Shield AI and HII Integrate Autonomous Technology to Advance U.S. Navy’s Unmanned Surface Vessel Capabilities

Shield AI and HII Demonstrate Seamless AI Integration in Unmanned Surface Vessels

Shield AI and Huntington Ingalls Industries (HII) have announced a significant milestone in autonomous naval technology: the successful integration of Shield AI’s artificial intelligence software into HII’s unmanned surface vessel (USV) platform. The demonstration showcased how AI-driven autonomy can enhance mission execution, navigation, and operational safety across the U.S. Navy’s growing fleet of unmanned systems.

The collaboration builds on the U.S. Navy’s push toward greater autonomy at sea—part of its Unmanned Campaign Framework designed to integrate artificial intelligence, data fusion, and machine learning into distributed maritime operations.

Advancing Autonomous Maritime Operations

According to Shield AI, the test proved that its AI pilot software, known for powering autonomous flight in unmanned aircraft like the MQ-35A V-BAT, can now enable similar autonomous behaviors in maritime environments. The system allows a vessel to perceive surroundings, make navigational decisions, and execute missions with minimal human oversight.

HII, one of America’s largest shipbuilders and defense contractors, provided the USV platform for integration. The successful trial underscores HII’s strategic investment in autonomous and robotic technologies as the Navy accelerates its shift toward manned-unmanned teaming.

“The integration demonstrates the scalability of AI autonomy across domains—air, land, and sea,” said a Shield AI representative. “It’s a step toward a fully networked fleet capable of operating intelligently and collaboratively.”

Strategic Importance for the U.S. Navy

The U.S. Navy has increasingly prioritized unmanned surface vessels as part of its modernization strategy. Programs such as the Medium Unmanned Surface Vessel (MUSV) and Large Unmanned Surface Vessel (LUSV) are aimed at extending naval reach, improving situational awareness, and reducing risks to human crews.

By incorporating Shield AI’s autonomy suite, future naval operations could see a reduction in crewed missions in high-threat environments and expanded operational endurance for unmanned assets. The technology also supports the Navy’s “Distributed Maritime Operations” concept—leveraging autonomous systems to create flexible, resilient battle networks.

HII’s involvement reinforces the company’s commitment to emerging naval technologies. Through its Mission Technologies division, HII has been developing advanced C5ISR (Command, Control, Communications, Computers, Combat Systems, Intelligence, Surveillance, and Reconnaissance) solutions and has partnered with the Navy on several unmanned and AI-enabled projects.

Analysis: What This Means for U.S. Defense and Global Security

The integration of Shield AI’s autonomy into HII’s surface platforms marks a pivotal step toward AI-enabled naval warfare. It reflects the Pentagon’s broader objective of maintaining technological superiority over peer competitors such as China and Russia, both of which are advancing their own autonomous maritime systems.

For the U.S., the ability to deploy unmanned vessels that can operate independently for extended periods could transform naval strategy—shifting from manpower-heavy operations to data-driven, adaptive fleets. Such systems could conduct surveillance, electronic warfare, or logistics missions autonomously, freeing manned warships for higher-priority combat roles.

Globally, this development underscores the growing role of artificial intelligence in defense innovation. It may also signal increased collaboration between U.S. defense contractors and AI startups, aligning commercial technology advancements with military needs.

Conclusion: Charting the Future of Naval Autonomy

The successful integration between Shield AI and HII highlights the convergence of shipbuilding expertise and cutting-edge artificial intelligence. As the U.S. Navy continues to invest in autonomous maritime operations, partnerships like this one could accelerate the deployment of intelligent, unmanned systems across its global fleet.

Looking forward, autonomous surface vessels—empowered by AI pilots—could become key components of future naval task forces, capable of executing missions beyond human endurance or communication limits. The development marks a decisive move toward a more connected, autonomous, and resilient U.S. Navy.