Key Highlights
- Genesys International launches India’s first advanced IDS GeoRadar Ground Penetrating Radar system for 3D underground utility mapping.
- The technology enables high resolution detection of water pipelines sewer networks telecom cables and power lines beneath the ground.
- The system uses patented Equalised Scrambling Technology and wide multi array antenna technology for improved subsurface imaging.
- The solution supports creation of accurate digital twins of underground infrastructure for urban planning and construction safety.
- The technology is expected to support smart city projects metro construction highways and water infrastructure upgrades across India.
Genesys International Corporation Ltd announced the launch of an advanced IDS GeoRadar Ground Penetrating Radar (GPR) system designed for high precision 3D underground utility mapping in India. The technology enables authorities and infrastructure developers to detect and map buried utilities such as water pipelines, sewer networks, telecom cables, and power lines with greater accuracy.
The newly introduced system is powered by patented Equalised Scrambling Technology (EST) and Wide Multi Array Antenna Technology, enabling high resolution subsurface imaging. The solution marks a significant advancement in the detection, mapping, and digital documentation of underground infrastructure that is often poorly mapped or undocumented.
According to the company, the advanced GPR system can significantly improve infrastructure planning by providing detailed three dimensional insights into underground assets. The technology helps engineering agencies and urban planners reduce excavation risks, avoid accidental damage to existing utilities, and improve coordination across multiple infrastructure projects.
Genesys International plans to integrate the IDS GeoRadar technology with its digital mapping and 3D geospatial platforms, allowing cities and infrastructure developers to create accurate subsurface digital twins. These digital twins can enable authorities to visualise and monitor underground assets, supporting safer construction activities and better lifecycle management of urban infrastructure.
The solution is expected to play a key role in India’s ongoing smart city initiatives, metro rail development, highway expansion projects, and water infrastructure upgrades. By providing reliable underground intelligence, the system aims to minimise construction delays, reduce project risks, and support large scale infrastructure modernisation.