Prevent Corrosion. Map Assets. Ensure Safety.

Protect your offshore assets from relentless saltwater corrosion before they compromise integrity. Inspect deepwater pipelines and platforms without sending personnel into hazardous zones. Stay ahead of equipment failures with real-time condition insights to avoid costly shutdowns. Navigate tight access points and complex structures for thorough, non-invasive inspections. Comply effortlessly with strict safety and environmental regulations to protect both people and reputation.

From hidden depths to full insight, DDS3 gives offshore operators unparalleled visibility and control over submerged assets.

KEY BENEFITS

Corrosion Detection:

Ultrasonic probes, sonar and cameras identify corrosion, cracks and thickness loss.

Zero Downtime:

Live, through-access-point surveys mean no platform shutdowns and uninterrupted production.

3D Profiling:

Profiling sonar and LiDAR generate high-resolution cross-sections to map deformations, sediment buildup and structural anomalies.

Asset Mapping:

IMU, encoders and sonar fuse to pinpoint defects at exact depths and geo-referenced locations.

Risk Reduction:

Proactive monitoring and fully traceable reports help you meet stringent safety and environmental regulations.

ROBOTIC SUITE

Offshore platforms, risers, caissons, and subsea pipelines operate in high-pressure, saltwater-soaked environments that are often impossible to access by divers or ROVs.

With PIPEIN’s DDS3 you get a non-invasive, data-rich inspection solution that fits through small access points (≥50×35 cm), withstands up to 60 bar, and integrates your choice of sensors—ultrasonic probes, 360° cameras, hydrophones, profiling sonar and 3D LiDAR—to capture corrosion, leaks, cracks, deformations and more in a single pass.

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.