DataXplorer Protect
usvSolar-powered autonomous surface vehicle with 360° visual, thermal, radar, AIS, and hydrophone sensors, edge AI detection, and satellite/cellular comms, for maritime security and defense missions.
Open Ocean Robotics designs solar-powered, autonomous uncrewed surface vehicles (USVs) and associated command-and-control and AI analytics software for ocean data collection, maritime security, and environmental monitoring.
Solar-powered autonomous surface vehicle with 360° visual, thermal, radar, AIS, and hydrophone sensors, edge AI detection, and satellite/cellular comms, for maritime security and defense missions.
Solar-powered autonomous surface vehicle for environmental monitoring, including eDNA sampling, water quality studies, and biodiversity assessment; operates in water as shallow as 0.5 m.
Solar-powered autonomous surface vehicle for hydrographic research, habitat mapping, and multi-day environmental monitoring, with multibeam sonar payload options.
Solar-powered autonomous surface vehicle with a towed hydrophone (50 m cable) and onboard acoustic AI edge-processing for marine mammal monitoring, maritime domain awareness, and port security.
Solar-powered autonomous surface vehicle for continuous meteorological and oceanographic data collection, rated to operate in Beaufort 8 wind conditions.
Trailer-deployable solar charging and launch station supporting up to two DataXplorer USVs, with integrated Starlink connectivity for remote coastal field operations.
Command-and-control software platform for mission planning, real-time telemetry, navigation overlays (AIS, charts, bathymetry), and mission replay for Open Ocean Robotics' uncrewed surface vehicles.
AI analytics for USV sensor data: Enhanced Horizon (vision-based vessel and debris detection) and Underwater Listener (real-time acoustic classification from hydrophone data).