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Metal Shark and HavocAI: Revolutionizing Naval Warfare Through Autonomy

In a landmark announcement made on October 10, 2025, Metal Shark, a prominent boat manufacturer based in Louisiana, and HavocAI, an innovator in maritime swarm autonomy, have unveiled their strategic partnership. The collaboration aims to integrate Havoc's cutting-edge autonomy platform into Metal Shark's fleet of High-Speed Maneuverable Unmanned Surface Vessels (HSMUSVs). This unprecedented initiative underscores the availability of advanced maritime capabilities essential for the defense of the United States and its allies.

The new partnership brings together two industry leaders, with Metal Shark being a major provider for the U.S. Armed Forces and HavocAI recognized for its exceptional developments in maritime technology. Havoc's autonomy platform is already actively employed by the U.S. Navy and Army, proving its effectiveness in real-world operational contexts. This innovative technology allows a single operator to manage multiple vessels with remarkable efficiency, enabling complex operations and enhancing interoperability across diverse maritime assets.

CEO Paul Lwin of HavocAI emphasized the significance of the partnership by stating, "We are not merely announcing a collaboration; we are showcasing that real autonomy is currently implemented in existing combat platforms." The alliance aims to solidify the role of autonomous vessels in modern naval strategies, allowing military forces to execute operations with enhanced coordination and firepower through intelligent boat swarms.

Metal Shark's track record of constructing reliable military vessels further complements HavocAI's technological capabilities. The company has successfully secured numerous contracts with the U.S. Navy, producing advanced patrol boats that meet rigorous operational demands. Their latest projects include next-generation combat craft and innovative platforms like the Long Range Unmanned Surface Vessel and the Frenzy micro-USV.

This groundbreaking partnership addresses the pressing need for heterogeneous fleet coordination within the U.S. military and allied forces. The ability to operate mixed fleets that incorporate varying sizes and capabilities is crucial for maximizing mission flexibility and resource utilization. Chris Allard, CEO of Metal Shark, articulated this sentiment, stating, "We chose to collaborate with Havoc because they are showcasing tangible operational results in the realm of autonomous surface vessels."

Furthermore, the partnership opens avenues for operators to leverage existing vessels while integrating advanced autonomous functionalities. This adaptability signifies a departure from traditional single-vendor systems, offering military clients a pathway to modernize their fleets efficiently.

Over the last two decades, Metal Shark has delivered more than 2,000 vessels to military clients around the globe. The company prides itself on high-quality construction and timely deliveries, producing approximately 200 vessels annually from its Louisiana facilities.

As for HavocAI, the company has confirmed successful operational demonstrations, where one operator managed 25 autonomous vessels across multiple locations, showcasing the robustness and scalability of its collaborative autonomy technology. This achievement reiterates the potential for transforming maritime operations, enabling a single operator to gain unprecedented control in high-stakes environments.

Looking ahead, both companies are committed to pushing the boundaries of maritime technology and improving military efficacy. With funding initiatives and production partnerships in place, including collaborations with Lockheed Martin, HavocAI is quickly becoming a cornerstone in autonomous naval technology.

In conclusion, the collaboration between Metal Shark and HavocAI marks a significant step forward for the defense sector, enabling military forces to operate with enhanced efficiency and effectiveness. As these two pioneers combine their expertise, the future of naval warfare appears poised for an autonomous revolution, redefining how missions are executed on the open waters.