The Air Force Split the Drone Into a Body and a Brain. Two Companies Are Hiring for the Same Engineers.

A $20 Billion Wager on Speed

On March 13, 2026, the U.S. Army awarded Anduril Industries a $20 billion enterprise contract, one of the largest single-company defense technology awards in recent procurement history. The 10-year agreement, running through March 12, 2036, consolidates more than 120 separate procurement actions into one framework and positions Anduril's AI-driven Lattice software platform as the central command-and-control backbone for the military's counter-drone operations. Days later, the Joint Interagency Task Force 401 — the Army-led organization stood up in August 2025 to centralize the Pentagon's counter-unmanned aircraft systems efforts — issued the first task order under the deal, valued at $87 million.

Before this agreement, the Department of Defense managed Anduril purchases through more than 120 individual procurement actions. The enterprise vehicle collapses those into a single structure with pre-negotiated terms, eliminating pass-through charges on subcontracts and cutting procurement timelines. The Army has awarded 14 such enterprise contracts in the past eight months, consolidating 118 separate agreements and reducing total contract count by 88 percent, a model officials say could generate up to $5.3 billion in savings across the original contracts' lifespans, according to JobsOhio.

The operational urgency behind the deal is not theoretical. During the ongoing U.S. conflict with Iran, Tehran launched more than 2,000 drones against targets in the Middle East in the early days of Operation Epic Fury, U.S. Central Command reported. Six American troops were killed in an Iranian drone attack on a location in Kuwait on March 1. Brig. Gen. Matt Ross, director of JIATF-401, said a visit to Ukraine confirmed what testing had already shown: a common command and control system is essential to counter adversary drones effectively. "Based on our testing and evaluation, it became clear that such a system is needed to effectively counter adversary drones. These results were confirmed during my visit to Ukraine, when I saw firsthand how drones have changed the modern battlefield," Ross said in a Pentagon news release.

That common system is Lattice. The platform fuses data from radars, electro-optical sensors, electronic warfare systems, and kinetic interceptors into a single operational picture, using AI-driven analytics, computer vision, and mesh networking to detect, track, classify, and coordinate responses to drone threats. Parks Hughes, Anduril's managing director for air defense, told reporters the company will use commercial software development practices to deliver "continuously improving Lattice capability" drawn from operational lessons across globally deployed forces.

The contract also signals a structural shift in how the Pentagon buys technology. Rather than running individual acquisition programs that take a decade or more, the enterprise model lets agencies procure capabilities under a unified framework, buying in bulk while enabling rapid software updates. For counter-drone missions, where threats evolve through software and low-cost manufacturing cycles, that speed matters.

For the defense-tech workforce, the implications are concrete: Anduril's expansion plans (a five-million-square-foot manufacturing facility in Ohio and a 1.18-million-square-foot campus in Southern California) will require engineers, production managers, systems integrators, and software developers at a scale the counter-drone sector has never seen.

Inside Anduril's $1B Southern California Campus

Anduril Industries invested $1 billion in a new 1.18-million-square-foot campus spanning Long Beach and Lakewood, a project expected to create roughly 5,500 direct jobs when it opens in mid-2027, according to a January 26, 2026, announcement from Governor Gavin Newsom's office. The facility will house lab space, prototype manufacturing, and dedicated areas for engineers and software developers.

The campus will sit at Douglas Park, an industrial zone just north of Long Beach Airport with a history of aerospace manufacturing. The six-building campus will combine 750,000 square feet of office space with 435,000 square feet of industrial R&D space. Construction is expected to begin by mid-2026, with the first building operational by the end of 2027, the Los Angeles Times reported.

The location is deliberate. The site is about 30 minutes from Anduril's Costa Mesa headquarters and roughly 90 minutes from the company's Capistrano test range. Anduril co-founder Matt Grimm said the company needs the room for "design labs and machine shops and test labs and test chambers and all the sorts of industrial types of support facilities" that new programs will demand.

Beyond the 5,500 direct hires, state officials estimate thousands of additional jobs will come through construction, security, and supporting services. Long Beach Mayor Rex Richardson framed the investment as a return to the city's industrial roots. "We have a big history of building complex aircraft here, and we see this as an additional step toward building the next generation of aircraft and technology," he said. The city has been marketing itself as "Space Beach," a nickname that now covers a growing cluster of aerospace companies.

The expansion signals that Anduril is betting on California's workforce pipeline. Grimm said the concentration of aerospace talent in the Long Beach area is "truly, truly remarkable." Governor Newsom's office noted that California employs more aerospace engineers and defense personnel than any other state and is home to roughly one-third of the nation's space technology companies.

The New Autonomous-Sentry Job Class

Anduril's counter-drone push is creating a new category of defense jobs. The company's hiring centers on roles that barely existed in the defense sector five years ago: engineers who build the software behind autonomous sentry systems, the perception pipelines that let towers track threats at range, and the command-and-control interfaces that tie it all together.

At the center is Lattice OS, Anduril's AI-powered operating system that fuses sensor data into a real-time, 3D battlespace picture. LinkedIn listings show Anduril roles tagged to Lattice spanning the full software stack. On the front end, the company is hiring Software Engineers for the Lattice C2 UI, the web application layer that lets operators view the common operating picture, assign tasks to autonomous agents, and pull files from across the network. A posted salary range for that role sits at $166,000–$220,000 in California and Seattle, plus equity, according to a General Catalyst job board listing.

The back-end and infrastructure side is equally active. Anduril is recruiting Site Reliability Engineers for C2 Systems, Senior Systems Engineers for C2 Integration, and DevSecOps leads, roles that keep Lattice running in classified and field-deployed environments. The company's open positions also include Mission Software Engineers for electronic warfare (EW), Senior Embedded Engineers for EW, and an Embedded Haskell Engineer for EW, a niche language choice that signals the company's preference for type-safe, high-assurance code in signal-processing applications.

The Extended Range Sentry Tower program, a $363 million CBP contract awarded in December 2025 for more than 200 autonomous surveillance towers, has its own engineering demands. Following CBP acceptance testing in November 2024, Anduril redirected software engineering resources to improve long-range autonomous tracking based on Border Patrol agent feedback. That work feeds directly into roles like Robotics Software Engineer (Behaviors), Robotics Software Engineer (Verification & Validation), and Senior Robotics Software Engineer.

The perception and autonomy layer rounds out the picture. Anduril is hiring Software Engineers for Discovery, the system that identifies and classifies objects in the battlespace, along with Senior Software Engineers for Simulation Platform and Payload Integration. These roles sit at the intersection of computer vision, sensor fusion, and machine learning, and they map directly to the counter-drone mission: detect a small UAV, track it, classify it, and hand it off to an interceptor.

Arsenal-1: Ohio's Bet on Autonomous Weapons Manufacturing

Anduril's Arsenal-1 facility in Pickaway County, Ohio, is the manufacturing backbone behind the company's counter-drone ambitions. The 5 million-square-foot campus near Rickenbacker International Airport, announced in January 2025, is designed to produce tens of thousands of autonomous defense systems per year. Ohio Gov. Mike DeWine called it the largest single job creation and payroll project the state has ever announced, Defense News reported.

JobsOhio's figures put the commitment at 4,008 direct jobs and $910 million in capital investment, with a total expected economic impact of $2 billion for the state. The company will start with roughly 250 employees at the facility by the end of 2026, with up to 600 construction workers supporting the broader campus build. Production of the YFQ-44A Fury, a jet-powered semi-autonomous drone built under the Air Force's Collaborative Combat Aircraft program, began in March 2026, months ahead of the original July 2026 target, Ohio Tech News reported. Anduril's co-founder and chief operating officer Matthew Grimm said the project is running both ahead of schedule and under budget.

What makes Arsenal-1 unusual among defense manufacturing sites is its modularity. The same production line can be reconfigured to build Fury airframes, Roadrunner interceptor drones, or Barracuda cruise missiles "in days and weeks, not months and years," Grimm said during a tour reported by Ohio Tech News. That flexibility runs on Arsenal OS, Anduril's integrated digital platform that links design to mass production across a common set of commercial machinery.

Because nearly 90% of Anduril's products use commercially available components (the Fury's jet engine, for instance, is a commercial turbine sourced off the open market), the company can recruit from automotive manufacturing, consumer electronics, and commercial aerospace. Ohio already has deep talent pools in all three. Anduril's SVP of Production Keith Flynn put it simply: "Ohio provides that."

The production floor is intentionally human-driven. Aircraft frames move by hand through stations rather than by automated systems, a design choice Anduril says allows faster adjustments and easier scaling. The company is investing upstream in its supply chain too, including mines and refineries, to secure raw materials. It's also working with local school districts, community colleges, and universities to build a pipeline for the workforce it expects to need as the campus reaches its full seven-building footprint.

The Air Force's selection of Anduril for the CCA production contract has accelerated the timeline. Fury drones are already rolling off the Arsenal-1 line, and the facility will also produce Roadrunner, Barracuda, and a classified program, sometimes on the same floor, with the same workers.

Shield AI, General Atomics, and the Talent War

Anduril's hiring surge is not happening in isolation. The same Air Force programs driving Anduril's workforce expansion are pulling talent across a cluster of competitors, and the fight for autonomy engineers, perception specialists, and systems integrators is intensifying.

The most direct overlap is on that program. Anduril and General Atomics Aeronautical Systems were both selected in April 2024 to build production-representative flight test articles, and both received the green light for full production in June 2026, Anduril for its FQ-44 Fury and GA-ASI for its FQ-42A Dark Merlin. Shephard Media found the Air Force plans to buy more than 150 CCA aircraft under Increment 1, with a total program value estimated at $4.5 billion for procurement alone. That money is now converting into headcount at both companies.

Shield AI occupies a different but adjacent position. It was not selected to build a CCA airframe. It was picked to supply the mission autonomy software, Hivemind, that will fly aboard Anduril's Fury, according to a February 13, 2026, announcement from Shield AI. The Air Force awarded production contracts to a six-vendor autonomy pool that includes Shield AI, RTX Collins Aerospace, Anduril itself, General Atomics, Lockheed Martin, and Northrop Grumman, with Shield AI and RTX receiving additional production options to accelerate delivery. That structure means Shield AI is hiring against the same engineering labor pool as Anduril for the same program, on the software side.

General Atomics, as a much larger and more established company, does not show the same week-to-week posting velocity, but its CCA production contract and its work integrating RTX's A-GRA autonomy suite onto the Dark Merlin mean it is competing for the same cleared, domain-knowledgeable engineers, particularly in San Diego, where GA-ASI is headquartered and where Shield AI also maintains a presence.

The talent war extends beyond it. The Air Force's broader autonomy pipeline — including Increment 2 of the CCA effort, which could add 2,350 more aircraft, and the Navy's carrier-capable drone wingman program — is creating demand that no single company can fill. Lockheed Martin and Northrop Grumman, though not selected for CCA Increment 1 production, remain in the vendor pool and are developing their own loyal-wingman designs. Boeing's MQ-28 Ghost Bat, while unsuccessful in the USAF competition, is flying in Australia and being marketed to European buyers.

What makes this hiring wave different from previous defense-tech cycles is the software component. The Air Force deliberately split the CCA into an airframe competition and a separate autonomy-software competition, with the software layer subject to continuous competition across six vendors. That structure means the talent being hired is not just aerospace engineers; it is machine-learning engineers, real-time systems developers, and simulation specialists who could as easily work at a commercial autonomy startup as at a prime defense contractor.

What the Job Postings Reveal About the Future of Autonomous Defense

Anduril's open roles point to a defense ecosystem converging on three things: real-time perception at the edge, multi-domain sensor fusion, and software-defined kill chains that update faster than hardware can be retooled.

The most telling signal is where the money and headcount are concentrating. Perception engineering roles dominate, with posted salaries spanning distinct domains:

Three distinct teams, three distinct domains, all hiring for the same core competency: making machines see, classify, and track in real time.

The required skills across these postings are consistent. Every perception role demands proficiency in C++ and Python within Linux environments. Every one asks for experience deploying models through TensorRT and ONNX, the inference-optimization frameworks that let neural networks run on embedded hardware in the field. PyTorch and TensorFlow fluency is table stakes. CUDA programming is preferred, not required, which tells you Anduril expects its perception engineers to push computation onto GPUs at the edge, on the vehicle itself.

The specific perception tasks named across the listings sketch out the technical frontier. Object detection, tracking, instance and semantic segmentation, semantic change detection. Visual odometry, SLAM, multi-view geometry, structure from motion, 3D reconstruction. RGB-D and LIDAR sensor fusion. These are the exact capabilities a counter-drone system needs to detect a small UAV at range, classify it as hostile or friendly, track it through occlusion, and hand off targeting data to an effector.

The maritime perception role adds another layer. It asks for familiarity with radar, sonar, LIDAR, and cameras, a sensor suite spanning electromagnetic and acoustic domains. It also prefers experience with simulation tools like Gazebo, Unity, or Unreal Engine for algorithm validation. That preference signals that Anduril is building digital test environments where perception algorithms can be stress-tested against thousands of synthetic scenarios before they ever touch salt water.

What's absent from these postings is just as revealing. There are no roles asking for expertise in large language models, natural language processing, or generative AI. The hiring is focused on perception, autonomy, sensor fusion, and the software infrastructure, Lattice OS, that ties it all together. Anduril's bet, at least as expressed through its job board, is that the near-term decisive advantage in autonomous defense is situational awareness: the ability to build and maintain an accurate, real-time model of a complex, contested environment and act on it faster than an adversary can.

The security-clearance requirement threads through every technical role. Every perception engineer, every autonomy software developer, every systems integration lead must be eligible for at least a Secret clearance, with several roles requiring Top Secret. That constraint shapes the talent pool as much as any programming language. Anduril is hiring from the subset of U.S. citizens and cleared personnel who can work on programs that, by definition, the company cannot fully describe in a public job posting. The clearance requirement is a bottleneck, and it is one reason the salaries are as high as

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