Case Studies

Real-world results with Kurloo geomonitoring

See how engineers and asset owners use Kurloo to monitor ground and structural movement across mining, infrastructure, and environmental projects.

These case studies demonstrate how continuous GNSS monitoring delivers defensible, 6D Movement Intelligence, enabling earlier risk detection, safer operations, and better-informed decisions.

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How Kurloo helped a tailings storage facility operator meet regulatory expectations. Deployed and operational within a week, the Kurloos delivered daily millimetre-level 6DoF measurement across all four embankment faces, increasing data frequency more than 20-fold with no production disruption and no routine site access required.
How Kurloo delivered daily automated seawall monitoring across a marine construction zone at Port of Brisbane, reducing survey labour by up to 90% and providing 365-day automated readings without exposing personnel to hazardous offshore conditions.
How Kurloo was deployed in three days following a state of emergency to monitor a landslide threatening urban infrastructure — supporting ground movement detection in under three hours and giving council the confidence to reopen the road and return residents to their homes.
How Kurloo delivered continuous, defensible subsidence monitoring over a legacy block cave, reducing the need for personnel to access high-risk areas, providing 24/7 ground-truth for model validation, and enabling proactive risk management with full data traceability.
A large hard rock mine in high-relief terrain experienced significant localised slope movement along an active quarry wall, causing visible cracking and vertical displacement at the crest. No equipment damage or injuries occurred, but the event raised concerns about ongoing instability and risks to personnel and plant operating below.
How Kurloo replaced ad-hoc surveys with daily 3D geomonitoring for a geotechnical consultancy — enabling up to 95% earlier risk detection, 75% faster reporting, and evidence-based decision making across slope stability, coastal erosion, and landslide projects.