Executive Summary
This research explores offensive mine technology for Very Shallow Water/Surf Zones (VSW/SZ) using WIEVLE-based autonomous underwater vehicles (AUVs). It proposes the Near-Offshore Effects and Mining Operation (NEMO) concept, a system-of-systems approach for denying adversary freedom of movement in contested littorals. The study identifies capability gaps in current U.S. mine warfare and recommends continued development of modular AUVs for rapid prototyping and fielding.
Why It Matters
This document is crucial for defense analysts as it outlines a novel approach to offensive mine warfare using autonomous systems in critical littoral environments, directly impacting naval strategy and force projection. It addresses a significant capability gap for U.S. maritime forces in contested areas.
Key Takeaways
- The WIEVLE AUV platform is proposed as a modular base for offensive mine agents in Very Shallow Water/Surf Zones (VSW/SZ).
- The NEMO concept offers a system-of-systems approach for VSW/SZ mining, utilizing clusters of AUVs for coordinated effects delivery.
- The research highlights a critical capability gap in U.S. offensive mining doctrine and technology for VSW/SZ environments, recommending rapid prototyping and fielding.
- The study emphasizes the use of non-kinetic to kinetic effectors and advanced AI/ML for enhanced autonomous navigation and target identification.
- The research supports the operational effectiveness of the Marine Littoral Regiment and Stand-in Forces in contested littorals like the First Island Chain.
Strategic Relevance
This research directly impacts naval strategy by proposing advanced offensive mine warfare capabilities for critical littoral zones, enhancing sea denial and supporting distributed maritime operations. It offers a significant advantage in gray zone conflicts and contested environments by leveraging autonomous systems and modular effectors.