Key features
Built to detect early, verify quickly, and keep every stakeholder aligned with the same secure data.
Continuous cloud syncing
Oil spill event data syncs to the cloud for easier collaboration and faster decisions.
Secure access & traceability
User authentication, access control, and traceability of operator actions support accountability.
Remote configuration
Remote configuration options simplify operations and can reduce maintenance costs.
Fully automated detection
Automatic operation, with the option to switch to manual mode during recovery guidance.
Early alarm generation
More time to verify, characterize, and decide the appropriate response.
Multi-indicator interpretation
Triggers alarms only when the “right” combination of indicators is identified.
High sensitivity, low false alarms
Designed to reduce costly false alarms without dialing down sensitivity.
Low visibility support
IR and optical cameras help verify and characterize detections in darkness/low visibility.
Actionable response insights
Supports faster, more efficient deployment of booms and skimmers during response.
Why it matters
Early detection is critical—but so is avoiding false alarms that can trigger expensive manual activity.
The system emphasizes both sensitivity and operational efficiency.
- 24/7 surveillance for offshore installations, vessels, and shore stations.
- Shared real-time view for stakeholders via cloud-enabled data syncing.
- Automatic upload of spill event files can streamline reporting and compliance workflows.
Who benefits
Used by port and coastal agencies, oil companies, ship owners, and oil spill response organizations worldwide—
ideal for teams needing reliable detection plus real-time stakeholder collaboration.
Ship owners & operators
Continuous monitoring to protect assets and support fast response decisions.
Offshore installations
Always-on surveillance with early alarms for verification and response planning.
Port & coastal agencies
Shared real-time information enables coordinated, multi-stakeholder action.

