Active bench faces
Track micro-creep on working benches in real time; call stop-work on the specific bench, not the whole mine.
DGMS-aligned Slope Stability Radar for open-cast mines - coal, iron, limestone, bauxite. Continuous, sub-millimeter monitoring of active benches, waste dumps and final walls.
SuryaGbSAR covers an entire open-cast operation from a single trailer-mounted installation, repositioned as the mine plan evolves.
Track micro-creep on working benches in real time; call stop-work on the specific bench, not the whole mine.
Long-range monitoring of high walls across pit dimensions - days of warning before large-scale rotational or wedge failure.
Detect progressive settlement and base-failure risk on external waste dumps during and after monsoon.
Continuous TSF embankment monitoring - a globally rising regulatory concern post-Brumadinho.
Identify unstable cut-slopes above critical haul roads before a rockfall blocks hauling or injures crew.
Automated DGMS monthly safety submissions, with full audit trail of every detected event and response.
India's Ministry of Coal and DGMS have moved slope-stability radar from "best practice" to procurement expectation for all major coal producers - with parallel noises from MoM for iron-ore and limestone.
Phased SSR rollouts starting with the largest open-cast operations.
Private operators moving ahead of regulatory minimums to protect production.
Geotechnical walkthrough, pit geometry scan, line-of-sight planning with the mine planner.
Foundation, SuryaGbSAR trailer positioning, power and comms setup - executed in a tight, well-rehearsed window.
Baseline interferograms captured, atmospheric correction tuning, SCADA / WhatsApp integration completed quickly.
24×7 monitoring active. Automated alerts route to mine control and the BharatSensing NOC.