Hyperspectral Intelligence
Hyperspectral Intelligence GLOBAL HYPERSPECTRAL ROCK IDENTIFICATION SOLUTIONS
From rocks to decisions in days—not years.
Field-proven hyperspectral scanning technology for the mineral exploration, mining, and energy industries — plugging into your stack, standardizing your data, and delivering decision-grade outputs without disrupting your workflow and supporting faster adoption of efficient and sustainable automated rock identification technology worldwide.
Solutions Product 1.
geoLOGr
Automated Hyperspectral Drill Core & Crushed Rock Analyzer
The geoLOGr® is a compact, field-ready rock scanning system that collects hyperspectral data and high-resolution linescan RGB images from drill core and blast samples, turning the data into standardized outputs. The geoLOGr® delivers decision-grade results in days—not months—so teams can reduce costs and improve confidence in every logging decision
Features
- High-resolution photography
- Scan drill core and blast samples
- All rock and deposit types
- Field-ready hardware for remote sites
Quick Specs
- Imaging: 35 μm/pixel line-scan
- Spectral capture: ~300 shortwave infrared (SWIR) spectra collected per meter in less than a minute
- Samples: drill core and blast samples
- Mounting: floor / tabletop / roller table
- Training: ~1 day to start scanning
How geoLOGr® Works
- Scan- The geoLOGr® collects ~300 shortwave infrared (SWIR) reflectance spectra per meter in a non-contact and continuous manner, plus it also collects high-resolution colour photos, providing a detailed visual record of the drill core or crushed rock samples.
- Process- Reflectance spectra are processed using our proprietary, cloud-based workflow–which includes the Lithotype™ Method—to deliver accurate, objective information for all rock type.
- Decide- Outputs feed into your existing logging, visualization, or modelling software so teams align faster.
Solutions Product 2.
Hyperspectral Handheld Scanner™ (HHS)
Portable Hyperspectral Tools for Rapid Rock ID
The Hyperspectral Handheld Scanner™ is a compact system with a handheld scan-head that captures ~300 overlapping, high-quality hyperspectral point measurements per scanned meter. Guided acquisition software makes field operation simple, while direct cloud upload delivers decision-ready results fast. Teams can quickly identify rocks, alteration, and mineralization without waiting for lab data.
Why the Hyperspectral Handheld Scanner™
Validate Faster, Reduce Re-Logging
A Hyperspectral Handheld Scanner™ adds objective, reproducible information at the point of decision. Whether at an RC chip tray or core interval, it replaces subjective visual checks with reliable hyperspectral cues. It provides quick confirmation—keeping programs on schedule and avoiding costly returns to site.
- Rapid “go/no-go” confidence for mapping and target triage
- Consistent logs across shifts and crews
- Standardized outputs that align geologists, technicians, and managers
Features
- Measurement density: ~300 overlapping hyperspectral point measurements per scanned meter
- Spectral: Portable VNIR and SWIR hyperspectral sensor
- Form factor: Backpack + handheld scan-head (compact)
- Samples: Drill core, RC chips, blast samples, grab samples
- Software: Guided acquisition + easy data management
- Connectivity: Secure cloud upload with fast turnaround
- QA/QC: Strict protocols applied to every dataset
Quick Specs
- Capture- Use the scan-head to collect spectra from rock surfaces.
- Process (Lithotype™)- Upload data to our cloud from anywhere. QA/QC is applied to every run, and the Lithotype™ Method turns raw spectra into useful information.
- Decide (Integration)- Standardized outputs integrate into logging, visualization, or modelling tools—such as Leapfrog—so teams align quickly and act with confidence.
How the Hyperspectral Handheld Scanner™ (HHS) Works
- Capture- Use the scan-head to collect spectra from rock surfaces.
- Process (Lithotype™)- Upload data to our cloud from anywhere. QA/QC is applied to every run, and the Lithotype™ Method turns raw spectra into useful information.
- Decide (Integration)- Standardized outputs integrate into logging, visualization, or modelling tools—such as Leapfrog—so teams align quickly and act with confidence.
