Key facts
- Navy CTO Justin Fanelli is seeking investor interest in future defense technology.
- Fanelli shared an updated list of Navy technology priorities with investors.
- The Navy spends approximately $150 billion annually.
- The Navy is shifting toward co-investment with private capital.
- The Navy primarily buys from Series D through F companies.
- A $562 million contract was awarded for the MQ-25 Stingray drone.
Justin Fanelli, the Department of Navy's chief technology officer, is actively engaging with investors to highlight the service's evolving technology needs and procurement strategies. Fanelli described a significant shift away from traditional, complex government contracting processes towards a more streamlined, funnel-like system designed to integrate promising startups more efficiently.
Fanelli shared an updated list of the Navy's technology priorities, a move intended to guide companies and investors in aligning their development efforts with the service's long-term acquisition goals. He noted that while the Navy spends around $150 billion annually, much of it still flows through conventional channels. However, the service is increasingly exploring co-investment models, where it partners with private capital, and in rare cases, takes equity stakes in companies.
The Navy's purchasing focus has also shifted, with a preference for companies in Series D through F funding stages, a change from its previous practice of funding early-stage research. This shift aims to hand over early-stage development to commercial investors.
Recent acquisitions highlighted by Fanelli include a $562 million contract for the MQ-25 Stingray autonomous refueling drone, edge compute hardware from Armada, inspection services from Gecko Robotics, and the implementation of Domino Data Lab for its machine learning pipeline. In a notable case, the Navy replaced a delayed shipboard camera system with commercial alternatives from Applied Intuition, significantly reducing the project timeline and expanding its deployment.
Fanelli outlined five broad categories of prioritized technology areas: applied AI, quantum information science, advanced networking, electromagnetic spectrum operations, and digital engineering and interoperability. He emphasized that these priorities are not funding commitments but serve as a roadmap for industry engagement.