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    Orica’s next-gen GroundProbe: geotech monitoring takeaways for mine slope teams

    April 8, 2026|

    Reviewed by Tom Sullivan

    First reported on International Mining – News

    30 Second Briefing

    Orica Digital Solutions has launched a next-generation GroundProbe geotechnical monitoring platform aimed at mine slope stability, combining “future-ready” hardware with new software workflows for faster, higher-confidence decisions. The system is designed for quick, low-touch deployment and intuitive, risk-based monitoring workflows so small geotechnical teams can manage continuous radar or laser-based surveillance with less manual intervention. Orica is pitching the upgrade at operations needing rapid setup and streamlined data interpretation to support day-to-day geotechnical risk management around highwalls, tailings and pit ramps.

    Technical Brief

    • Low-touch deployment reduces time personnel spend near potentially unstable slopes during installation and setup.
    • Faster end‑to‑end workflows aim to shorten the interval between deformation detection and operational response.

    Our Take

    GroundProbe’s new geotech monitoring launch sits alongside Orica’s recent push to roll out its BlastIQ cloud platform to smaller North American mines and quarries, signalling a strategy to standardise digital tools across both blasting and slope stability workflows.

    Within our Mining safety-tagged coverage, Orica appears more frequently in connection with digital and sensing products than most explosives peers, suggesting it is positioning GroundProbe and other platforms as a differentiated, higher-margin services layer on top of its traditional consumables.

    For operators, tighter integration between Orica Digital Solutions and GroundProbe could allow a single data environment for blast design and wall movement monitoring, which in practice tends to reduce manual data handling and shorten response times to emerging geotechnical hazards.

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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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