Mirai provides software-defined robotic vessels and AI-driven information platforms that unify sensing, autonomy, and command into a continuous maritime operating system.
Funding
Funding not disclosed
Founders
Product
Problem
Maritime monitoring relies on crewed vessels, periodic patrols, and intermittent satellite imagery, which leaves large portions of the ocean unobserved and limits continuous situational awareness. Human operators are subject to fatigue, safety risks, and high operational costs, constraining the scale and duration of maritime missions.
Solution
Mirai delivers a software-defined autonomous stack that equips robotic vessels with integrated sensing, navigation, and command capabilities, enabling dock-to-dock operation without onboard crew. The platform combines real-time sensor fusion with AI-driven decision intelligence that is refined after each mission, providing persistent intelligence, surveillance, and reconnaissance (ISR) across inshore and offshore environments. Vessels can execute supervised navigation for critical tasks or operate fully autonomously for extended periods, adapting to any sea state or weather condition. By unifying vessel control, data collection, and analytics into a single continuous operating system, Mirai reduces the need for human intervention, lowers operational costs, and expands coverage to areas that are unsafe or impractical for crewed platforms.
Target Audience
Primary customers are naval and coast‑guard agencies, port and harbor authorities, offshore energy operators, and maritime security firms that require continuous, low‑cost surveillance and autonomous operation in contested or remote maritime zones.
Features
- Software-defined robotic vessels with modular payloads for customizable sensor suites
- Dock-to-dock autonomous navigation that handles launch, mission execution, and return without crew
- AI-powered decision engine that learns from mission data to improve situational awareness and route planning
- Integrated sensing and command layer delivering real-time ISR data streams to a cloud analytics platform
- Persistent surveillance capability supporting weeks-long deployments without crew rotation
- Supervised navigation mode for critical operations requiring human oversight
- Full autonomy across inshore to offshore conditions, including adverse weather and high seas
- Scalable architecture allowing multiple vessels to operate collaboratively as a coordinated fleet