360°
Continuous monitoring using radar
Vessel
The ISACA Autonomous Surface Vehicle (ASV) is a next-generation unmanned marine platform engineered to operate independently across a wide range of maritime missions.
GPS-driven localization for intelligent maritime navigation
Pre-set waypoints and adaptive course correction
Control from land-based or onboard operator stations when necessary
Incorporates terrain data, marine traffic, and environmental conditions to compute the most efficient and safest navigation path
Ensure mission continuity through intelligent error correction and fallback systems
INS(Inertial Navigation System) offers 1% distance travelled performace in GPS/GNSS denied conditions
Engineering the intelligence, safety, and autonomy behind real-world maritime operations
Continuous monitoring using radar
Long-range maritime target detection
Navigation decisions aligned with maritime collision regulations
Autonomous decision support and navigation
COLREG by International Maritime Organization MARPOL (Marine Pollution)
Noise - Low Noise Level. Pollution Prevention - Zero Emission. Operating Range - 0°C to 55°C. Storage Range - 20°C to 70°C
Unmanned Surface Vehicle (USV)
Distress Signals, Shutdown Systems, GPS-Enabled Beacons
ISACA's navigation core is built for fully autonomous operations, yet flexible enough to allow manual interventions
A robust mix of Radar and Infra-red/RGB cameras that continuously scans the environment to detect obstacles and gather real-time data.
Up to 2nm range
Up to 3km range
5nm+ range
Enables the boat to move without human input by sensing its surroundings, planning routes to waypoints, and dynamically replanning when obstacles appear.
The boat runs autonomously but can be instantly taken over using the remote joystick if a collision risk or replanning failure occurs.
Fully electric propulsion for cleaner and noise-free operations
Mercury OBM Combabilities
The motor type we have integrated in the vessel with 20HP output
Autonomous speed could reach up to
Enables autonomous maritime surveillance, monitoring, and vessel operations across coastal, inland, and offshore environments