Emesent–Trimble SLAM data integration: workflow implications for mine survey teams
Reviewed by Tom Sullivan
First reported on International Mining – News
30 Second Briefing
Emesent has integrated its Hovermap mobile SLAM scanners directly with Trimble Business Center and the Trimble Connect cloud platform, creating a “capture, connect and create” workflow for underground and surface mine surveys. Point clouds from autonomous drone or handheld Hovermap runs can now be imported into Trimble Business Center without manual file handling, then shared via Trimble Connect for design, reconciliation and geotechnical analysis. The move targets faster turnaround from raw SLAM data to registered models, particularly for complex stopes, drives and inaccessible voids.
Technical Brief
- Integration was announced at INTERGEO 2026, targeting geospatial and survey professionals adopting mobile SLAM.
- Similar SLAM–design platform integrations are likely to become standard for complex underground mining environments.
Our Take
Emesent’s SLAM data integration with Trimble Connect sits alongside Emesent’s CRC‑P backed Cortex AI work on GPS‑denied autonomy, suggesting a pipeline from underground data capture through to higher‑level autonomous decision tools rather than just visualisation.
Recent Trimble pieces in our database – including the Prolec SiteGuard Pro tie‑in with Trimble Earthworks and the SketchUp Pro Civil Contractor link to Siteworks – show Trimble systematically wiring third‑party and in‑house tools into a common 3D workflow, so Emesent’s SLAM feed is likely to be treated as another native data source in that ecosystem.
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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