The Department of Navy’s Chief Technology Officer, Justin Fanelli, finds himself at the nexus of an urgent mission: to fundamentally transform how the U.S. Navy acquires and integrates cutting-edge technology, all while navigating an increasingly volatile global landscape. For the past three and a half years, Fanelli has spearheaded initiatives to dismantle bureaucratic barriers and streamline engagement with commercial innovators, moving the Navy away from what he previously termed "your granddaddy’s government" – a complex "spaghetti chart" of entry points for startups – towards a more efficient, funnel-like system. This week, the urgency of his mission was underscored by a sudden, unannounced deployment order, thrusting him into a real-time demonstration of the agility he champions.
A Sudden Call to Action: The Urgency of Modernization
During a recent video call, Fanelli was not merely discussing further procurement streamlining; he was literally sprinting to catch a flight, destination unknown, with just over an hour’s notice. "You have an hour and 15 minutes to get on a plane," Fanelli recounted, speaking into his phone as he walked, the sun glinting behind him. His incredulous query, "Where?" was met with a stark reply: "We’ll figure [the logistics], we’ll tell you as you get there." The confirmation that this was "for more than overnight" left him to pack and prepare for an undisclosed mission, a testament to the unpredictable and high-stakes environment in which the Navy operates. This immediate, no-notice deployment highlights the critical need for rapid technological adaptation and deployment, directly reflecting the operational realities that Fanelli’s reforms aim to address. His personal experience of this operational tempo provides a vivid backdrop to the strategic shifts he is orchestrating within the Navy’s technology acquisition framework.
From Bureaucracy to Agility: Reshaping the Procurement Landscape
Fanelli’s tenure has been marked by a relentless drive to demystify and simplify the Navy’s notoriously complex procurement processes. His initial focus, articulated in discussions last year, was on creating clearer pathways for startups and commercial tech companies, recognizing that the traditional defense acquisition model, often characterized by protracted timelines and rigid requirements, was ill-suited for the rapid pace of commercial innovation. Historically, smaller companies faced an opaque labyrinth of offices, programs, and funding mechanisms, making entry daunting and often prohibitive. This "spaghetti chart" approach often favored large, established prime contractors who possessed the resources and institutional knowledge to navigate such complexity, inadvertently stifling the integration of nimble, cutting-edge solutions.
The shift he envisions and is actively implementing is akin to a venture capital pipeline, where promising technologies demonstrating strong results are identified, nurtured, and ultimately integrated as enterprise services within the Navy’s extensive technology base. This strategic pivot is not just about efficiency; it’s about national security, ensuring that the U.S. Navy maintains its technological edge against rapidly modernizing peer competitors. The goal is to cultivate an ecosystem where innovation from the private sector can flow seamlessly into defense applications, bypassing the traditional "valleys of death" that often plague military tech development where promising early-stage concepts fail to secure follow-on funding or integration pathways. This proactive engagement mirrors efforts by other defense innovation units, such as the Defense Innovation Unit (DIU), which also seeks to accelerate commercial technology adoption for military use.
The "Demand Signal": Guiding Private Investment to National Security Priorities
A cornerstone of Fanelli’s strategy is the concept of a clear "demand signal" to investors. Last year, the Navy published its longer-term technology priorities, a move that Fanelli says profoundly influenced how investors perceived the Navy’s buying plans. This proactive communication serves a dual purpose: it informs the commercial sector of the Navy’s critical needs, thereby guiding private capital towards areas of strategic importance, and it de-risks investment for startups by signaling potential future contracts. This transparency reduces the uncertainty often associated with defense market entry, making it more attractive for venture capitalists to invest in dual-use technologies.
"The demand signal we sent to investors last year has only grown, and it was making an impact," Fanelli explained, highlighting the positive feedback received from the investment community. Venture capitalists, who typically operate on shorter investment horizons and seek clear market opportunities, found the Navy’s articulated priorities to be a valuable framework for their portfolio decisions. This year, he is doubling down on this approach, sharing a fresh list of the Navy’s procurement intentions for the coming years. Crucially, this updated list has been vetted by a select group of unnamed venture investors prior to its release, ensuring its relevance and practicality for the commercial market. This collaborative approach between the Navy and private capital marks a significant departure from past practices, where defense priorities were often communicated opaquely or through highly specialized channels, often too late in the innovation cycle to influence early-stage commercial development.
Rethinking Financial Engagement: Co-Investment and Strategic Sourcing
The financial scale of the Navy’s operations is immense. Fanelli noted that the Navy "spends in the $150 billion range every year." However, he was careful to distinguish this total purchasing figure – encompassing everything from shipbuilding to personnel – from narrower forms of direct equity investment in technology companies. While the bulk of this spending still flows through traditional channels to established prime contractors, there is a deliberate and growing effort to move towards what Fanelli terms "co-investment."
Co-investment represents a more agile and often more effective way to acquire cutting-edge technology. Rather than solely relying on established defense contractors for all solutions, the Navy aims to put money behind companies alongside private capital. The most aggressive form of this, taking an equity stake, remains rare due to inherent complexities and regulatory hurdles within government finance and the broader U.S. Code governing federal acquisitions. More frequently, co-investment manifests as the Navy waiting for companies to mature a product with private funding before procuring it, rather than funding early-stage research itself through grants or bespoke development contracts. This approach leverages the speed, efficiency, and market validation of the private sector, allowing the Navy to acquire proven, market-validated technologies that have already demonstrated commercial viability and scalability. This strategy helps mitigate the risk associated with early-stage research and development, a burden traditionally borne almost entirely by government agencies for defense-specific applications.
This strategy also marks a significant shift in the stage of companies the Navy typically engages with. Historically, the Navy often funded its own early-stage research to bridge the seed-through-Series B funding gap, effectively acting as an early-stage investor. Now, the explicit aim is to transfer this responsibility to commercial investors. "We mostly buy Series D through F type companies," Fanelli stated, indicating a preference for more mature firms with robust, scalable products that have already achieved significant market traction and technical readiness. This necessitates a clearer "demand signal" from the Navy, ensuring that commercial investors have the necessary foresight to fund companies developing solutions aligned with future defense needs. "The cost of that, or the responsibility, is for us, if we’re not going to do it ourselves, to cast a cleaner signal," he emphasized, underscoring the Navy’s commitment to supporting this new ecosystem and ensuring a healthy pipeline of commercially developed solutions.
Tangible Successes: From Drones to Data Pipelines
Fanelli, a former Air Force cadet with a distinguished career spanning defense, intelligence, DARPA, and open-source initiatives, highlighted several recent acquisitions demonstrating the success of this refined approach. These examples showcase the practical application of his strategic vision, delivering capabilities that are both advanced and cost-effective, often by leveraging commercial innovation rather than bespoke defense development.
One significant contract, valued at $562 million, was awarded this month for the MQ-25 Stingray, an autonomous refueling drone. This innovative uncrewed aircraft extends the operational range of manned fighter jets deployed from aircraft carriers, a critical capability for power projection in vast maritime theaters. The MQ-25 represents a leap forward in naval aviation, enhancing endurance, reducing the logistical burden on carrier air wings, and demonstrating the Navy’s commitment to integrating uncrewed systems into its core operations. This program, initiated through traditional channels, is now seeing accelerated production thanks to a focused acquisition strategy.
Beyond large-scale platforms, the Navy is also embracing commercial off-the-shelf (COTS) solutions for immediate operational needs. Fanelli cited the procurement of edge compute hardware from Armada, which provides ruggedized shipping containers packed with servers for rapid deployment on ships or in remote locations. These mobile data centers enable advanced analytics and AI processing closer to the point of action, reducing reliance on centralized, often vulnerable, infrastructure and enhancing real-time decision-making in contested environments.
Another notable success involves Gecko Robotics, whose robotic inspection technology now handles tasks that were previously performed manually and often dangerously, such as inspecting ship hulls or confined spaces. Fanelli noted that this transition faced minimal resistance, largely because the jobs involved were undesirable due to safety risks or unpleasant conditions, demonstrating how commercial tech can improve safety, efficiency, and force readiness without significant workforce disruption or union pushback.
The Navy has also integrated Domino Data Lab to manage its machine learning pipeline. This partnership allows the Navy to leverage commercial best practices in data science, accelerating the development and deployment of AI-powered applications across various domains, from predictive maintenance to intelligence analysis. This move is critical for standardizing data science workflows and ensuring that AI models can be rapidly developed, tested, and deployed across the fleet.
Perhaps one of Fanelli’s favorite examples of this new approach involved the rapid deployment of a commercial camera system paired with software from Applied Intuition. This solution replaced a defense contractor’s shipboard camera system that had faced years of delays and cost overruns. By adopting the commercial alternative, the Navy not only cut approximately four years off the development timeline but also expanded the system’s deployment to more ships than originally anticipated. This case vividly illustrates the potential for commercial technology to deliver superior performance and accelerate modernization when integrated strategically, bypassing the traditional pitfalls of lengthy, custom defense development cycles.
Operational Impact and Geopolitical Context
The strategic importance of these technological advancements is particularly acute given current geopolitical flashpoints. The Strait of Hormuz, for instance, has been a recurring hotbed of tension this year, marked by tanker strikes, vessel seizures, and breakdowns in ceasefires over shipping route disputes. This volatile environment underscores the critical need for advanced surveillance, secure communications, and rapid response capabilities to protect vital shipping lanes and maintain regional stability. The integration of advanced sensors, autonomous systems, and robust networking solutions directly contributes to the Navy’s ability to operate effectively in such complex and dangerous zones.
When queried about whether any of the newly acquired commercial technologies are already being deployed in such sensitive areas, Fanelli exercised caution. "I often don’t know what’s classified and unclassified because I’m normally talking to people with clearances," he explained, indicating the inherent complexities of operating within a secure defense environment. He committed to checking, reflecting the careful balance between transparency in procurement reform and the imperative of operational security. The implication, however, is clear: these technologies are designed for real-world application in contested environments, enhancing the Navy’s ability to monitor, deter, and respond to threats with greater agility and precision. Defense analysts would suggest that the swift integration of such capabilities is crucial for maintaining a credible deterrent posture against aggressive non-state actors and state-sponsored threats.
Streamlining Decision-Making: The Source Selection Committee
Beyond sourcing the technology, Fanelli is also reforming the internal mechanisms for adoption. Counter to the widespread perception of a sprawling, multi-layered review process within the government, purchasing decisions are increasingly funneled through what he calls a "source selection committee." This small, focused group is tasked with making merit-based decisions, minimizing the bureaucratic layers that traditionally slow down procurement. This streamlined approach aims to accelerate the adoption of innovative solutions by empowering a dedicated team to make timely and informed choices based on technical merit and operational fit. This contrasts sharply with legacy systems that might involve dozens of stakeholders, each adding their own requirements and potentially delaying progress by months or even years. The emphasis on a merit-based system also seeks to reduce the influence of factors unrelated to performance, such as vendor relationships or historical incumbency.
The Enduring Challenge: Sustaining Innovation Through Budgetary Alignment
While Fanelli’s initiatives address the initial hurdles of technology acquisition, the ultimate success of any new tool within the Navy hinges on its ability to navigate the complex budgetary landscape. As Fanelli explained last year, the most common reason promising technologies fail to achieve widespread adoption isn’t technical, but rather budgetary. The Navy operates on long planning cycles, often spanning years, making it difficult for new, commercially developed tools to find a permanent place unless they explicitly replace or "turn off" something the Navy is already funding. This highlights the ongoing challenge of aligning agile procurement with rigid budgetary structures, a critical area for continuous reform. The long-term success of Fanelli’s initiatives will depend not only on getting innovative technologies in the door but also on institutionalizing processes that allow them to be sustained and scaled within the Navy’s financial framework, potentially requiring deeper reforms in how defense budgets are allocated and managed.
The Navy’s Strategic Technology Priorities: A Roadmap for the Future
Before concluding the conversation, Fanelli provided an invaluable insight into the Navy’s strategic direction, sharing an updated internal list of technology priorities. Jointly issued by his office and the Portfolio Acquisition Executive for Mission Systems, this document serves as a clear roadmap for both technology developers and investors. It outlines five broad categories, signaling where the Navy intends to focus its future investments and operational deployments, offering a transparent guide for industry engagement.
1. Applied Artificial Intelligence
This category encompasses machine learning and increasingly "agentic" software designed to transform raw data into actionable decisions. Key areas include sensor fusion, which integrates data from multiple disparate sensors to create a comprehensive, real-time operational picture; targeting support, leveraging AI to enhance precision and speed in engagements, reducing human cognitive load; autonomous behavior for uncrewed systems operating in complex environments; and cyber operations, focusing on software-defined defenses and offensive capabilities rather than hardware-centric solutions. The emphasis here is on AI’s ability to augment human capabilities, automate routine tasks, and accelerate decision-making in complex, data-rich environments, reflecting a broader Department of Defense push towards AI integration across all warfighting functions, recognizing its potential to revolutionize command and control, intelligence, surveillance, and reconnaissance (ISR).
2. Quantum Information Science
Rather than aiming for immediate ownership of quantum hardware, the Navy’s focus here is on applying quantum and "quantum-adjacent" techniques to critical operational challenges. This includes advanced navigation systems, which could offer unprecedented precision and resilience in GPS-denied environments; secure communication protocols, leveraging quantum cryptography to protect sensitive data from even future quantum attacks; and novel cryptographic solutions for enhanced data security. The strategic intent is to harness the disruptive potential of quantum mechanics for practical applications that enhance operational security and superiority, without necessarily building proprietary, large-scale quantum computers, recognizing the nascent stage of the technology while preparing for its inevitable impact.
3. Advanced Networking
This priority is centered on the imperative of securely moving data across diverse and often challenging environments. This includes ensuring robust connectivity for ships at sea, where bandwidth can be limited and connections intermittent due to vast distances or contested electromagnetic spectrum, as well as enabling seamless, secure data exchange with coalition partners’ networks. The goal is to build resilient, adaptive, and interoperable communication infrastructures that can withstand contested conditions and support distributed maritime operations, a key concept for future naval warfare. This is crucial for maintaining a common operating picture and coordinating forces across vast distances, especially in an era of contested communications where adversaries seek to disrupt information flow.
4. Electromagnetic Spectrum Operations
This category focuses on technologies designed to sense, manage, and exploit the electromagnetic spectrum. In modern warfare, control of the electromagnetic spectrum is paramount for everything from radar to communications to missile guidance. These technologies are built for adaptability in contested conditions, moving away from reliance on fixed configurations.
