Modernizing the Maritime Edge: Inside the U.S. Navy’s Strategic Pivot to Commercial Tech
For the past three and a half years, Justin Fanelli, the Chief Technology Officer for the Department of the Navy, has been spearheading a quiet revolution within the halls of the Pentagon. His mission is as ambitious as it is necessary: transforming the U.S. Navy from a bureaucratic monolith into an agile, tech-forward force that treats startups not as outliers, but as essential partners in national security.
In an exclusive follow-up to our conversation last year, Fanelli’s enthusiasm for this structural overhaul remained palpable—even as he navigated the chaotic, high-stakes reality of his role. When we connected this week, he was literally on the run, maneuvering through a terminal to catch an unannounced flight to an undisclosed location. “You have an hour and 15 minutes to get on a plane,” he recounted, his voice buzzing with the restless energy of a man operating at the speed of modern defense.
This high-velocity lifestyle is a physical manifestation of the cultural shift Fanelli is attempting to engineer. He is moving the Navy away from “your granddaddy’s government”—a complex, impenetrable “spaghetti chart” of acquisition entry points—toward a streamlined funnel. In this new model, companies that demonstrate exceptional performance are pulled directly into the Navy’s technology base as enterprise services.
The Evolution of Defense Procurement: A Chronology of Change
The Navy’s relationship with the private sector has been defined by long, grueling cycles of research and development, often resulting in technologies that are obsolete by the time they reach the fleet. Fanelli’s tenure marks a departure from this status quo.
2022–2023: Setting the Signal
Fanelli began his efforts by establishing a “demand signal” for investors. By publishing long-term technology priorities, he signaled to the venture capital world exactly where the Navy intended to direct its $150 billion annual purchasing power. This transparency was transformative; for the first time, investors could align their portfolios with the Navy’s future requirements, bridging the gap between Silicon Valley risk appetite and military necessity.
2024: The Shift Toward Co-Investment
Last year, the strategy moved from signaling to active engagement. The Navy began shifting its focus from funding early-stage research to what Fanelli calls “co-investment.” Instead of writing massive checks to traditional prime contractors for unproven concepts, the Navy now prefers to wait for the commercial market to mature a product. By the time the Navy intervenes, the technology is often in the Series D to Series F stage, significantly de-risking the government’s investment.
2025–2026: Execution and Integration
In recent months, this strategy has yielded concrete results. The Navy has moved from theory to procurement, integrating everything from autonomous refueling drones to commercial software pipelines. The focus has sharpened on replacing legacy, delayed systems with modern, off-the-shelf capabilities that offer immediate operational advantages.
Supporting Data: Where the Money Goes
While the Navy spends approximately $150 billion annually, Fanelli is careful to distinguish between general procurement and direct equity investment. The latter remains rare, but the Navy is increasingly acting as a “first customer” for companies that have already been vetted by private capital.
The transition has been marked by several high-profile successes:
- MQ-25 Stingray: A $562 million contract awarded this month to Boeing for an autonomous refueling drone designed to extend the operational range of carrier-based fighter jets.
- Armada: The deployment of “edge compute” hardware—essentially server-packed shipping containers—allowing for advanced processing in remote, maritime environments.
- Gecko Robotics: The Navy has turned to Gecko to handle hazardous inspection work on hulls and infrastructure, a move that increased safety and efficiency while automating a task few personnel wanted to perform.
- Domino Data Lab: This platform is now the backbone of the Navy’s machine learning pipeline, streamlining how data is processed and interpreted across the fleet.
- Applied Intuition: In a major win for commercial-off-the-shelf (COTS) technology, the Navy swapped a long-delayed proprietary shipboard camera system for commercial cameras paired with Applied Intuition’s software. The result: four years shaved off the development timeline and a wider, more effective deployment across the fleet.
The Human Element and Internal Process
Despite the complexity of the systems involved, Fanelli insists that the decision-making process is surprisingly lean. Unlike the sprawling, multi-layered review committees often associated with federal acquisition, the Navy now utilizes a “source selection committee.” This small, merit-based group is designed to evaluate technologies based on performance and impact, stripping away the layers of administrative friction that historically stifled innovation.
However, the path forward is not without its hurdles. When asked about why some promising technologies still fail, Fanelli pointed to the “budgetary wall.” The Navy’s planning cycles are inherently rigid. For a new tool to survive, it must not only be superior; it must effectively “turn off” or replace an existing legacy system that is already drawing from the budget. This is the ultimate hurdle for any startup: the ability to prove that their product is not just a luxury addition, but a necessary replacement for an established, funded cost center.
Implications for Investors and Defense Tech
For those in the defense tech sector, Fanelli’s updated list of priorities—issued jointly with the Portfolio Acquisition Executive for Mission Systems—serves as a crucial roadmap. The Navy is focusing on five specific domains:
1. Applied AI and Agentic Software
The focus here is moving beyond basic machine learning to “agentic” software—systems capable of making autonomous decisions based on sensor fusion and data synthesis. This includes advanced targeting support and cyber operations that leverage software-defined agility.
2. Quantum Information Science
While the Navy is not looking to build quantum hardware from scratch, it is heavily interested in quantum-adjacent techniques for navigation in GPS-denied environments, secure communications, and next-generation cryptography.
3. Advanced Networking
The Navy’s operations often occur in contested or “degraded” environments. The priority is to develop networking solutions that can maintain data flow across intermittent connections, whether on a ship in the middle of the ocean or through a coalition partner’s infrastructure.
4. Electromagnetic Spectrum Operations
Future conflict will be fought in the spectrum. The Navy is seeking technology that can sense, manage, and adapt to the electromagnetic environment in real-time, rather than relying on the fixed-frequency hardware of the past.
5. Digital Engineering and Interoperability
This is the “plumbing” of the future force. The Navy is demanding open APIs, model-based systems engineering, and zero-trust architectures. The goal is to ensure that disparate systems can “talk” to each other without requiring custom, multi-million-dollar integration work every time a new device is added to a ship.
Strategic Outlook: The Road Ahead
Fanelli’s updated roadmap is not a binding funding commitment, but it is a clear statement of intent. It serves as a North Star for the defense-industrial base, signaling that the Navy is ready to buy—provided the technology solves a real-world problem and fits within the existing budgetary framework.
As the geopolitical landscape remains volatile—from the Strait of Hormuz to the broader Indo-Pacific—the urgency of this technological pivot cannot be overstated. When asked if the commercial technology he is championing is already seeing action in active flashpoints, Fanelli remained characteristically cautious, noting the complexities of classification.
However, his actions speak louder than his words. By sprinting to catch a flight to an undisclosed destination, Fanelli represents a new breed of defense leader: one who is as comfortable with the intricacies of venture capital as he is with the realities of frontline operations. For startups and investors looking to enter the defense market, the message is clear: the Navy is no longer waiting for the perfect solution to emerge from a five-year procurement cycle. It is actively searching for the best, most mature commercial technology available today, and it is ready to integrate it into the fleet with unprecedented speed.
The “spaghetti chart” is being dismantled. In its place, a streamlined funnel is emerging, and for those who can navigate the requirements of the new Navy, the opportunity to shape the future of maritime security has never been greater.
