Army’s FUZE Program Speeds Path to Fielding Emerging Tech

The Army’s FUZE innovation engine aims to address the military’s long-standing “valley of death” by combining venture capital-style agility with rapid operational feedback.

Launched in September, FUZE serves as an end-to-end funding mechanism designed to bridge the gap between early prototyping and fully fielded, mass-produced capabilities, with a focus on emerging technologies such as artificial intelligence and autonomous systems.

FUZE Director Matthew Willis told GovCIO Media & Research that the engine reflects broader innovation reforms pushed by War Secretary Pete Hegseth. Unlike traditional acquisition programs that prioritize long-term stability and rigid requirements, FUZE operates with the mindset of a high-stakes venture capital-style investor.

“There are multiple programs that previously existed that Army FUZE really brings together and also allows us to adopt a venture capital centric approach for our investments,” Willis said during an interview. “It means that we’re willing to take more risk up front, make lots of small investments, scale the capabilities that are working and divest the ones that aren’t.”

This “fail fast” mentality is a departure from the DOW’s historical aversion to risk, Willis said. By diversifying its portfolio, the Army can identify state-of-the-art capabilities without being tethered to a single, decade-long development cycle that might be obsolete by the time it reaches the field, he added.

“Rather than developing technology, gold plating it, and then sending it out to the field to have it not really work, we are developing prototypes and getting those into the hands of our soldiers more quickly,” Willis said.

The Feedback Loop: From Lab to Jungle

Military research and development programs often struggle with what Willis described as a “silo effect,” where technologies developed in laboratory environments fail under real-world operational conditions. FUZE aims to break down those barriers by getting capabilities into the hands of soldiers earlier in the development process.

“We aren’t developing technology in a box, right, or in a silo or in environments that aren’t realistic,” Willis said. “If you take something that was developed and tested in Southern California and you send it out to Germany in the winter or you send it to the Arctic, or you send it to the jungles of the south pacific … technology is not going to really work there. We need to be developing capabilities that operate in a way that our soldiers do their mission.”

To solve this, FUZE acts as the “capital engine” for the Pathway for Innovation and Technology, which uses forward-deployed acquisition officers in Europe, Africa and the Pacific, according to the Army. These officers can provide a direct “demand signal” to ensure research and development dollars are solving soldiers’ real-word problems rather than theoretical ones, Willis said.

“They bring in those actual soldiers with operational testing opportunities so we can bring our technology performers to events that are managed or executed through these units, so we can get this actual feedback,” Willis said. “FUZE is an enabler, both from the dollars that fund the technology development and also facilitating engagement in these different exercises.”

75 Days to Success

Willis pointed to a recent technology pitch competition at the Association of the United States Army’s annual meeting in October as an example of how the program accelerates innovation timelines. The Army selected eight companies from the competition, Willis said, with the goal of getting tech into soldier’s hands quickly.

“Literally 20 days later, those eight companies were integrated into the Joint Pacific Multinational Readiness Center exercise in Hawaii,” he explained. “Twenty days from identifying a capability to getting them integrated into an exercise. And subsequently, within another 45 to 50 days, we’ve identified a handful of those capabilities that are now going towards scale. That essentially represents from start to finish 75 days.”

This stands in stark contrast to the “normal” acquisition time, which is often measured in years. Willis said that FUZE addresses Army Secretary Dan Driscoll’s goal of shifting how the service measures innovation success from “years and hundreds of millions of dollars” to “months and handfuls of millions.”

Securing the Future Supply Chain

FUZE is also addressing supply chain resilience, an issue that becomes particularly critical during conflicts such as the ongoing Operation Epic Fury in Iran. Rapid innovation is meaningless if the components cannot be sourced or manufactured securely, Willis told GovCIO Media & Research. He added that the FUZE investment spectrum includes:

• Onshoring production of critical electronics and minerals.
• Investing in the organic industrial base to ensure manufacturing can keep up with innovation.
• Balancing speed with security to ensure the “push and pull” of modern acquisition doesn’t compromise the mission.

Culture Over Compliance

Looking toward the next five to ten years, long-term success of FUZE will depend on a cultural shift as much as a technological one, Willis said. The Army is actively moving away from “spreading the peanut butter as thin as possible”— a reference to the old habit of giving small amounts of money to too many projects.

“I think we need to be deliberate about, again, adopting this culture of risk tolerance,” Willis said. “We also need to move away from … admiring the problem. We need to identify some critical capabilities that we need to address and invest in these capabilities.”

Willis added that FUZE serves as a model for a culture of speed, innovation and, importantly, prioritization in capabilities development.

“We need to identify some critical capabilities that we need to address and invest in these capabilities at the expense of other missions that are less critical,” Willis said.