LiDAR Terrain Intelligence
LiDAR-powered terrain intelligence for safer, more precise digging operations.
This solution combines real-time 3D scanning with operational guidance workflows so teams can improve dig-face visibility, payload discipline, and mine-plan compliance.
This solution provides a real-time LiDAR scanning and guidance workflow built for shovel operations in active mines. The system direction emphasizes immediate visibility of dig-face geometry and machine context, better pass-by-pass loading feedback, and reduced dependency on manual stakes or frequent survey intervention at the face. We present this as a solution engagement because value depends on fleet setup, dispatch integration goals, and the specific KPIs a site wants to optimize.
What this enables
- Real-time dig-face and machine context for operator decision support.
- Supports load and movement efficiency improvements through immediate feedback workflows.
- Enables richer terrain review with point-cloud data for engineering and operations teams.
Best fit for
- Open-pit mining teams optimizing shovel productivity and plan adherence.
- Operations requiring stronger integration between field execution and dispatch targets.
- Sites seeking safer, lower-friction terrain visibility workflows around active equipment.
Capabilities
Real-time terrain and guidance visibility
Operators get immediate 3D situational context to support grade control, dig boundary awareness, and reduced rework.
Operational performance telemetry
Pass-level loading visibility and movement context help teams tune productivity, loading consistency, and execution against plan.
Point-cloud replay and analysis path
Captured terrain data supports deeper post-shift review, reconciliation workflows, and continuous improvement conversations.
Discuss LiDAR scanning deployments
Share your mining context through the contact form and we can scope a pilot or rollout plan focused on measurable operational outcomes.
Share your operating context, deployment constraints, pilot scope, and desired outcomes through our contact form.
Contact us