Anduril Added 160 Roles in Seven Days to Build AI Drone Wingmen the Air Force Just Put Into Production
What the Air Force Just Decided — and Why It Matters
On June 17, 2026, the U.S. Air Force awarded Anduril Industries and General Atomics Aeronautical Systems production contracts for the first increment of Collaborative Combat Aircraft. The decision clears both companies to move from prototype builds into full-scale manufacturing of semi-autonomous drone wingmen, a class of aircraft the service plans to field in the hundreds by decade's end, with a long-term fleet goal of roughly 1,000.
The announcement came four months ahead of schedule. Col. Timothy Helfrich, the Air Force's portfolio acquisition executive for fighters and advanced aircraft, credited the maturity of both platforms after ground and flight testing throughout 2025. The service did not simply extend the April 2024 prototype contracts. It resolicited all five original bidders (including Lockheed Martin, Northrop Grumman, and Boeing) and carried forward the two companies that won the first round.
The contract value is classified, but Helfrich said the service is meeting its cost target of roughly one-third the price of an F-35, or under $30 million per aircraft. The Air Force requested close to $1.15 billion in combined procurement and advance funding to begin buying CCAs in fiscal 2027, part of a $2.37 billion total request for the program that year.
Anduril framed the award as a historic break from the defense establishment. Mark Shushnar, Anduril's vice president for autonomous airpower, said the FQ-44 went from a 2024 prototype contract to a production award faster than any fighter program in more than 50 years, and called it the first time a new entrant has won a fighter contract since the 1970s. General Atomics President David Alexander said manufacturing was already underway and that the FQ-42 went from contract award to first flight in 15 months.
What makes the contracting structure unusual is the Air Force's "software sold separately" approach. The air vehicle contracts were awarded independently from mission autonomy software, which the service split among six vendors: Anduril, General Atomics, Lockheed Martin, Northrop Grumman, Collins Aerospace, and Shield AI. Three of those six received initial six-month production options to advance their autonomy stacks, with the service planning to downselect to a primary provider by summer 2027. A government-owned open standard, the Autonomy Government Reference Architecture, is meant to keep software portable across different airframes.
The CCAs are designed to fly alongside crewed fighters (the F-35A, the sixth-generation F-47, and the F-22A), conducting strikes, reconnaissance, electronic warfare, or jamming with minimal direction from a human pilot. The first increment requires a combat radius of at least 700 nautical miles. Both production aircraft dropped the "Y" prototype prefix and are now designated FQ-42A and FQ-44A, with the "F" for fighter and "Q" for uncrewed — a new designation the Air Force created for this class of aircraft.
Helfrich said the April crash of a General Atomics YFQ-42A during a test flight in California, which led to a six-week pause before flights resumed with a software fix, did not factor into the production decision. Both vendors, he said, they could meet the service's schedule, cost, and performance requirements, and keeping two in the mix was intentional. "Continuous competition drives the best outcomes," he said.
The Hiring Surge Hiding in Plain Sight
The production mandate has triggered a visible recruiting spike. Zero G Talent's board shows Anduril added 160 roles in the past seven days alone, spanning manufacturing test engineering, quality intelligence, and nondestructive testing — the kinds of positions that signal a company tooling up for sustained output rather than one-off builds.
This isn't a broad-based software hiring spree. Anduril is pulling in engineers who can write safety-critical embedded code, interface with hardware that doesn't tolerate bugs, and work inside the constraints of military certification. The majority of open positions cluster around a handful of tightly defined disciplines.
Flight software engineering sits at the center. Listings for Senior Flight Software Engineer, posted in Quincy, MA and Newport Beach, CA, call for proficiency in C, experience with a real-time operating system, and familiarity with military communication buses like MIL-STD-1553, ARINC-429, and CAN FD.
But flight software is only one layer. Anduril is also hiring embedded software engineers to build device drivers and sensor interfaces, robotics autonomy engineers to develop the decision-making stack that lets a CCA operate alongside manned fighters, and systems engineers who can hold the full vehicle architecture together across hardware and software boundaries. A closer look at the listings reveals roles in manufacturing test engineering and quality engineering, positions like Senior Manufacturing Test Engineer and NDT Inspector Level III, that confirm the company is staffing up the production floor, not just the lab.
The pattern is clear: Anduril needs people who can take autonomous-flight software from a working demo to a certifiable, manufacturable product. That means engineers comfortable with DO-178 and IEC 61508 safety standards, experienced in hardware-in-the-loop testing, and willing to support deployment (the job postings explicitly mention up to 20% travel to co-locate with end users). The Secret security clearance requirement on nearly every engineering role adds another filter that shrinks the available talent pool.
What's less visible but equally telling is what Anduril isn't hiring for at volume. There are relatively few openings for pure machine learning researchers or data scientists. The demand is for engineers who can embed autonomy into constrained, safety-critical systems — people who think in terms of real-time deadlines, fault recovery, and deterministic behavior, not model accuracy metrics.
The Technical Stack Behind AI Wingmen
The Air Force's integration of third-party autonomous software into both CCA prototypes through the A-GRA has turned a procurement milestone into a concrete hiring signal. The work demands a specific stack of competencies that looks less like traditional aerospace engineering and more like applied AI at the edge.
Sensor fusion and perception. A CCA flying alongside an F-35A must ingest data from EO/IR sensors, radar, and electronic warfare suites simultaneously, then build a coherent picture of the battlespace in real time. Swarmint's Wingman product, validated on Group 1 and Group 3 UAS platforms, describes its core function as an abstraction layer for any EO/IR sensor, running computer vision models that detect and track targets without relying on a single hardware vendor. That architecture mirrors what the A-GRA is designed to enable: mission software decoupled from specific airframes, so the same perception stack can move between platforms.
Real-time decision-making under constraints. The FQ-44A is designed to carry external weapons stores, which means its autonomy software must handle weapons-release authority logic, threat prioritization, and rules-of-engagement compliance on a flight computer with strict size, weight, and power limits. Jason Levin, Anduril's senior vice president of engineering, said the aircraft's "open hardware and software architectures ensure that the aircraft can easily be configured with a range of mission systems, software suites and payloads." That modularity requirement pushes engineers toward containerized software (Swarmint, for instance, runs Docker containers on anything from a Raspberry Pi to a Jetson Orin) and away from monolithic, platform-locked codebases.
Mesh networking and communications resilience. CCAs must maintain links with crewed fighters, ground stations, and other drones in contested electromagnetic environments. Swarmint's system supports tactical radios, mesh networks, SATCOM, LTE, and TAK, with configurable emissions control for EMCON operations. Engineers who can build software that degrades gracefully when links drop, rather than failing outright, are the ones building the autonomy layer the Air Force wants.
Operator-in-the-loop adaptation. Test flights so far have involved a human operator on the ground transmitting commands that the drone follows for hours at a stretch. The longer-term requirement is a system that learns from operator feedback in the field without retraining or contractor support. That demands engineers comfortable with online learning pipelines, human-on-the-loop control interfaces, and the telemetry infrastructure that lets a ground station operator tune model behavior between sorties.
Production-grade software discipline. Anduril's board lists roles like Data Engineer, Quality Intelligence and Senior Manufacturing Test Engineer alongside its software positions. The mix tells you something: the company is hiring for the transition from prototype code that flies to production code that ships at scale, with the test infrastructure, data pipelines, and quality gates that implies.
The common thread is that the A-GRA framework has made the software the product. The airframe is a platform. The algorithm is what wins the contract. And the engineers who can write autonomy software that runs on any chipset, sees through any sensor, and talks across any network are the ones the entire CCA program depends on.
Where the Talent War Is Fiercest
Anduril's production obligations have turned a handful of American cities into acute talent pressure points, each mapped to a different phase of the build-out. Where Anduril put factories, it now needs production engineers. Where it put software teams, it now needs autonomy engineers.
Columbus, Ohio, is the most visible flashpoint. The company's Arsenal-1 hyperscale manufacturing facility, designed to produce tens of thousands of autonomous systems, sits here, and the hiring reflects it. Anduril's careers page lists Columbus as a hub for production and manufacturing engineering roles, and Indeed shows 55 Anduril positions active in the metro area, spanning production coordinators, quality assurance inspectors, and production leads.
Southern California is the other major cluster. Costa Mesa and Santa Ana appear repeatedly on Zero G Talent's live board, with roles like Data Engineer, Quality Intelligence, NDT Inspector Level III, and Metrology Engineer. These aren't software roles; they're the quality and inspection backbone that full-rate production demands. The salaries are high because NDT Level III and metrology talent is scarce, and Anduril is competing for it against aerospace primes that have employed the same workforce for decades.
The geographic split maps to the work. Ohio is the factory floor. Southern California is the production-quality gate. The autonomy software teams, the people writing the decision-making code that makes a CCA a CCA, are concentrated elsewhere, and that distribution is where the competition with General Atomics gets direct.
Anduril vs. General Atomics: Two Hiring Playbooks
The Air Force's decision to put both companies into simultaneous production created something rare in defense contracting: a head-to-head talent war between two firms building the same class of aircraft at the same moment. But the hiring strategies diverging from that shared starting line reveal how differently these two companies think about building AI wingmen at scale.
Anduril's approach is concentrated and software-forward. Zero G Talent's board shows 160 roles added in the past week alone, with a heavy concentration in manufacturing test engineering, quality intelligence, and metrology — the disciplines that matter when you're moving from prototype runs to repeatable production. The salary bands are aggressive — these aren't research positions. They're the hires a company makes when it needs to ship.
General Atomics' hiring profile looks fundamentally different. LinkedIn lists over 250 CCA-related openings across the company, but the role mix skews heavily toward program management, supply chain, and compliance. Subcontract Administrators, Cost Estimators, Procurement Compliance Specialists, Configuration Management Specialists — the list reads like a contractor staffing up for a long-duration defense program, not a startup racing to field. The company's own careers page leans into this identity: vertical integration, in-house R&D through manufacturing, a 12,000-person workforce where "you won't get lost in a huge sea of people and bureaucracy." General Atomics is selling stability and scope. Anduril is selling speed.
The geographic split reinforces the contrast. Anduril's CCA hiring clusters in Southern California (Costa Mesa, Santa Ana, Quonset Point), tight hubs where software engineers and manufacturing technicians sit close to the hardware. General Atomics' roles radiate outward from its San Diego base into Poway, Adelanto, Englewood, Colorado, and Huntsville, Alabama, with additional engineering positions in Germany through its AeroTec Systems subsidiary. That's a company leveraging an existing global footprint. Anduril is building a new one.
Neither approach is wrong. General Atomics has decades of experience delivering the MQ-9 Reaper and its variants through the full defense acquisition lifecycle, and the compliance and contracting infrastructure it's staffing up for is the same infrastructure that keeps programs funded across congressional budget cycles. Anduril is betting that its software-defined manufacturing model can compress the timeline between contract award and delivered aircraft, and it's hiring the people who make that compression possible.
For engineers choosing between the two, the decision comes down to what kind of production problem you want to solve. General Atomics needs people who can navigate a mature defense-industrial pipeline. Anduril needs people who can build one from scratch.
The Bigger Picture for Defense-Tech Talent
Anduril's hiring surge isn't an isolated event. It's the leading edge of a structural shift in how the defense industry recruits, compensates, and retains technical talent, one that will define career trajectories for engineers across autonomous systems, AI, and software development well into the next decade.
The aerospace and defense sector faces a projected shortfall of roughly 20,000 qualified candidates by 2025, according to Talenbrium's salary benchmarking report. Engineering roles across the sector are expected to see a 15% increase in demand. Data and AI positions are growing even faster, at 25% annually. Cybersecurity vacancies have jumped 40% in two years. These aren't speculative projections; they're the measurable output of a defense establishment that has decided software and autonomy are the primary competitive advantages in future conflict.
The pay premium is real and widening. A&D roles now carry an average pay premium of roughly 18% over comparable positions in other industries, Talenbrium found. That gap reflects the intersection of specialized skill requirements, security clearance constraints, and sheer demand pressure. A senior autonomous systems engineer can expect to earn around $118,000 on average, according to Glassdoor, with top earners above $182,000. AI engineers in defense report median total pay near $122,000 at the Department of Defense, though the commercial defense contractor side pushes significantly higher (senior AI engineers at firms like Anduril can clear $269,000 or more, per JOBSwithDOD data).
But salary alone doesn't explain the shift. The DoD's Software Modernization Strategy, signed in February 2022 by Deputy Secretary Kathleen Hicks, laid out the mandate in plain language: "Deliver resilient software capability at the speed of relevance." That document called for DevSecOps pipelines, enterprise cloud adoption, continuous authorization, and a workforce transformation that moves beyond narrow "big data" specialists toward multidisciplinary skill sets. Deloitte's 2026 A&D outlook projects that job postings requiring data analysis skills will rise from 9% in 2025 to nearly 14% by 2028, while data science requirements grow from 3% to 5%.
The career calculus has changed. Five years ago, defense-tech meant long development cycles, waterfall processes, and hardware-heavy programs. Anduril's CCA production contracts, and the hiring blitz they've triggered, represent something different: software-first companies operating at startup speed inside the defense acquisition system, using Other Transaction Authorities and the Software Acquisition Pathway to compress timelines that used to stretch a decade. For an engineer deciding between a role at a legacy prime and a company like Anduril, the trade-off is no longer just about mission versus money. It's about working on systems that will actually field in your career timeline versus systems that may never leave a PowerPoint.
The Deloitte report frames this as "speed to field" becoming the unifying metric across defense portfolios. That shift favors engineers who can work across the stack, not just writing algorithms or designing hardware, but understanding how sensor data flows into real-time decision-making systems that operate in contested electromagnetic environments. The multidisciplinary profile isn't a buzzword; it's what CCA production actually demands.
At the same time, the talent shortage cuts both ways. Roughly 25% of the A&D workforce is at or beyond retirement age, and graduate supply isn't keeping up. For engineers with the right skills (autonomy, embedded systems, sensor fusion, DevSecOps, electronic warfare), the leverage has rarely been higher. Attrition rates in cyber and AI roles are projected to climb another 5%, which means retention packages, career development, and meaningful work are becoming as important as base compensation in keeping people.
The defense-tech hiring wave Anduril has kicked off with its CCA wins won't recede. It will spread to the primes, to the mid-tier contractors, and to the dozens of smaller firms building components for autonomous platforms. For engineers watching from the outside, the signal is clear: the window to enter this sector, before the competition for talent tightens further, is open now.
Working in frontier tech? Zero G Talent tracks the openings: browse frontier tech jobs, openings at Anduril Industries, and the people building the field.