Solutions

Satellite intelligence for every stage of a project, from first look to post-production.

Choose the stage you are at. Every solution runs on the same spectral workflow, so data from one stage carries forward to the next.

  1. 01 · PRE-EXPLORATIONPick ground and acquire claims
  2. 02 · EXPLORATIONRank targets and plan fieldwork
  3. 03 · INVESTMENTCheck claims and discoveries
  4. 04 · PRODUCTIONMonitor tailings and emissions
EXPLORATION

Mineral exploration targeting

We map the minerals across your whole property from satellite, filtering out cloud and masking water bodies, then rank targets using fingerprints trained on known mineralization. Choose targets before you send a crew, and use the work for assessment filings.

Best for

  • Juniors acquiring or screening claims
  • Any commodity: metals, industrial minerals, gemstones
  • Government work and licence assessment filings
  • Investment advisors and investors

You receive

  • Abundance maps for 16 endmember minerals
  • Applicable target vector maps (TVMs)
  • A ranked target map
  • GIS files and an interpretation report
ASTER LWIR · 90 mSentinel SWIR · 10 m
EXPLORATIONHIGH DEMAND

Natural hydrogen & gas exploration

Regional surveys map hydrogen, helium, radon, methane and CO₂ anomalies along the faults that carry gas to the surface. Use them to stake the right ground early and focus follow-up sampling.

Best for

  • Hydrogen and helium land acquisition
  • District-scale regional screening
  • Vectoring to concealed mineral systems

You receive

  • Deep and near-surface hydrogen maps
  • AI fingerprint targets trained on known occurrences
  • A structural interpretation report
MAP RESOLUTION
H₂ · He · Rn10 m
CH₄ · CO₂20 m
Deep H₂50 m

All five gases are also used to map geological structures such as faults and fractures.

Used by hydrogen explorers including Protium Clean Energy (formerly Weekapaug Lithium).

Fault zoneH₂ anomaly
H₂HeRnCH₄CO₂
PRODUCTION & ENVIRONMENT

Monitoring from orbit

Regular satellite passes watch your site without anyone on the ground, and flag change early.

Movement detected WEEKLY RADAR

Tailings monitoring

Time-lapse radar (SAR) measures ground movement on tailings dams every week and measures conductivity to detect water leaks, giving advance warning before a collapse.

  • Weekly change maps and alerts
  • Failure-likelihood trend
  • Geoscientific interpretation
Set up monitoring →
CH₄ plume GAS MAPPING

Emissions & environmental monitoring

Track methane and carbon emissions, gas leaks and pollution across oil and gas fields, refineries and industrial sites, and spot land disturbance in sensitive areas.

  • Methane and CO₂ emission maps at 20 m resolution
  • Leak and pollution detection
  • Land-use change reports
Talk to us about monitoring →
INVESTMENT

For investors: check a discovery before you back it

When a company announces a new discovery, we can assess the ground from satellite, quickly and independently. Hedge funds, brokerages and analysts use it to judge claims and keep watch over a portfolio.

  • Rapid review of discovery press releases
  • Portfolio-wide monitoring of metal discoveries
  • Environmental and land-use risk screening
  • Request an investor briefing

The data behind it

ASTER LWIRThermal mineral mapping, archive back to 2000
Sentinel-2 SWIRAlteration minerals, gases and vegetation mapping
Radar (SAR)Ground movement and shallow conductors
AI fingerprintingLDFC and QDFC predictive target mapping for both LWIR and SWIR surveys

Common questions

Does it work under forest or glacial cover?

Yes. Our algorithms filter out vegetation and cloud, and we choose scenes, such as late autumn, when cover is lowest. Our Ontario graphite and vermiculite targets were found under mature forest and confirmed by trenching.

What resolution are the maps?

ASTER thermal (LWIR) mineral maps have 90 m pixels and ASTER shortwave (SWIR) maps 30 m. Sentinel-2 SWIR mineral maps have 10 m pixels, and gas maps range from 10 m to 20 m (50 m for deep hydrogen). That suits regional and property-scale targeting before detailed fieldwork.

Can it see deposits that are buried?

Often, yes. At Winu in Western Australia our maps outlined a copper–gold system under more than 50 m of sand and cover, and our deep-hydrogen mapping picks up gas rising along faults above concealed deposits.

Can the work count toward assessment filings?

Our surveys are designed to support government work and licence assessment filings. Tell us your jurisdiction when you request a survey and we will confirm what is accepted.

How long does a survey take, and what does it cost?

Both depend on the size of the area and which products you need. Send us your claim boundary and we will come back with a fixed quote and a timeline.

Is my data kept confidential?

Yes. We never share your coordinates, we work under NDA on request, and many of our results are never published for that reason.

Not sure which solution fits?

Send us your boundary and what you want to achieve. A geologist will recommend the right survey.