HavocAI provides an all‑domain collaborative autonomy stack that links maritime, aerial, and land unmanned systems into a single adaptive network. Its Havoc Control UI lets a single operator plan, direct, and monitor heterogeneous fleets in real time, while Havoc Cloud offers a self‑healing mesh communications layer and Havoc OS delivers onboard sensor fusion, navigation and collision‑avoidance for autonomous swarm operations.
Funding
$12.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
SVTVFounders
Product
Problem
Maritime operators face limited situational awareness, high risk to personnel, and communication disruptions when coordinating multiple autonomous vessels across contested or denied environments. Traditional command systems require extensive human staffing and cannot scale to manage heterogeneous fleets in real time.
Solution
HavocAI delivers an all‑domain collaborative autonomy stack that links vessels, sensors, and operators into a single adaptive network. The Havoc Control interface lets a single operator plan, direct, and monitor autonomous missions across sea, air, and land assets through an intuitive UI. Havoc Cloud provides a resilient mesh communications layer that maintains connectivity and data flow even under cyber, electronic, or kinetic interference. Onboard Havoc OS equips each unmanned system with sensor fusion, navigation, and collision‑avoidance capabilities, enabling swarm behavior, autonomous escort, contested logistics, and persistent maritime domain awareness without extensive retrofitting.
Target Audience
Primary customers are naval and coast‑guard operators, maritime security agencies, and defense logistics planners that require coordinated control of autonomous surface and aerial assets for surveillance, escort, and contested resupply missions.
Features
- Havoc Control: modular, operator‑centric UI for real‑time mission planning, tasking, and instant human override of autonomous actions
- Havoc Cloud: distributed mesh network with self‑healing links (including Starlink BLOS) that sustains command and data exchange in denied or degraded communications environments
- Havoc OS: onboard autonomy software that fuses radar, optical, infrared, and electronic sensor inputs into a unified situational picture and provides autonomous navigation and collision avoidance
- Scalable fleet management supporting single‑vessel to large‑scale swarm operations across multiple mission phases
- Integrated maritime platforms (Rampage, Kaikoa, Atlas mUSV) offering modular payload capacity for domain awareness, contested logistics, electronic warfare, and strike missions
- Sensor‑agnostic data fusion delivering continuous tracking, classification, and prioritization of surface contacts for trusted decision making
- Resilient command architecture that enables autonomous escort, threat interception, and cargo delivery without exposing personnel to risk