Anduril's Sydney Submarine Factory Broke Ground Before the Contract Existed — and the First Ghost Shark Is Already in the Water

A Submarine Factory That Broke Ground Before the Contract

Anduril opened a 7,400-square-meter submarine factory in Sydney on October 31, 2025, seven weeks after the Royal Australian Navy awarded the company a A$1.7 billion ($1.12 billion) Program of Record to deliver a fleet of Ghost Shark Extra Large Autonomous Underwater Vehicles over the next five years. The first production vehicle rolled off the line ahead of schedule, already undergoing in-water testing ahead of planned delivery to the Navy in January 2026.

The speed is the point. Anduril Asia Pacific CEO David Goodrich told Forbes Australia he asked his board to start building the facility 18 months before any contract was signed. "I had a lot of sleepless nights," he said. "We had to build it. Otherwise there was no way we could get into full production in the time we said we would." The company had already completed a A$140 million co-development contract, delivering three Ghost Shark prototypes ahead of schedule, before the production contract was formalized.

The Sydney opening marks a milestone for a company that has moved from startup to junior defense prime in eight years. TechCrunch reported Anduril was valued at $30.5 billion in June 2025 after raising $2.5 billion in a round led by Founders Fund, and it employs nearly 7,000 people globally. Zero G Talent's board lists 228 Anduril roles added in the past seven days alone, spanning Melbourne, Sydney, Costa Mesa, Quincy, and Seattle.

What makes the Sydney facility strategically unusual is not just what it builds but how it builds it. The factory combines robotic manufacturing, AI-driven logistics, and a custom test tank for in-water verification of buoyancy and electrical systems before sea trials. Minister for Defence Industry Pat Conroy, speaking at the opening, called it "a place that represents not just the future of Australian defence capability, but the future of Australian industry." More than 40 Australian companies are already in the Ghost Shark supply chain, a number Anduril expects to grow under its Early Works Contract.

Anduril CEO Brian Schimpf told Forbes Australia the company's manufacturing philosophy is deliberately designed around scalability using existing industrial infrastructure. "We're trying to build submarines that can be built in car factories," he said. "We're trying to build cruise missiles that can be built in farm implement factories. Because if I need to make 100 times more things, I am not going to be able to do it in any facility that I need to make." Palmer Luckey made the same argument about the company's Barracuda cruise missile, which he said can be assembled with 10 simple hand tools and has roughly 90% fewer parts than competing systems.

The Sydney factory also produces the commercial Dive-XL variant and, subject to government approval, is designed for export to allies — a detail that positions the facility as a node in a broader allied defense industrial network rather than a single-customer plant.

Inside the Hiring Wave: What the Roles Actually Demand

Anduril's Sydney operation is pulling from a talent pool that barely existed in Australia's defense sector five years ago. Zero G Talent's board shows 228 Anduril roles added in the past week alone, with a concentration in software, autonomy, and maritime systems engineering. The mix tells you what the Sydney facility actually builds, and it isn't just hardware.

The flagship listing is a Senior Software Engineer embedded in Anduril's Maritime Division, posted on LinkedIn from Sydney. The role sits at the intersection of autonomy, simulation, data processing, and off-board command and control. The person who fills it will develop software that runs on and off robotic platforms, build simulation fixtures with hardware-in-loop testing, and support vehicle manufacturing and deployment across the full product lifecycle. This is not a research position. Anduril expects the hire to own a major subsystem end to end, from architecture through sustainment.

The preferred qualifications read like a systems-engineer wish list: backend services or embedded software in C++, Rust, or Go; frontend work in TypeScript and React; horizontally scaled cloud technologies; modeling and simulation; high-assurance safety-critical software; systems engineering concepts; and, critically, experience within the product delivery lifecycle including manufacturing, system acceptance, deployment, and sustainment (the part most software engineers in Australia have never touched).

The salary range isn't listed on the LinkedIn posting, though SEEK shows 7 Anduril jobs across Australia. What is clear from the job description is that Anduril bundles equity grants into the majority of full-time offers, positioning total compensation against Sydney's big-tech and fintech market rather than traditional defense primes.

Beyond software, a Glassdoor listing for an Electrical Maintenance Technician reveals the physical side of the operation: diagnosing, inspecting, repairing, refurbishing, and testing Autonomous Underwater Vehicles. The listing's informal tone — "Robot Submarines!" — is unusual for a defense contractor and signals the Silicon Valley culture Anduril is importing alongside its hiring. SEEK's count of 7 Australian listings and Indeed's count of 6 likely understate the actual pipeline, since Anduril's own careers page shows open roles without a filterable Sydney count in the data available.

Sydney-specific listings include a Technical Program Manager, and Melbourne shows a Senior Program Manager. The company is hiring across program management, industrial engineering, systems analysis, and software, a breadth that suggests the Sydney submarine facility is moving from setup into sustained production.

What makes this hiring wave distinct from the broader Australian defense market is the fused skill profile. Traditional primes like Thales, which has 241 roles added on Zero G Talent's board this week, many in mechanical and naval engineering, hire deep in a single discipline. Anduril's Sydney roles demand people who can write autonomy algorithms in the morning and stand on a factory floor troubleshooting an AUV power system in the afternoon. That combination is rare, and it's exactly what the AUKUS submarine timeline requires.

AUKUS: The Talent War Behind the Treaty

Anduril's Sydney submarine factory didn't open in a vacuum. It opened inside the most ambitious allied defense cooperation program in a generation, and the talent it needs to staff is the same talent the entire AUKUS partnership is racing to recruit.

The AUKUS agreement, announced in 2021 by Australia, the United Kingdom, and the United States, operates on two tracks. Pillar I is the nuclear submarine program: the US and UK will help Australia acquire conventionally armed, nuclear-powered attack submarines, with the first Australian-built SSN-AUKUs expected in the early 2040s. Pillar II covers advanced capabilities: hypersonic weapons, electronic warfare, cyber, artificial intelligence, quantum technologies, and undersea autonomous systems. Australia plans to spend roughly AU$368 billion over thirty years on the submarine program alone, and its defense budget is on track to reach about AU$100 billion annually by the mid-2030s.

In December 2025, UK Defence Secretary John Healey stood alongside US Secretary of War Pete Hegseth and Australian Defence Minister Richard Marles at the Pentagon and declared the partnership was "full steam ahead," past the review phase and into delivery. The UK has committed £6 billion in the past eighteen months to infrastructure at Barrow and Derby to enable a production tempo of one AUKUS submarine every eighteen months. The wider Defence Nuclear Enterprise is projected to support around 65,000 UK jobs by 2030, with nuclear sector salaries averaging £45,500, about 20% above the national average. Australia has signed a fifty-year bilateral treaty with the UK under the Geelong Treaty framework, locking in cooperation through at least 2075.

AUKUS creates demand for a very specific workforce across three countries simultaneously: nuclear engineers, autonomy specialists, systems integrators, AI researchers who can work on classified programs, and maritime engineers who understand both legacy naval platforms and next-generation uncrewed systems. The Congressional Research Service notes that Pillar II has drawn interest from Japan, South Korea, New Zealand, and Canada, all of which are exploring collaboration on advanced capabilities, further expanding the talent pool the partnership needs to draw from.

Anduril's Sydney facility sits at the intersection of both pillars. Its hiring is concentrated in exactly the blend AUKUS demands: software-defined undersea autonomy, AI-driven mission systems, and naval platform integration. Senior program managers in Melbourne and Sydney, industrial engineers in Costa Mesa, maritime standards roles in Quincy — these aren't generic defense jobs. They're the connective tissue between Pillar I's submarine timeline and Pillar II's push to field autonomous and AI-enabled systems at pace.

The competition for this talent is no longer theoretical. Thales Alenia Space has 241 roles added on the Zero G Talent board in the past week, many in naval and space systems. SpaceX has added 110, including avionics and security engineering roles that overlap with defense-adjacent skill sets. Anduril's pitch — Silicon Valley speed applied to undersea warfare — is a direct bid for engineers who might otherwise go to commercial tech or space.

AUKUS was designed to counter China's growing military capabilities in the Indo-Pacific. But the harder, less discussed challenge is industrial: three nations trying to recruit from the same shallow pool of engineers who can work across AI, autonomy, and naval systems, often under security clearance requirements that disqualify most of the global talent market. Anduril's Sydney bet is that it can attract that talent faster than the traditional primes by offering the culture and pace of a startup with the mission scope of a nation-state.

The fifty-year treaty timeline suggests this is just the opening act.

Can Startup Speed Survive Undersea Consequences?

Anduril was built to be the anti–Lockheed. Founded in 2017 by Palmer Luckey, Trae Stephens, Matt Grim, Joe Chen, and Brian Schimpf, the company rejected the decades-long procurement cycles and slow-moving development processes that define legacy defense contracting. Instead, it imported a Silicon Valley operating model: ship fast, iterate in hardware, and treat software as the primary weapon system. Now that model is landing in Sydney, inside a submarine factory, and it's colliding with one of the most conservative engineering cultures on earth: naval defense.

The pitch to engineers is straightforward. Anduril's public messaging frames the company as a place where AI, robotics, and autonomous systems protect allied forces, not a shop that writes 400-page requirement documents and waits ten years for a contract to mature. From its inception, Anduril positioned itself differently from traditional defense contractors, embracing a "move fast and break things" mindset (a phrase that reads as either promise or warning, depending on your tolerance for ambiguity).

Glassdoor data from Australia suggests the experience matches the pitch, unevenly. Seventy-five percent of Anduril employees on Glassdoor would recommend working there to a friend. Culture and values scored 3.9 out of 5; career opportunities scored 4.1. Work-life balance, however, landed at 3.3, a gap that will sound familiar to anyone who has worked at a high-growth US tech company scaling into hardware. Employee reviews on Indeed and Glassdoor describe an exciting, mission-driven atmosphere with competitive compensation and strong benefits, but also flag a toxic undercurrent: poor communication between teams, confusion over priorities, and a lack of clarity that can make fast-moving environments feel chaotic rather than energizing.

For Australian naval engineers, this is the real cultural shift. Defense manufacturing in Australia has historically moved through structured, milestone-driven programs (think the Collins-class submarine sustainment cycle, where documentation and process discipline are non-negotiable). Anduril's Sydney operation expects engineers to operate with the pace and ambiguity tolerance of a Series C startup, but inside a domain where a software bug can compromise a vessel at depth. That combination is rare, and it's exactly what makes the Sydney facility a talent laboratory: engineers who can thrive there will carry a skill set that almost no other employer in the Pacific is building at this scale.

The company's own hiring velocity underscores the bet. Zero G Talent's board shows Anduril added 228 roles in the past seven days, with positions in those same five cities, a distribution that signals the Sydney facility isn't an outpost but a node in a global engineering network. Engineers joining the submarine program won't be siloed in an Australian subsidiary. They'll be plugged into a system where software written in California runs on hardware assembled in New South Wales, under contracts shaped by AUKUS requirements negotiated in Washington and Canberra.

That's the real signal for engineers considering the defense sector in 2025. The old trade-off — stability and process discipline on one side, speed and autonomy on the other — is dissolving. Anduril's Sydney factory is testing whether you can have both: the urgency of a tech startup married to the consequence profile of undersea warfare. If you're an engineer who wants to find out whether that fusion works, the application window is open. If you need a clear org chart and a five-year roadmap before you commit, legacy primes are still hiring.

The Competitive Landscape: Four Companies, One Talent Pool

Anduril's Sydney expansion is one node in a much larger hiring wave across defense and space. Zero G Talent's board data shows the scale: Anduril added 228 roles in the past seven days, Thales Alenia Space added 241, and SpaceX added 110. These three companies are competing for overlapping talent pools — systems engineers, software developers, avionics specialists — but each pulls from a different part of the defense-tech spectrum.

Thales Alenia Space operates at industrial scale. The joint venture between Thales (67%) and Leonardo (33%) employs more than 8,000 people across seven countries and reported €2.36 billion in revenue in 2025. Its recent Zero G Talent listings include a Mechanisms Design Engineer in Torino, a Team Manager for Software Engineering for Defence Naval Business in Bucharest, and a Mechanical/Mechatronics Engineer in Melbourne. The Melbourne posting is notable, it shows Thales is hiring in the same Australian market Anduril just entered, and for adjacent skill sets. Thales's defense work spans military telecommunications, Earth observation surveillance, and naval systems, which means its talent competition with Anduril is direct in undersea and autonomous domains.

Blue Origin is hiring aggressively at its Kent, Washington facility, where more than 400 open positions range from Senior Assembly Technician to propulsion roles. The company's space manufacturing footprint (Kent, Cape Canaveral, Huntsville, Van Horn) creates demand for manufacturing and test engineers that overlaps with Anduril's hardware-heavy submarine production. But Blue Origin's hiring is concentrated on launch vehicle and orbital infrastructure work, not autonomous systems. The competition for talent is real but sectorally adjacent rather than head-to-head.

SpaceX remains the most intense hiring engine in the space sector. Its 110 new postings in the past week include Starship avionics roles in Hawthorne paying $105,000–$122,500, security engineering roles at $130,000–$155,000, and application software positions at $125,000–$145,000. SpaceX's avionics and software roles compete directly with Anduril's autonomy and AI positions for the same candidates: engineers who can write production code for safety-critical embedded systems. The salary bands are comparable, which means Anduril's Sydney roles need to match SpaceX-level compensation to attract top-tier software talent to defense work.

Thales's lower salary range reflects its European-heavy posting distribution, where compensation norms differ from US and Australian defense-tech markets. But the Melbourne and naval-specific roles suggest Thales is calibrating upward for the AUKUS-adjacent talent pool.

The takeaway for engineers: the defense-tech hiring surge is not a single wave but several overlapping ones. Anduril is building a submarine factory. Thales is staffing satellite and naval programs across three continents. SpaceX is staffing Starship. Blue Origin is staffing New Glenn. Each pulls from a finite pool of engineers who understand both software and hardware in safety-critical environments. The competition for that talent — and the salaries it commands — will define the sector through 2026.

Search defense-tech roles on Zero G Talent to see current openings across Anduril, Thales, SpaceX, and Blue Origin.

Three Signals for Engineers Weighing a Sector Move

The signal is hard to miss. Anduril has added 228 roles to Zero G Talent's board in the past seven days alone, spanning those five cities. Thales Alenia Space added 241 in the same window. SpaceX added 110. The defense-tech hiring surge is not a forecast; it's a live data stream, and it's concentrated in autonomous systems, embedded software, and the crossover zone where naval engineering meets machine intelligence.

For engineers weighing a move into the sector, three things stand out.

Salary bands are converging with, and in some cases exceeding, commercial tech. Anduril's posted ranges for senior industrial engineers and program managers sit at $146,000–$194,000. SpaceX's Security Engineer (Embedded OT) roles post $130,000–$155,000 at both Hawthorne and Cape Canaveral. Thales lists roles from roughly $45,000 to $92,000, though those span multiple countries and seniority levels. The premium is clearest at the autonomy and embedded-systems layer, exactly the skill set Anduril's Sydney facility is built to absorb.

The skill mix has shifted. Traditional defense hiring ran on mechanical engineering, program management, and cleared personnel. The current wave demands something else: systems engineers who work across undersea autonomy, AI integration, and real-time embedded software. Lockheed Martin's open Systems Engineer Lead role for Autonomous Undersea Vehicles, posted in May 2026, calls for experience spanning remotely operated vehicles, autonomous undersea vehicles, and manned submersibles in a single position. Indeed lists 169 autonomous underwater vehicle jobs. The era of siloed maritime engineering is giving way to roles that expect fluency in both the ocean and the codebase.

Geography matters, and the Pacific is the hotspot. Anduril's Sydney factory, the Australian Submarine Agency's nuclear-powered submarine program, and AUKUS Pillar II all point to the same corridor: Australia, the US West Coast, and the broader Indo-Pacific. The Australian Submarine Agency describes the NPS program as "one of the most complex and consequential industrial transformations in Australian history." Congress.gov documents AUKUS outreach to South Korea on defense science and technology collaboration. For engineers willing to relocate or work across time zones, the Pacific basin is where the concentration of new programs and new roles is sharpest.

The practical move: if your background touches autonomy, embedded systems, or undersea platforms, the next 12 months are the window. The roles are live, the funding is committed through AUKUS and DIU commercial pipelines, and the salary data on the board reflects real offers, not projections. The bottleneck is talent, not budget.

Working in frontier tech? Zero G Talent tracks the openings: browse frontier tech jobs, openings at Thales Alenia Space, SpaceX and Anduril Industries, and the people building the field.