Navy CTO Shares New Tech Priorities for Investors
Navy CTO Justin Fanelli revealed a streamlined procurement approach and a new technology wishlist aimed at attracting private investment. The Navy now prefers co‑investment and late‑stage purchases, focusing on AI, quantum, advanced networking, spectrum operations, and digital engineering.
By Felo News Desk · Published
Justin Fanelli, the United States Navy’s chief technology officer, is pushing a new procurement strategy that favors private‑sector investment over traditional government funding. In a recent video interview, Fanelli explained how the Navy is moving from a “spaghetti chart” of startup entry points to a more focused funnel, where companies that demonstrate proven results can be integrated into the Navy’s technology base as enterprise services.
From “Granddaddy’s Government” to a Co‑Investment Model
For the past three and a half years, Fanelli has worked to make the Navy a more business‑friendly partner for innovators. He describes the department’s shift as a move away from a complex, multi‑layered approval process toward a streamlined funnel that pulls successful companies into the Navy’s ecosystem. Instead of writing large checks to established prime contractors, the Navy is now exploring co‑investment opportunities—partnering with venture capital firms to fund companies alongside private capital.
Co‑investment, according to Fanelli, is the most aggressive form of partnership, but it remains rare. More commonly, the Navy waits for a product to mature before purchasing it, rather than funding early‑stage research. This change reflects a broader strategy to hand the seed‑through‑Series‑B gap to commercial investors, freeing the Navy to focus on later‑stage acquisitions.
Recent High‑Profile Deals Highlight the Shift
Fanelli cited several recent contracts that illustrate the new approach. A $562 million award for the MQ‑25 Stingray autonomous refueling drone extends the range of carrier‑based fighter jets. The Navy has also acquired edge‑compute hardware from Armada—essentially shipping containers filled with servers for ship or remote deployment. Gecko Robotics was brought on board to automate inspection tasks that were previously performed manually and dangerously. Domino Data Lab now runs the Navy’s machine‑learning pipeline, while a partnership with Applied Intuition replaced a defense contractor’s long‑delayed shipboard camera system with commercial cameras and software, cutting the timeline by roughly four years and expanding deployment across more vessels.
These deals demonstrate the Navy’s willingness to adopt commercial technology, often with significant cost and time savings. Fanelli noted that the Navy’s procurement decisions are vetted by a small source‑selection committee, ensuring that the process remains merit‑based and avoids unnecessary layers of approval.
Why the Navy Is Re‑Prioritizing Technology
Fanelli shared an updated internal memo that outlines five broad technology categories the Navy is prioritizing over the next several years. The categories are:
- Applied AI – machine learning and agentic software that transforms raw data into actionable decisions, including sensor fusion, targeting support, autonomous behavior, and cyber operations.
- Quantum Information Science – applying quantum or quantum‑adjacent techniques to navigation, secure communication, and cryptography, rather than building quantum hardware.
- Advanced Networking – secure data transfer across environments with degraded or intermittent connectivity, such as ships at sea or coalition partner networks.
- Electromagnetic Spectrum Operations – technologies that sense and manage the spectrum itself, designed to adapt in contested conditions.
- Digital Engineering and Interoperability – open APIs, model‑based systems engineering, and zero‑trust architecture that enable different Navy systems to communicate without custom integration.
Fanelli emphasized that the memo is not a funding commitment; it is a roadmap to help companies and investors align their efforts with the Navy’s evolving needs. The priorities may shift as new challenges emerge, but the framework provides a clear direction for where the Navy expects to invest in the future.
Challenges and the Path Forward
Despite the Navy’s enthusiasm for commercial solutions, Fanelli warned that many promising technologies fail to survive once they enter the department. The primary obstacle is budgetary: the Navy operates on long planning cycles, and a new tool only remains funded if it replaces or eliminates an existing expense. Even a well‑performing system can lose funding within a year or two if it does not fit into the Navy’s cost structure.
To mitigate this risk, the Navy is focusing on companies that have proven products and can demonstrate clear value to the department’s operational needs. By partnering with venture capital firms and encouraging co‑investment, the Navy hopes to accelerate the adoption of innovative technologies while sharing the financial risk with the private sector.
What Investors Should Take Away
For founders and investors, Fanelli’s message is clear: align with the Navy’s five priority areas and focus on late‑stage, proven solutions. The department’s new procurement model favors companies that can deliver mature products and demonstrate a clear path to integration. By working with the Navy’s co‑investment framework, investors can gain access to a vast and stable customer base while sharing the risk of early‑stage development.
As the Navy continues to modernize its fleet and capabilities, the demand for advanced AI, quantum, networking, spectrum, and digital engineering solutions will only grow. Companies that can meet these needs—and navigate the Navy’s streamlined procurement process—stand to benefit from significant opportunities in the coming years.
Key facts
- The Navy is moving from a complex approval process to a streamlined funnel for startups.
- Co‑investment with venture capital is the Navy’s preferred model for early‑stage tech.
- Recent contracts include a $562 million autonomous refueling drone and AI/ML pipelines.
- Five priority tech areas: applied AI, quantum, advanced networking, spectrum ops, digital engineering.
- Budget constraints mean new tech must replace existing costs to survive funding cycles.
Why it matters
The Navy’s shift toward co‑investment and late‑stage acquisitions signals a major opportunity for tech companies and investors to partner with a large, stable customer while sharing risk. Understanding the Navy’s priority areas helps innovators align their roadmaps with defense demand.
Frequently asked questions
What is the Navy’s new procurement model?
The Navy now prefers co‑investment with private capital and focuses on late‑stage, proven products, reducing early‑stage funding and streamlining the approval process.
Which technology areas are the Navy prioritizing?
The Navy’s priorities include applied AI, quantum information science, advanced networking, electromagnetic spectrum operations, and digital engineering/interoperability.
How does the Navy handle budget constraints for new tech?
New technologies must replace or eliminate existing costs to secure ongoing funding, as the Navy operates on long planning cycles.
Sources
- [1] techcrunch.com — originally reported as “Even mid-sprint to a secret flight, the Navy's tech chief has a pitch for investors”
