HavocAI Showcases Rapid-Iteration Defense Autonomy With New Vessel Trials, Pilots, and Acquisitions

HavocAI Inc featured prominently this week with a series of defense-focused demonstrations and product milestones across autonomous maritime and multi-domain systems. The company highlighted that it has built more than 100 autonomous surface vessels over the past year, with about 40 reported as ready for deployment in maritime security roles.

HavocAI advanced its contested logistics portfolio with the Harbinger platform, a 40-foot semi-submersible autonomous low-profile vessel that completed its maiden full-power voyage as a subscale prototype. Designed, built, integrated, and launched in under 30 days, Harbinger’s 3D-printed hull was reportedly produced in just nine days, underscoring a fast-iteration approach.

The Harbinger prototype operated alongside a fleet of autonomous systems in recent exercises, testing coordinated logistics such as autonomous movement, resupply, unloading, and return while maintaining a low profile. Partnerships with Haddy and CEAD Group for large-format additive manufacturing support this rapid development cycle and may help reduce costs and time to field.

In maritime security, HavocAI participated in a pilot with SIX MARITIME and Austal USA’s San Diego shipyard, deploying multiple unmanned surface vessels to help protect U.S. Navy ships during maintenance. The autonomous systems used advanced sensing and secure communications to augment manned security teams and enhance maritime domain awareness.

The company also reported that its Rampage autonomous surface vessel outperformed competitors in a U.S. INDOPACOM evaluation off Oahu, delivering simulated medical supplies in rough conditions and relaunching with a swapped payload in 34 seconds. Evaluators reportedly focused on ease of use, mission turnaround, and delivery success, offering HavocAI additional technical validation in contested logistics scenarios.

At the POST 2026 event in Honolulu, HavocAI showcased live heterogeneous fleet control, tasking 42-foot Kaikoa and 14-foot Rampage vessels within seconds to conduct escort, sea denial, and maritime domain awareness missions. A separate U.S. Army xTech Pacific competition on Ford Island Channel saw HavocAI’s ASVs work alongside Army watercraft to detect and intercept surface threats with no sailors on the water.

Beyond hardware, HavocAI emphasized its autonomy software as a cross-domain orchestration layer through a field demonstration with Lockheed Martin and Vatn Systems in West Palm Beach. Three Rampage systems were integrated with Lockheed Martin’s user interface and subsurface unmanned systems to execute coordinated subsurface engagement, independent surface strike, and post-mission battle damage assessment scenarios.

Strategically, HavocAI announced acquisitions of MAVRIK Inc and Teleo to extend its autonomy capabilities into aerial and ground platforms as part of an “all-domain collaborative autonomy” architecture. While financial terms, contract values, and deployment timelines were not disclosed, the week’s activities collectively reinforced HavocAI’s positioning in defense logistics and security, with growing engagement from U.S. and allied stakeholders indicating a constructive outlook for its future opportunities.