Navy CTO Justin Fanelli Pitches VCs to Co-Invest in AI, Quantum and Autonomous Tech

TL;DR

• Navy CTO Justin Fanelli is pitching VCs to co-invest alongside the Navy in commercial tech rather than asking startups to rely on early-stage government research funding alone.
• The push follows the Navy's $562 million deal for autonomous aerial refueling capability, seen as a model for buying proven commercial autonomy at scale.
• Fanelli unveiled an updated founder wish list spanning agentic AI, autonomy, advanced manufacturing, resilient communications, and quantum sensing and navigation.

A Different Pitch From The Pentagon

Navy Chief Technology Officer Justin Fanelli has a message for Silicon Valley: don't wait for the Navy to fund your science project.

Speaking to investors and founders this week, Fanelli laid out what he described as an investor pitch in reverse. Instead of the Navy funding early research alone and hoping it transitions years later, he wants the Navy to co-invest alongside venture capitalists in startups that already have commercial traction.

The model is simple in theory. VCs bring speed, product discipline, and private capital. The Navy brings operational problems, testing environments, and large-scale procurement dollars. Together, they can scale dual-use technology far faster than the traditional defense research pipeline.

Fanelli has argued that the old approach — where the government pays for basic research, then pays again to try to commercialize it — is too slow for AI, autonomy, and software-defined hardware. His alternative is to meet the commercial market where it is, plug Navy use cases into existing roadmaps, and use contracts and co-investment vehicles to pull technology into the fleet.

Inside The $562 Million Autonomous Refueling Bet

The centerpiece of Fanelli's argument is the Navy's $562 million autonomous refueling deal.

The agreement, centered on unmanned carrier-based refueling capability to extend the range of the carrier air wing, is one of the Navy's largest recent bets on autonomy transitioning from testing to operations. The program builds on years of work on the MQ-25 Stingray unmanned tanker and related autonomous carrier aviation efforts, including automated refueling, carrier landings, and manned-unmanned teaming.

For Fanelli, the significance is not just the dollar figure. It is proof that the Navy will pay at scale when autonomy proves it can operate safely and reliably in the unforgiving carrier environment. Autonomous refueling solves a real operational bottleneck — fighter range and tanker availability — without requiring a new manned aircraft program.

He has pointed to the deal as a template: start with commercial advances in autonomy, sensors, and flight control, validate them through Navy test ranges and carrier demonstrations, then move quickly to production and services contracts that give startups and primes revenue visibility.

From AI Agents To Quantum: The New Founder Wish List

Alongside the funding pitch, Fanelli refreshed what founders are calling the Navy's wish list — the priority technology areas where the service is actively looking for commercial partners.

At the top is artificial intelligence, but not generic chatbots. The Navy wants agentic AI for predictive maintenance, shipboard logistics, intelligence processing, and decision support at the tactical edge, including systems that can run disconnected or in low-bandwidth environments.

Second is autonomy and unmanned systems across air, sea surface, and undersea domains. Priorities include autonomous refueling, persistent maritime surveillance drones, unmanned surface vessels for logistics and sensing, and undersea vehicles for mine countermeasures and seabed warfare.

Third is resilient communications and space-based connectivity, including software-defined radios, laser communications, and systems that can survive jamming and operate across hybrid commercial-military satellite networks.

Fourth is advanced manufacturing and sustainment, from additive manufacturing for ship parts to robotics for shipyard maintenance, aimed at cutting repair backlogs and keeping an aging fleet ready.

Finally, quantum is moving from science experiment to field interest. The Navy is particularly focused on quantum sensing, quantum magnetometers for navigation without GPS, and quantum timing for secure communications and undersea detection.

Why VCs Are Listening Now

Fanelli's co-invest pitch lands at a moment when defense tech is already one of venture's hottest sectors.

VC investment in defense and dual-use startups has surged since 2022, driven by Ukraine, tensions in the Indo-Pacific, and the success of companies like Anduril, Shield AI, and Saronic. What has been missing, investors say, is a clear path from prototype to large program of record.

That is what Fanelli is promising to fix. Rather than Small Business Innovation Research checks that stall after Phase II, he is pushing for larger, faster follow-on awards, Other Transaction Authority deals, and closer coordination with Navy PEOs, NavalX, Naval Research Laboratory, and the Defense Innovation Unit.

The message to VCs is blunt: if you fund it and it works in Navy-relevant conditions, the Navy will help scale it. And if the Navy helps derisk testing, certification, and first large orders, private capital should be more willing to invest ahead of a program of record.

What It Means For Founders

For founders, the updated guidance changes how to approach the Navy.

Instead of leading with a lab prototype built for a government solicitation, Fanelli advises startups to lead with a commercial product and a clear dual-use story. Show how your AI stack already handles real-world data, how your drone already flies long-endurance missions, or how your quantum sensor already works outside the lab.

Expect more emphasis on live demonstrations, operational testing with sailors and Marines, and interoperability with existing Navy platforms rather than slideware. Startups that can integrate with carrier operations, unmanned task forces, and maritime logistics networks will have an advantage.

Fanelli has also stressed speed on contracting and data. The Navy, he says, is working to lower barriers around security clearances, authority to operate for software, and access to test ranges — longstanding complaints from startups trying to work with the Pentagon.

The Road Ahead

The co-investment model still faces hurdles. Federal acquisition rules, budget uncertainty, and cultural gaps between the Pentagon and venture capital do not disappear with a pitch deck.

But with a $562 million autonomy deal as backing and a wish list that maps directly to where commercial capital is already flowing — AI, autonomy, space connectivity, and quantum — Fanelli is making one of the clearest cases yet that the future Navy will be built with VCs, not just for them.

For investors and founders willing to build for the carrier deck, the undersea domain, and the contested electromagnetic spectrum, the Navy says it is ready to buy alongside them.

AndroGuider Team

Articles written by the AndroGuider team. We try to make them thorough and informational while being easy to read.