Marine
Master the ocean with smart autonomy
Seabed Mapping
We support subsea vehicle manufacturers in the complete robotization of vehicles for seabed monitoring for archaeological purposes and the laying of subsea infrastructure. Equipped with advanced sensors such as echo-sounder and sub-bottom profiler, and an advanced autonomous guidance system, the autonomous vehicles accurately detect the morphology of the seafloor and the underlying geological layers, with rapid, repeatable and low-cost inspections, reducing risks to human operators.
Water Analysis
Marine autonomous vehicles enable continuous sampling of chemical and physical parameters such as pH, salinity and dissolved oxygen, even in remote or hazardous environments. Equipped with multiparameter sensors, fluorometers and CTD probes, they collect real-time data on water columns and coastal areas. Operational autonomy enables long-duration missions that can be scheduled via mission planner and monitored remotely.
Marine Infrastructure Inspection
Autonomous vehicles enable detailed inspection of piers, dams, pipelines and offshore platforms without disrupting operations. Equipped with multibeam sonar, high-resolution cameras and DVL (Doppler Velocity Log), they acquire accurate data even in murky waters. Mission replay software enables post-operation analysis and historical comparison. Autonomy reduces time and cost compared to manual diving, increasing the frequency and quality of inspections.
Surface Patrol Operations
We collaborate with vessel manufacturers for environmental protection and border protection. Autonomous patrol vessels ideally operate 24/7 for surveillance of maritime areas, with reduced costs compared to manned units. Equipped with rugged cameras, they identify suspicious vessels or intrusions in real time. The integration of intelligent route planning and target tracking algorithms enables rapid and coordinated responses.
Surface Transportation
Autonomous maritime transport improves logistical efficiency by reducing downtime and dependence on human crews. It is ideal for ports, lagoons, and island-to-land links. Equipped with collision avoidance modules for inland and port navigation, routes are defined through dynamic path planning and updated in real time, increasing safety in last-mile delivery operations via water.
