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Anduril Industries

Category: AI in Defense / Aerospace

A defense technology company that builds advanced AI-powered autonomous systems and networked command-and-control platforms for military and national security applications. Anduril Industries was founded in 2017. The company is led by Brian Schimpf. Based in Costa Mesa, United States. Team size: 7,000+. Total funding raised: $6.26B. Latest round: Series G ($2.5B, Jun 2025). Key investors include ["Founders Fund","Andreessen Horowitz","General Catalyst","Sands Capital","Valor Equity Partners"].

Founded
2017
Headquarters
Costa Mesa, United States
Team size
7,000+
Total funding
$6.26B

Value proposition

Delivers software-first autonomous defense systems that integrate AI, robotics, and sensor fusion to modernize military capabilities faster than traditional defense contractors. Provides unified command and control across all domains (air, land, sea, space, cyber) with open architecture enabling rapid integration and deployment in months rather than years.

Products and solutions

["Lattice AI Platform - Command & control software for sensor fusion, autonomous operations, and battlefield management","Sentry Tower - Autonomous solar-powered surveillance systems with radar, thermal imaging, and AI detection","Ghost UAS Series - Quiet reconnaissance and ISR drones (Ghost 4, Ghost-X) with 100-minute flight time","Altius Family - Tube-launched unmanned aerial systems for modular payloads from various platforms","Anvil / Anvil-M - Counter-UAS interceptors with computer vision and kinetic defeat capabilities","Roadrunner / Roadrunner-M - VTOL autonomous aircraft with high-speed maneuverability, reusable or munition variants","Fury / YFQ-44A - Long-range stealthy collaborative combat aircraft for U.S. Air Force CCA program","Dive-LD & Ghost Shark - Autonomous underwater vehicles for maritime ISR and payload delivery","Copperhead Family - Autonomous underwater vehicles with reusable and loitering munition variants","Bolt / Bolt-M - Backpack-portable reconnaissance and precision strike drones","Barracuda-M Family - Low-cost air-breathing cruise missiles (100, 250, 500 variants with ranges up to 800km)","Dust - Ground-based sensors for personnel and object detection in limited-visibility areas"]

Unique value

Pioneers software-defined defense systems with Silicon Valley-style rapid iteration cycles. Unlike traditional defense contractors, Anduril pre-emptively develops products before Pentagon requests and uses commercial AI/VR technologies. The Lattice AI platform serves as a unified operating system across all domains, enabling autonomous sensor-to-shooter loops, edge-based analytics, and real-time battlefield orchestration even in degraded communications environments.

Target customer

U.S. Department of Defense (Army, Navy, Air Force, Marine Corps, Space Force), U.S. Department of Homeland Security, U.S. Special Operations Command, and allied defense forces (UK Ministry of Defence, Royal Australian Navy, Defence Australia, Japan Self-Defense Forces, NATO allies)

Industries served

["Defense & Military Technology","Aerospace & Unmanned Systems","National Security & Border Protection","Maritime Security & Naval Warfare","Command, Control, Communications & Intelligence (C3I)","Counter-UAS & Air Defense","Autonomous Weapons Systems"]

Technology advantage

Core competitive advantages include: (1) Lattice's open architecture with APIs and SDK enabling rapid third-party integration of new sensors/effectors within hours instead of years; (2) Vertical integration from AI software through hardware to hyperscale manufacturing; (3) Edge computing capabilities for autonomous operations in GPS/comms-denied environments; (4) Modular payload systems with rapid swap capabilities; (5) Product-first approach with commercial tech acceleration; (6) Arsenal Projects enabling hyperscale autonomous weapons manufacturing faster than near-peer adversaries. Selected for major DoD programs including Army IBCS-M fire control platform, Air Force Collaborative Combat Aircraft (CCA), DIU Replicator initiative, and SOCOM autonomy software.

How they differentiate

Vertically integrated defense tech company with software-first approach via proprietary Lattice AI platform; Silicon Valley-style rapid iteration cycles (months vs. years); pre-emptive product development before Pentagon requests; open architecture enabling third-party integration within hours; hyperscale manufacturing capabilities through Arsenal Projects

Main competitors

["Shield AI","Skydio","AeroVironment"]

Key partnerships

["OpenAI (December 2024) - Strategic partnership to integrate advanced AI models for counter-drone systems and situational awareness","Microsoft (February 2025) - Took over IVAS (Integrated Visual Augmentation System) program management for U.S. Army; Azure as preferred hyperscale cloud","Oracle (September 2024) - AI-powered defense solutions from datacenter to tactical edge","Meta (May 2025) - AI and augmented reality for military products","U.S. Department of Defense - Multiple major programs including ABMS, CCA, IBCS-M, Replicator initiative","U.S. Special Operations Command (SOCOM) - $86M contract for autonomy software integration","Defense Innovation Unit - Collaborative autonomy software for Replicator initiative managing thousands of autonomous systems","Palantir - Integration with Maven program for multi-source intelligence fusion","EDGE Group (UAE) (November 2025) - Joint production of next-gen autonomous systems with regional manufacturing","D-Wave Quantum & Davidson - Quantum computing applications for air and missile defense","Everfox - Cross-domain security partnership for secure data transfer","UK Ministry of Defence & Royal Navy - Multi-year contracts for maritime surveillance and drone systems","Royal Australian Navy - $100M contract for Ghost Shark XL-AUV development","U.S. Space Force (2024) - Lattice platform selected for surveillance networks","Boeing, GKN Aerospace, Hyundai Heavy Industries - Strategic collaboration for integrated systems"]

Notable customers

["U.S. Department of Defense","U.S. Marine Corps","U.S. Air Force","U.S. Army","U.S. Navy","U.S. Space Force","UK Ministry of Defence","Royal Australian Navy","Defense Australia"]

Major milestones

["Selected for U.S. Air Force Collaborative Combat Aircraft (CCA) program with YFQ-44A (Apr 2024)","Won $642M U.S. Marine Corps counter-drone contract (Mar 2025)","Secured $250M DoD air defense contract for Pulsar and Roadrunner systems (Oct 2024)","Raised $2.5B Series G at $30.5B valuation led by Founders Fund (Jun 2025)","Partnered with Microsoft to manage $22B U.S. Army IVAS mixed-reality program (Feb 2024)","Announced $1B Arsenal-1 manufacturing facility in Ohio (Jan 2025)","Acquired Area 1 Security for counter-UAS capabilities (2021)","OpenAI strategic partnership for AI integration in defense systems (Dec 2024)","Selected for U.S. Army IBCS-M fire control platform program","Maiden flight of YFQ-44A collaborative combat drone (Oct 2025)"]

Growth metrics

$1B+ annual revenue (2025) with consistent year-over-year doubling; 7,000+ employees; valuation grew from $8.5B (2022) to $14B (Aug 2024) to $30.5B (Jun 2025)

Market positioning

Leading defense tech unicorn ($30.5B valuation, June 2025) challenging traditional defense contractors; $1B+ annual revenue with consistent year-over-year doubling; positioned as modern alternative to legacy primes (Lockheed Martin, Northrop Grumman) with focus on AI, autonomous systems, and software-defined weapons

Geographic focus

Primary focus on United States (U.S. Department of Defense - Army, Navy, Air Force, Marine Corps, Space Force); expanding internationally to UK Ministry of Defence, Royal Australian Navy, Japan Self-Defense Forces, NATO allies; building $1B Arsenal-1 manufacturing facility in Ohio with 4,000+ jobs

Patents and IP

294 patents globally with 150 granted (86%+ active as of November 2025). Primary patent filings concentrated in autonomous systems, sensor fusion, computer vision, LiDAR technologies, mesh networking, and AI-driven command & control systems. Notable patents include Lattice mesh networking architecture (US10506436B1) and autonomous systems control mechanisms.

About Brian Schimpf

Director of Engineering at Palantir Technologies (2008-2017), leading development of the Gotham platform for data integration and analysis; founded Cornell University's autonomous vehicle research program (2005-2008)

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