Connect
Connect the Control App to a compatible SafeSight capture system.
SAFESIGHT CONTROL APPFIELD-READY DIGITAL INSPECTION
Mine Scanning Software 01
SafeSight Mine Scanning Software
See the Mine Scan Before You Leave.
The SafeSight Control App gives underground operators direct control over compatible SafeSight scanning workflows while displaying the developing 3D point cloud in real time.
The objective is simple:Know whether you captured the geometry before a missing area becomes another underground trip.
Connect. Command. Watch. Verify.
REAL-TIME
Point Cloud Visibility
ON-SITE
Geometry Verification
LAS / PCD
Supported Field Exports
GPS-DENIED
Underground Native
02 Operating context / field challenge
A Scan Can Finish Before the Survey Is Finished.
The scanner stops. The equipment leaves the heading. The data reaches the office.
Then someone discovers a surface or area was not captured as expected. The cost is no longer a few missing points. It can become:
- another underground trip →
- another setup →
- another capture →
- another transfer →
- another delay.
THE BEST TIME TO FIND A MISSING SCAN
IS WHILE THE SCANNER IS STILL THERE.
03 Workflow / Field control
Control the Underground Scan From One Interface.
FIELD OPERATION PATHFIELD CONTROL / SYSTEM VIEWThe path to verified dataEnd-to-end interface
Command
Start and stop supported scanning operations directly from the app.
Watch
See the point cloud develop through SafeSight Live Render.
Verify
Evaluate whether the required underground geometry appears to have been captured.
Export
Move supported field data into the next stage of the survey workflow.
04 Technology / Live verification
Watch the Point Cloud Form in Real Time.
SafeSight Live Render provides a real-time representation of the developing point cloud during compatible underground scanning.
Instead of separating capture from the first data review, Live Render allows the operator to see the geometry while the scan is still taking place.
CAPTURE IS HAPPENING NOW.
DATA REVIEW SHOULD NOT HAVE TO WAIT UNTIL LATER.
05 Quality control / field confidence
Move Part of Mine Scan QA/QC Into the Field.
Verify the Scan Before You Leave the Heading.
Real-time visualization gives the operator an immediate way to evaluate the developing dataset.
The Control App does not replace professional survey validation. It provides the field operator with immediate visual feedback from compatible capture systems.
It can help answer practical field questions:
- Did the scan reach the target area?
- Is an important surface visible?
- Does an area appear incomplete?
- Should another pass be made?
- Is the point cloud forming as expected?
"DID WE CAPTURE WHAT WE CAME HERE TO CAPTURE?"
Live Render Is the Field Check. Processing Comes Next.
Real-time point-cloud visualization is intended to support field decisions. It is not the final cleaned, geo-referenced and processed survey dataset.
FIELD STAGE
Control App
Field control + initial verification.
PROCESSING STAGE
Eclipsed
Mine point-cloud processing and alignment.
MANAGEMENT STAGE
NimbVault
Data management + visualization.
TECHNICAL STAGE
Qualified Workflow
Final technical use in survey / engineering software.
06 Ecosystem integration / supported systems
One Mine Scanning Interface. Multiple SafeSight Capture Systems.
SAFESIGHT HARDWAREPLATFORM
SafeScanner
Use the Control App with compatible SafeScanner scanning workflows to control capture and see the developing point cloud.
Explore SafeScanner →PLATFORM
DBV
Use compatible SafeSight software during underground drone mapping to review scan information while the mission is underway.
Explore DBV Mapping →PLATFORM
MRC Rail Runner
Use compatible SafeSight software workflows to review captured raise inspection and mapping information.
Explore Rail Runner →PLATFORM
DeepTraxx
Describe the broader SafeSight data workflow when collecting spatial data with ground-based robotic platforms.
Explore DeepTraxx →07 Field applications / operational environments
Real-Time Mine Scan Verification Across Underground Workflows
APPLICATION
Drift + Ramp Scanning
Review mobile LiDAR capture as geometry develops along underground routes.
Learn about surveying →APPLICATION
Stope + Void Mapping
Review compatible DBV scan information during aerial underground mapping.
APPLICATION
Mine Shaft Capture
Use approved SafeSight visualization workflows where applicable during shaft scanning.
Learn about shaft inspection →APPLICATION
Alimak Raise Inspection
Review compatible SafeSight data associated with Rail Runner operations.
APPLICATION
Remote Mapping
Monitor compatible spatial capture when the sensor is operating away from the person reviewing the data.
08 Next steps / data handover
Move the Scan From the Heading to the Next Workflow.
Once capture is complete, supported field outputs can move into Eclipsed or compatible downstream workflows for detailed processing and engineering use.
The current production page lists LAS, PCD and PTS. Verify the latest supported formats before publication.
Capture First. Process Next.
The SafeSight Control App is responsible for the field stage. Eclipsed handles the processing stage. After capture, move underground scan data into Eclipsed to clean, downsample, geo-reference, measure and prepare the mine point cloud.
A Field Scan Should Become Part of the Mine Record.
After capture and processing, NimbVault gives mine teams a secure environment for organizing, viewing and retaining spatial data. The Control App starts the digital workflow underground. NimbVault preserves the result afterward.
09 Technical definitions / questions answered
Mine Scanning Software FAQs
01Explore Mine Scanning Software
What Is Mine Scanning Software?
Mine scanning software connects spatial-data capture systems with the people operating or reviewing them.
Depending on the workflow, mining scanning software can support:
- scanner control;
- LiDAR data acquisition;
- real-time visualization;
- capture status;
- initial field verification;
- data export.
It should be distinguished from post-processing software, which works with the resulting point cloud after capture.
Why View Underground LiDAR Data in Real Time?
When scan data is reviewed only after the field crew leaves an underground work area, a missing surface or incomplete scan can require additional access.
Real-time visualization gives the operator an early view of the captured geometry while the scanning system remains in position.
Mine Scanning Software vs Mine Survey Software
Mine surveying software is a broad category that can include survey calculation, mine design, adjustment, modeling and planning tools.
SafeSight Control App has a narrower role: control the scan, see the data, verify the field capture, export the result.
02What is the SafeSight Control App?
The SafeSight Control App is SafeSight's field software layer for controlling compatible underground scanning workflows, viewing the developing point cloud and evaluating capture before field equipment leaves the work area.
03Can I see the point cloud while scanning?
Yes. SafeSight Live Render displays the developing point cloud during compatible capture workflows.
04Does the Control App process the final point cloud?
Detailed point-cloud processing is handled by Eclipsed. The Control App focuses on capture, field control, visualization and verification.
05Does Live Render guarantee complete coverage?
No. Live visualization helps an operator evaluate scan coverage and identify potential gaps. Final completeness depends on the survey requirements, environment and workflow.
06What file formats does the Control App export?
The current production page lists LAS, PCD and PTS. Verify the latest supported formats before publication.
07Does the Control App replace mine surveying software?
No. The Control App operates at the capture and field-verification stage of the broader mine-survey workflow.
10 / WORKFLOW REVIEW
How Are You Checking Underground Scan Coverage Today?
If your current process requires someone to wait until the data reaches the office before knowing whether the required geometry was captured, show SafeSight that workflow.
We will review where real-time mine scanning and field verification could fit.