Thousands of measurements.
One clearer picture.
SWIFT uses laser spectroscopy to rapidly capture high-density geochemical data in the field.
STAN combines that new data with existing geological information to map anomalies, identify patterns and rank exploration targets.
SWIFT
Every element present, in milliseconds
SWIFT captures surface-level geochemistry measurements in milliseconds, at field scale. Laser-induced breakdown spectroscopy — LIBS — reads every element present rather than a chosen subset, and it does it without sample prep or a lab queue.
Thousands of high-density measurements across a survey grid provide the foundation for BEAM STAN to generate decision-ready mineral intelligence.
No Lab
No sample prep, no months of waiting
Full Periodic Table
LIBS sees all elements on the surface
STAN
From measurements to ranked targets
SMART TARGETING & ANALYSIS NETWORK
STAN transforms SWIFT's high-density data into decision-ready exploration intelligence — calibrated against lab-grade reference data and tuned to each project's mineral system. Client geologists use STAN's maps and ranked targets to build test drilling plans for each priority target.
Calibrate. Field spectra tied to lab-grade reference values for the project's mineral system.
Interpret. Dense measurements integrated into heatmaps that reveal halos and structure.
Rank. Targets ordered by confidence, so drilling capital goes to the strongest first.
Learn. Drilling results feed back in, improving the targets on the next campaign.