the flexibility to scale high-performance compute requirements for advanced mission deployments. With Voyager high-performance computing and clustering: Unlock and deploy enterprise cloud services to the tactical edge. Power and enhance decision-making with AI powered workflows. BLOS mission continuity in DDIL environments. - Compute and Comms for Dismounted Operators - Rugged body-worn compute servers in a LMR form-factor: With more sophisticated mission systems in action, requires significant augmentation of situational awareness at an individual operator level. Voyager body-worn compute enhances CONOP capabilities on a per dismounted operator basis, that supports: Integrated compute and comms, includes cellular and Wi-Fi. Uniform LMR form-factor, for ease of integration with existing kit. Multiple power source inputs and LMR battery compatibility. - Open Partner-Focused Ecosystem - ## Wisp - Wisp - Infrared Imaging SENSOR - Wisp delivers passive infrared detection & tracking to enable persistent hemispheric situational awareness at long ranges for a variety of domains and mission sets. - Wisp: - ![Wisp passive infrared sensor with 360-degree horizontal and 125-degree vertical field of view for detecting dismounts, vehicles, UAS, and aircraft at long range, shown in product view](https://cdn.sanity.io/images/61nocsj5/production/38d5d6735fa342cd9c1ba96fa43cf6b2f5d7a704-4000x2659.png?rect=905,358,2014,2118&w=1000&fit=min&auto=format) - Automated Detection Range: Dismount (5 km); Vehicles (15 km); UAS (20 km); Commercial Aircraft (150 km) - Sensor Field of View: 360° Horizontal; 125° Vertical - Form Factor : Sensor (15" x 15" x 22"); Processor (19" x 8" x 26") - Build Qualities - Passive: Wisp emits no signal and cannot be jammed, enabling radar-like detecting without detection. - Adaptable: Wisp operates on multiple platforms and across domains for missions including base protection, counter drone, and maritime security. - ![Wisp sensor deployed atop a military boat across multiple platforms including fixed site, vehicle, and maritime configurations for diverse mission applications](https://cdn.sanity.io/images/61nocsj5/production/a450f330f9bdc4ace0f4de2355c1483267e640f0-1202x800.png?w=1000&fit=min&auto=format) - Interoperable: Open architecture enables integration into any GOTS/COTS C2 or sensor system. - Persistent: Provides a single operator with always-on, alarm-based security against 360-degree ground and airborne threats. - ![Wisp sensor backlit with sunlight in a field, providing a single operator with always-on 360-degree alarm-based persistent surveillance against ground and airborne threats](https://cdn.sanity.io/images/61nocsj5/production/3eb9b703052c99dfebf952d2c3ab8248ddbdbac5-3000x2250.jpg?w=1000&fit=min&auto=format)