Solutions / Industries / Mining

High-resolution imagery, elevation models and analytics for every stage of your operation, from exploration through to rehabilitation.

Open-pit mine site captured by high-resolution commercial satellite imagery
High-resolution commercial optical · 2025

The problem

Exploration, operations, compliance and the board all work from different evidence. Drone surveys, ad-hoc aerial flights and site visits produce patchy records that don’t scale across a portfolio.

The Terrabit approach

Terrabit gives every team the same dataset: analysis-ready imagery, elevation models and analytics, delivered straight into your GIS or through our Albatross platform. One source of truth from exploration to rehabilitation.

Open-pit mining operations

Lifecycle

Three pillars - each matched to the sensors, cadence and analytics that actually answer the question.

Isometric illustration of a mining operation

01

Explore

Multispectral and high-resolution optical imagery to map alteration signatures and focus ground programmes on the strongest targets. Hyperspectral coverage is available where deeper mineral discrimination is needed.

  • Multispectral mineral targeting
  • Pansharpened high-resolution optical
  • Historical archive compilation
  • Tenure-wide base map refresh

02

Operate

Scheduled imagery to track change on pits, haul roads and infrastructure, with elevation models for volumes and digitisation layers, delivered straight into your GIS.

  • Stockpile & pit volumes from elevation models
  • Optical change detection (weekly)
  • Mine site digitisation & base maps

03

Restore

Vegetation health indices tracked over multi-year time series to quantify rehabilitation recovery, giving you defensible evidence for ESG and JORC-aligned reporting.

  • NDVI / EVI rehabilitation tracking
  • Disturbance footprint reporting
  • Water quality & pollution monitoring
  • ESG & JORC evidence support

Where mining evidence tends to break

Disconnected data

Drone, aerial and ground surveys each record sites differently, so there is no single view across the portfolio.

Reactive monitoring

Change on pits, stockpiles and tailings is caught after the fact, not while it develops.

Slow audit trails

Evidence packs for regulators, insurers and boards take weeks to assemble from scattered sources.

Uneven rehabilitation

Vegetation recovery is surveyed only sporadically, so multi-year compliance claims are hard to defend under audit.

Haul trucks on an operational mine site
Haulage, inventory and infrastructure - where satellite-derived evidence lands
Resolution
30cm

High-resolution commercial optical, pansharpened and atmospherically corrected for asset-level detail.

DEM resolution
0.5m

Stereo-derived digital surface models for pit and stockpile volumetrics.

Cadence
Weekly

Priority tasking through to scheduled archive - same area, same provenance, every capture.

Delivery
ARD

Analysis-ready data (ARD) - colour-balanced, orthorectified to control, mosaicked and ATCOR-corrected - direct support to ArcGIS, QGIS, S3, SFTP or Albatross.

Optical imagery

Abbot Point bulk-export terminal, Australia - high-resolution commercial satellite imagery
Abbot Point · high-resolution commercial optical · 31 May 2025

Stockpile reshape

Volume change, material movement and infill between capture dates.

Haul-road progression

New alignments, widening and maintenance cycles across the site.

Infrastructure build-out

Conveyor, pad, process-plant and accommodation-camp change.

Environmental encroachment

Vegetation disturbance and water encroachment.

Operational open-pit mine site
The same cadence covers every stage - exploration tenure, active pits, tailings and rehabilitating land - with one tasking pipeline.

Capabilities

Mineral exploration

Multispectral and high-resolution optical imagery across your tenure, with hyperspectral coverage where alteration mineralogy needs deeper discrimination. Archive stacks and targeted new captures narrow ground programmes to the highest-probability copper, gold, lithium and rare-earth targets.

Change detection & site digitisation

Scheduled imagery tracks change across haul roads, infrastructure and disturbance. Paired with feature extraction, it refreshes base maps and digitises site assets into GIS-ready layers your team already uses.

Vegetation mapping & rehabilitation

Vegetation indices such as NDVI, derived from open-data archives and high-resolution capture, quantify recovery against regulatory baselines across years, not site visits - timestamped, reproducible evidence for ESG and JORC reporting.

Tailings, slope & safety monitoring

Routine optical change detection over high-walls, tailings and infrastructure, with all-weather radar where geotechnical questions need ground-deformation measurement between inspections.

In the data

Open-pit mine site - high-resolution commercial optical imagery from WorldView-Legion

High-resolution optical · WorldView-Legion

Optical · mine site high-res

Digital elevation model 3D visualisation of a mine site

Stereo-derived · 0.5m DSM

Elevation · pit & stockpile volumetrics

Tweed, New South Wales - WorldView-Legion NDVI vegetation index for environmental monitoring

NDVI · WorldView-Legion · Tweed NSW

NDVI · NSW environmental monitoring

Data & methods

Every capture arrives fully processed - colour-balanced, orthorectified, atmospherically corrected and pansharpened - so it slots straight into your workflow. Specialised data follows where the question needs it.

Imagery & analysis-ready processing

  • Optical & multispectral · 30 – 50cm panchromatic and 4 – 8 band multispectral for asset-level detail and vegetation
  • Colour balancing · radiometric harmonisation across captures so the imagery reads consistently scene-to-scene
  • Orthorectification to control · sub-pixel geometric accuracy from ground control - imagery snaps to your existing layers
  • Pansharpening & mosaicking · panchromatic fused with multispectral colour, then mosaicked into seamless area coverage
  • Atmospheric correction (ATCOR) · surface-reflectance products with cloud and shadow masks - ready for indices and analytics

Elevation & volumetrics

  • Stereo · DSM and digital terrain model (DTM) generation from single-pass capture
  • DEM, DSM & DTM · Digital surface (DSM) and digital terrain (DTM) models up to 0.5m resolution, sub-metre vertical accuracy
  • Volumetric differencing · pit, stockpile, waste dump and berm volumes
  • 3D derivatives · slope, aspect, hillshade and drainage products
  • Cadence · scheduled monthly or on-demand after storms, slips, incidents

Specialised data & delivery

  • Synthetic aperture radar (SAR) & interferometric SAR (InSAR) · all-weather radar and ground deformation when geotechnical questions require it
  • Hyperspectral · narrow-band material identification for alteration and mineral mapping
  • Custom analytics · change detection, NDVI / EVI time-series, classification and feature extraction tailored to your workflow
  • Delivery formats · Cloud-Optimized GeoTIFF (COG), SpatioTemporal Asset Catalog (STAC), GeoPackage, or custom formats delivered to fit your workflow and platform integration needs
  • Integration · ArcGIS, QGIS, Mapbox, S3, SFTP and Albatross - no conversion step

How it works

Material handling and conveyor line at an operational mine site

Same pipeline. Same provenance. Every site, every stage.

  1. Define your area & question

    Upload a shapefile, KML or GeoJSON for your tenure, lease or site and tell us the question - exploration targeting, monthly stockpiles, quarterly rehabilitation. We match sensors, cadence and processing to it.
  2. Task or pull from archive

    Our team searches archives across 20+ constellations and tasks the right sensor on the right day. You approve the plan and budget in one step - no procurement loop.
  3. Process to analysis-ready products

    Captures are orthorectified, corrected and pansharpened into analysis-ready imagery. From there we derive elevation models, change layers, volumetrics, vegetation time series and feature extraction.
  4. Deliver to your stack

    Products land directly in ArcGIS, QGIS, S3, SFTP or Albatross, in the formats your platform expects - timestamped, attributable and audit-ready, with no conversion step.

Platform

One imagery pipeline, every mine.

Coordinate imagery, elevation and specialised data tasking across every site and stakeholder, with centralised budgets, reporting archives and multi-user access.

Albatross platform interface
Albatross Platform

Albatross is where your whole portfolio orders and manages satellite data. Submit tasking, approve budgets, track deliveries and keep a defensible audit trail, all in one platform built for distributed mining operations.

Explore the Albatross Platform

Put satellite imagery to work on your mine sites

Talk to the team about analysis-ready imagery, DEMs and analytics for your operation, delivered ready to use in your existing workflow.