Prevent Leaks. Map Networks. Extend Asset Life.

Detect cracks, leaks, and deformation underwater Inspect siphons and drains without stopping flow 3D mapping with sonar, UT, and lidar Enter via manhole — no excavation required Make maintenance decisions based on real data

From blind spots to clarity, DDS3 gives operators full visibility and control over buried water and wastewater infrastructure.

KEY BENEFITS

Defect Detection:

Sonar, hydrophones and cameras identify leaks, cracks, blockages, and wall damage in submerged pipes.

No Service Disruption:

Inspections are done live, through manholes or pipe entries — no draining needed.

Geometric Profiling:

LiDAR and sonar generate cross-sections and detect sediment buildup or deformations.

Position Referencing:

IMU and encoders allow for segment-level mapping, tracking issues by exact location.

Proactive Maintenance:

Rich data supports long-term planning, reducing emergency repairs and costs.

ROBOTIC SUITE

Water and wastewater networks often consist of aging infrastructure hidden deep underground or submerged in service. Pipelines, siphons, and tunnels suffer from leaks, cracks, sediment build-up, and structural wear — but inspecting them is challenging, costly, and often requires disruptive shutdowns.

With DDS3, PIPEIN delivers a non-invasive, data-rich alternative. Our robotic suite can access pressurized, submerged, or hard-to-reach assets through small manholes, capturing high-resolution data with sonar, ultrasonic probes, LiDAR, hydrophones for acoustic leak detection, and onboard navigation systems. The result is a detailed understanding of asset condition, allowing operators to pinpoint leak sources, prevent failures, optimize maintenance, and extend the life of critical water infrastructure.

DIGITAL TWIN

All inspection data — including visual, structural, and geometric layers — is processed and visualized through the Seahorse platform. This creates a detailed digital twin of the asset, allowing operators to monitor deterioration, plan interventions, and document the infrastructure lifecycle over time.