Pelagon Interdiction Dome

PEARLS forms the surveillance layer of the interdiction dome. A distributed sensor network designed for the site, its maritime approaches and the threat profile.

Understanding a signal starts with understanding the water it travelled through. ORCA learns two things at once: what is happening in the water, and how the water is changing what we observe.

The network models its own environment. Nodes emit known signals, the network records the distortion, and ORCA reconstructs the conditions that produced it, recalibrating as tides, seasons and weather shift. Each new site calibrates itself and starts producing within days.

Shallow coastal water is the hardest setting there is. The same source can look completely different for two hydrophones one kilometer apart. ORCA uses arrival times, phase, multipath and modal structure together, so it can separate what the water did from what the source did.

The targets that matter are built to hide in traffic, infrastructure, marine life and weather. Soundscape models learn what normal sounds like, anomaly detection catches the unfamiliar, and physical consistency means a contact has to be physically plausible before it is called.

Every site adds new environments and new edge cases, normalized automatically into one representation. The dome gets better with every deployment.

Detection demands a response.

MARLIN provides the interception capability of the dome. Resident within the protected zone, it is tasked to investigate contacts and intercept threats in accordance with the mission mandate.

Pelagon OS connects PEARLS, ORCA and MARLIN into a coordinated interdiction system. It provides the software foundation for sensing, perception and interception, supporting operations through Pelagon C2 or integration with your existing C2.