Imagine trying to keep a clean room while working in a dark, deep ocean. This project builds a network of underwater robots and sensors that act like security cameras and air quality monitors for the seabed. It sends live data to the surface so companies can stop any damage before it becomes a disaster.
Deep sea mining faces severe regulatory hurdles and environmental risks due to a lack of real-time data from the seabed. Current monitoring is often too expensive or lacks the precision to prevent environmental harm.
An integrated system of static and mobile underwater observatories with automatic sensors and high-capacity data pipelines for near real-time monitoring.
If you are a mineral exploration firm dealing with strict environmental permits — this project developed an integrated system of mobile and static observatories that provides real-time data to supervising authorities. This ensures your operations stay within legal limits and avoid costly shutdowns.
If you are a sensor manufacturer dealing with extreme pressure and remote connectivity — this project developed an innovative underwater communication and positioning infrastructure. This allows your hardware to operate autonomously in remote areas under extreme conditions.
If you are a consulting agency dealing with unreliable baseline data for the ocean floor — this project developed a system for continuous environmental impact assessment. This provides statistically robust baselines and reliable indicators of environmental status.
Based on available project data, specific pricing is not provided, but the project objective is to create a cost-effective monitoring solution through adaptive observation strategies.
Yes, the system uses a combination of static and mobile observatory platforms to ensure optimal spatiotemporal coverage of monitoring areas.
Based on available project data, licensing terms are not specified, but the data is designed to be INSPIRE compliant and available through EMODnet.
Yes, the monitoring and inspection system is specifically designed to comply with international and national legal frameworks.
The project period runs from 2023-01-01 to 2027-12-31, suggesting full deployment capabilities toward the end of 2027.
The consortium is heavily weighted toward research and technical expertise, featuring 25 partners across 10 countries. With 11 research organizations and 4 universities, the project is science-driven, but it maintains a 24% industry ratio (6 companies, including 5 SMEs), ensuring that the developed sensors and data pipelines have practical commercial application.
Contact INESC TEC in Portugal for technical specifications on the observatory platforms.
Contact us to connect with the TRIDENT consortium for early adoption of deep-sea monitoring tools.
