Editor’s Brief1
Last Week, we looked at Nominal, a unified software platform for testing, validating, and monitoring hardware systems across development and operational environments
This week, we’re staying in the manufacturing space with a look at Hadrian.
As always, your feedback shapes our coverage—reply directly with insights or questions.
image credit: Hadrian
Signal Brief: Hadrian — Rebuilding the Arsenal, One Automated Factory at a Time
Hadrian is an advanced manufacturing company building automated factories for aerospace and defense production. Its software-centered position spans factory autonomy, supply chain orchestration, and dedicated manufacturing capacity capable of producing flight-grade and maritime-grade components at speed and scale without specialized machinists to run it.
Origins & Vision
Founded in 2020 by Australian entrepreneur Chris Power, Hadrian began with a thesis: aerospace and defense precision machining was one of the most under-automated and strategically exposed chokepoints in American industry. After relocating to the US in 2019, Power spent the next six months speaking with hundreds of manufacturers about their production and process constraints.
Hadrian launched with a 20,000-square-foot R&D facility in Hawthorne, California and began building a proprietary factory operating system designed to automate the programming, monitoring, and inspection workflows that traditionally require years of skilled labor to perform.
The company expanded into supply chain software and design-for-manufacturability tooling via Atlas and Datum Source, partnered with Dirac on model-based manufacturing, and added customer-dedicated factory offerings for primes and government programs.
In March 2026, Hadrian opened Factory 4 in Cherokee, Alabama, a 2.2-million-square-foot advanced manufacturing facility built in partnership with the U.S. Navy to produce components for Virginia-class attack submarines and Columbia-class ballistic submarines.
Key Takeaways
Opus changes the labor equation. By automating CNC programming, inspection, and scheduling, Hadrian claims to train operators in under 30 days.
Massive Navy buy-in. A $900 million government partnership to build submarine component factories represents institutional validation in one of the most demanding and compliance-intensive manufacturing environments in the defense industrial base.
The funnel starts earlier than the factory floor. Through the acquisition of Datum Source and the launch of Atlas, Hadrian now touches defense hardware programs at the prototype and NPI stage.
Tech Radar:
Opus is a ground-up factory management system designed to automate the labor-intensive workflow surrounding precision part production (programming, inspection, task scheduling, and paperwork) so that human operators can focus on exception handling rather than routine execution.
Key Capabilities
Autonomous CAM generation — Converts CAD designs to CNC toolpaths without manual programming, eliminating the primary skilled-labor bottleneck in precision machining
Automated inspection integration — Quality assurance is embedded in the production workflow rather than handled as a separate downstream step
Real-time idle capacity optimization — Opus monitors machine availability across facilities and reconfigures idle equipment for high-priority orders without manual retooling
Operator acceleration — Simplifies machine operations to enable trained production technicians to run advanced CNC equipment within 30 days
The Broader Platform:
Atlas Supply Chain Platform — Launched in beta in early 2025, Atlas provides defense hardware programs with supplier network orchestration, DFM tooling, full bill-of-materials procurement, and real-time production visibility.
Datum Source (Acquired 2024) — Hadrian's acquisition of this procurement software startup added an AI-enabled manufacturer matching layer and approximately 30 early-stage aerospace and defense customers.
Factories-as-a-Service — Beyond selling parts, Hadrian offers dedicated manufacturing cells and complete customer-specific factories that can be embedded within a prime contractor's or government customer's own footprint.
Additive Manufacturing Division — In early 2026, Hadrian introduced an additive manufacturing capability using industrial 3D printing systems optimized for sustained throughput and rapid qualification. Combined with its subtractive machining capacity, this creates a more complete production environment for complex aerospace and defense components.
Market Signals
Funding & Growth
Total Funding: $730M across eight rounds
Latest Round: $131M Series C2 (Dec 2026)
Notable Investors: Founders Fund, Lux Capital, Andreessen Horowitz, Construct Capital, RTX Ventures, Altimeter Capital, D1 Capital Partners, T. Rowe Price Associates, 1789 Capital
Valuation: $1.6 Billion
Contracts & Government Traction
U.S. Navy / Factory 4 (Cherokee, Alabama) — A $900 million public-private partnership to build and operate automated manufacturing facilities for Virginia-class and Columbia-class submarine components. Total investment is reported at $2.4 billion, with $1.5 billion from private capital and $900 million from the Navy.
U.S. Army / Red River Army Depot (Texarkana, TX) — Awarded via Commercial Solutions Opening in January 2026, with a ceiling of $80 million and $39.2 million obligated at award. Hadrian will establish an automated manufacturing facility at the depot to produce components for advanced weapons systems and small UAS. Phase 1 delivery is targeted for March 2027.
Looking Ahead
Longtime readers of Defense Tech Signals know manufacturing has been a recurring theme. (If you’re new here, welcome: check out the recent series on Shipbuilding, Solid Rocket Motors, and other manufacturing articles in the archive.)
Precision machining, casting, forging, welding, additive manufacturing, inspection, and production engineering all depend on skilled labor and accumulated manufacturing knowledge. If that knowledge base shrinks for decades, it cannot be rebuilt by “spending a billion dollars to hire a million workers.”
What we haven’t talked about thought are the upstream effects.
When production gets separated from engineering, product designers lose the immediate feedback that comes from the factory floor and over time, they get worse at designing for manufacturability. The organization may still retain “design authority,” but more of the practical production knowledge migrates to the supplier base.
Eventually, the people making the product understand the producibility tradeoffs better than the people managing the program which is one reason offshore manufacturing has become so difficult to unwind.
As countries like China accumulated decades of high-output factory-floor experience, supplier depth, and process knowledge, they became better at producing high-quality goods at scale. The advantage is not only cheaper labor but now the compounding effect of design, tooling, process control, and production feedback living close together.
Hadrian’s bet is that the answer is not to wait another decade for the old industrial base to regenerate itself. Rather, it is to rebuild part of it around automation, software, and production engineering from the start.
In a skilled-labor-constrained environment, a factory that lets fewer people produce more qualified output with less accumulated tribal knowledge required at each step is a move in the right direction.
The maintenance implications are also extremely important. In a recent interview alongside Vice Adm. Rob Gaucher, DRPM SUBS, Hadrian CEO Chris Power discussed the ability to redesign and remanufacture obsolete or no-longer-available parts.
Rather than watching stockpiles of compressor blades or critical sub-components dwindle with no replacement pathway, Hadrian is trying to apply software-driven production engineering to identify the sequence-critical parts that are blocking maintenance throughput, then rebuilding a qualified production path around them.
Challenges
SUBSAFE certification — Producing nuclear submarine components requires navigating one of the most rigorous certification frameworks in U.S. manufacturing. Any gaps between Opus's documentation capabilities and SUBSAFE's traceability requirements could delay Factory 4's production timeline materially.
Factory replication economics — If each deployment requires heavy custom engineering, the capital efficiency argument weakens and Hadrian risks being valued like a capital-intensive manufacturer rather than an industrial software platform.
Revenue recognition timing — The gap between contractual commitments and recognized production revenue is significant. Delivery milestone completion is the leading indicator worth watching.
Bottom Line:
The U.S. defense industrial base has a compounding knowledge and capacity problem that took decades to accumulate and will not reverse on the same timeline it was created.
Hadrian is not a complete solution to that problem. No single company is. But software-driven production, reduced dependence on scarce tribal knowledge, and a factory deployment playbook designed to replicate addresses the right constraint. The Navy's $900 million bet on Factory 4 and the Army's Red River award suggest DoD agrees.
1 The views expressed in this newsletter are my own and do not represent the views of the U.S. Navy, Department of Defense, or any government agency. Mention of companies, technologies, or products is not an endorsement or recommendation. The content is for informational purposes only and should not be considered investment advice.