Millimeter precision, kilometers of reach
Detects deformation as small as 0.1 mm over ranges up to 4 km - enough to catch the earliest tremor of a slope, crack, or arch long before the naked eye can see it.
SuryaGbSAR is a made-in-India, 24×7, all-weather ground radar that detects sub-millimeter movement across mines, dams and bridges - giving you days, often weeks of warning before failure.
SuryaGbSAR is a ground-based synthetic aperture radar that continuously scans critical assets - mines, dams, bridges - at sub-millimeter precision, day and night, in all weather, with the reliability and cost structure only possible when it's built in India.
Detects deformation as small as 0.1 mm over ranges up to 4 km - enough to catch the earliest tremor of a slope, crack, or arch long before the naked eye can see it.
Unlike LiDAR, optical or manual surveys, radar cuts through dust, haze, fog, rain and darkness. No downtime - no monsoon blind spots, no night-shift blackouts.
Made in India means nationwide deployment, not expensive pilots - with the same data fidelity as imported systems at a fraction of the lifecycle cost.
All data stays in India. No foreign telemetry, no export-controlled components, no vendor-locked cloud. Designed to be auditable by national agencies.
ML models trained on Indian terrain convert raw movement into risk scores, automated alerts, and evacuation leads - days to weeks before a failure event.
Engineered for 50°C heat, dust storms, monsoon floods, patchy grid power, and long logistics cycles. Field-serviceable with parts made on-shore.
The same SuryaGbSAR platform - productised for three of India's most critical, most under-monitored infrastructure categories.
DGMS-mandated monitoring across India's open-cast operations - coal, iron, limestone. MCL, SECL, SCCL, Adani.
DRIP-aligned monitoring for India's large-dam portfolio. NHPC, NHDC, State WRDs.
MoRTH-mandated, real-time Structural Health Monitoring across India's major bridge network. NHAI + State PWDs.
Operators from defence, avionics, ML/AI and manufacturing - building the sensing stack that India's infrastructure decade requires.