Veracio

AutoLogger is Veracio's AI-driven lithological core logging platform. It enables geologists to log core digitally with fully customisable labels while the platform simultaneously learns the geochemical signature of logged lithologies using machine learning, then refines and predicts classifications to dramatically increase logging efficiency. AutoLogger auto-completes geological logging based on patterns it identifies in the core data, ensures seamless QA/QC, and transforms the traditional core shed workflow into a digital geology process.

Originally developed by Minalyze AB in Sweden and acquired by Veracio in September 2023 for US$29.3M, the Minalyzer CS is a patented core scanning instrument using XRF technology for rapid, non-destructive geochemical analysis of drill core at continuous centimetre-scale resolution. The hardware scanner feeds data directly to Minalogger, Veracio's cloud-based 3D core log visualisation software, enabling exploration teams to generate standardised geochemical datasets for digital processing and AI analysis.

Strata is Veracio's overarching cloud technology environment that houses all software offerings and connects them with Veracio's hardware products. It serves as the ecosystem linking TruScan, Minalyzer CS, AutoLogger, TruStructure, Minalogger, and TruAccess (data repository) into a unified platform. Geoscience teams anywhere in the world have near-real-time, browser-based access to orebody data — enabling remote collaboration, dynamic drill program management, and integration between scanning, logging, and analytics workflows.

TruStructure is a web-based platform for automated structural and geotechnical core logging using deep learning segmentation models that analyse high-resolution drill core imagery captured by Veracio's TruScan system. The application applies semantic segmentation — pixel-level classification — to automatically identify core boundaries, orientation lines, broken zones, veins, and fractures, delivering reliable RQD, fracture frequency, and vein frequency outputs.