HII Unveils Distributed Maritime Operations Framework Supporting Navy Hedge Strategy
HII introduced a next-generation distributed maritime operations framework integrating its warship portfolio with autonomous unmanned systems, containerized modular payloads and open-architecture control. The framework uses Minotaur Mission Management, Odyssey Autonomous Control and ROMULUS/REMUS vessels to deliver scalable ISR and combat effects aligned with the U.S. Navy Hedge Strategy.
1. Framework Overview
HII’s new distributed maritime operations framework integrates its core manned fleet with autonomous unmanned platforms, containerized effects modules and an open-architecture command and control backbone. This next-generation system is designed to provide commanders with scalable, networked ISR and strike capabilities across maritime, air, space, cyber and land domains.
2. Key Technology Components
The framework centers on the Minotaur Mission Management System for unified multi-domain sensor fusion and the Odyssey Autonomous Control System for coordinating unmanned platforms. ROMULUS unmanned surface vessels and REMUS undersea vehicles deliver modular payloads and extended subsea reach, while containerized modules enable rapid force reconfiguration.
3. Strategic Impact
By aligning with the U.S. Navy’s Hedge Strategy, HII’s approach shifts from platform-centric operations to distributed, manned-unmanned teaming, enabling faster decision-making and force projection at scale. Open architecture ensures seamless integration with joint and allied networks, enhancing interoperability and operational adaptability in contested environments.