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    Orica GroundProbe next-gen system: slope monitoring shifts explained for mine engineers

    April 16, 2026|

    Reviewed by Tom Sullivan

    Orica GroundProbe next-gen system: slope monitoring shifts explained for mine engineers

    First reported on Geoengineer.org – News

    30 Second Briefing

    Orica has launched a next-generation GroundProbe geotechnical monitoring solution from Melbourne, integrating radar, LiDAR and AI-based data processing to deliver faster, higher-resolution slope stability measurements for open-pit mines and tailings storage facilities. The system combines real-time deformation monitoring with automated alarms and cloud-based visualisation, enabling earlier detection of wall movement and remote decision-making from control centres. For geotechnical teams, the key shift is from periodic survey checks to continuous, sensor-fused monitoring that can be scaled across multiple pits and TSFs.

    Technical Brief

    • Wider adoption could push regulators and owners to treat continuous, fused-sensor monitoring as a de facto safety baseline.

    Our Take

    Across recent Mining coverage, Orica appears frequently in Product- and Safety-tagged pieces, signalling a deliberate push to position its digital tools, including GroundProbe, as a bundled risk-management offering rather than standalone explosives or monitoring products.

    The 2 April 2026 item on Orica taking its BlastIQ cloud platform to smaller North American quarries suggests this new GroundProbe solution is likely to be rolled into the same digital ecosystem, which would make it easier for mid-tier operators to adopt advanced geotechnical monitoring without bespoke integration work.

    With this launch coming out of Australia, where slope stability and tailings monitoring are under close regulatory and investor scrutiny, the GroundProbe upgrade is likely to be tested first in that market before being exported to other high-regulation jurisdictions covered in our Mining database.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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