Key Takeaways

  • BLASTDOG is IMDEX’s multi-sensor, semi-autonomous downhole probe that logs blast-hole rock properties at high spatial density.
  • It’s deployed via a robotic logging system, combining automated data acquisition with machine-learning-based interpretation of the sensor stream.
  • QA/QC’d borehole data is available within minutes of logging, with full-shift data compiled and visualized in IMDEXHUB-IQ or 3D in MINEPORTAL — no manual export/import step.
  • This is a confirmed, commercially deployed product — not a research prototype.

TL;DR

BLASTDOG is a real IMDEX product: an autonomous multi-sensor probe you run down production blast holes to get near-real-time, ML-interpreted rock-property data feeding straight into your bench characterization and blast design.

How Do I Automate Blast-Hole Logging With AI?

If you’re trying to characterize bench-scale rock properties from blast-hole data without waiting on assay turnaround, BLASTDOG is a purpose-built commercial answer rather than something you’d cobble together in-house. It’s a downhole probe — an 8-arm calliper plus a stack of geophysical/physical sensors — deployed by a semi-autonomous logging robot rather than a person manually lowering a tool into every hole. As it descends the blast hole, it captures continuous property data at a spatial resolution that manual sampling simply can’t match, and the automation layer handles both the deployment and the initial interpretation of the sensor stream, applying machine learning to turn raw signal into usable rock-property estimates.

The practical workflow is: deploy BLASTDOG across your production blast-hole pattern (it’s designed for bench-scale, high-throughput use, not one-off exploration holes), and QA/QC’d data is ready within minutes of each hole being logged — full-shift results get compiled automatically. From there, results flow straight into IMDEXHUB-IQ for visualization and reporting, or into MINEPORTAL for 3D integration with the rest of your geological/geotechnical model, without a manual export-import round trip. That data density is what makes BLASTDOG genuinely useful for blast design and ore/waste discrimination at the bench — you’re getting property information at a resolution close to the blast pattern itself, rather than interpolating between sparse exploration-grade drillholes.

This is a mature, commercially available system already in production use across multiple mine sites — there’s no “emerging” caveat needed here.

Try It With Geocluster

High-density blast-hole data like BLASTDOG’s is only as useful as the modelling and reconciliation pipeline it feeds into. Geocluster is built to help you connect dense sensor data like this back into your broader geological reasoning workflow. Take a look on GitHub.