5 Takeaways from the Defense IT Summit

The Department of the Navy is reengineering how it develops and fields technology, using its Innovation Adoption Kit to move promising capabilities from pilot to production at speed. Department of the Navy CTO Justin Fanelli said the framework prioritizes measurable, outcome-driven results and creates a standardized pathway for vendors to transition solutions into operational use.

He described the framework as “institutionalized common sense,” adding it strengthens collaboration with industry and avoids the long-standing “valley of death” that often stalls innovation. The goal is to compress timelines from decades to months or years and embrace calculated disruption when new systems can replace outdated tools.

“We don’t want to be patient anymore,” Fanelli said.

The War Department’s acquisition transformation strategy prioritizes speed, flexibility and commercial integration to accelerate capability delivery across the national security ecosystem.

Senior Advisor for Supply Chain Keely Galloway said the War Department is moving away from stove-piped programs and toward portfolio acquisition executives empowered to make strategic tradeoffs across entire capability areas. The model embeds warfighters into iterative development cycles, fields commercial solutions first and replaces 1,000-page requirements with faster prototyping pathways that encourage smaller, innovative firms to compete.

“We need to shift the department’s acquisition process from this impenetrable fortress … to being a magnet for innovation,” Galloway said.

The War Department’s January Innovation Ecosystem memo is a key part of the effort to delivering critical technologies at speed. Deputy Assistant Secretary for Science and Technology Foundations Jacob Glassman said the directive enables horizontal integration across labs and offices, bringing decision-makers into the same room and compressing timelines that once stretched months or years.

The model is expanding beyond internal coordination to support a broader national innovation ecosystem, aligning efforts with federal partners like NASA and the Energy Department through shared digital tools and increased transparency.

IT officials are sharpening focus on data practices and prioritizing operational use over experimentation as artificial intelligence becomes increasingly integrated into federal systems.

Maj. Christopher Clark, AI lead for the Marine Corps Service Data Office, said the service is rejecting a technology-first mindset and instead defining mission problems before selecting tools to apply AI only when appropriate. Leaders emphasized that synthetic, lab-based data often fails to reflect messy, real-world conditions, making validation, security and continuous monitoring critical as systems scale.

Officials pointed to examples like the Defense Health Agency’s FDA-cleared Appraise-HRI decision support tool, which helps medics assess hemorrhage risk in combat environments, as proof that AI can move responsibly from lab to field.

Small, unmanned aircraft systems are reshaping modern conflict and homeland security, forcing the War Department to rethink how it detects, tracks and neutralizes low-cost aerial threats.

Col. Scott Humr, director of science and technology for Joint Interagency Task Force 401, said small UAS are “cheap, accessible, adaptable and increasingly lethal,” lowering the barrier to entry for adversaries and changing the character of warfare. The task force is shifting from a “community of interest” to a “community of action,” synchronizing counter-UAS efforts across the Pentagon to rapidly field capabilities at scale.

Lessons from Ukraine underscore the urgency, as low-cost drones have demonstrated both tactical and psychological impact against military and civilian targets. “Small UAS have fundamentally changed the character of conflict, of security and safety for the public,” Humr said.