
Where the energy sits
The same velocity does different damage at different frequencies. The spectrum shows which you have.
Frame the arrival, measure it, see how the ground moved, and score it against every limit your project applies. One event, one screen, every figure explained.

Filmed in the ShockAI demo: Hamersley North, a synthetic iron-ore mine.
Measure an arrival, turn the ground motion to face the blast, and see how close each limit came. Every picture here is the product, captured.

How big was the arrival, at what frequency?. Drag across it for the span’s duration and each channel’s peak, frequency and RMS.
Which way did the ground move?. Three channels become one path. Turn it until the first push lines up with the blast.
How close did each limit come?. Every limit your project applies, the reading it governs, how much of it you used, and the verdict.
Everything on one screen. Press F: traces on the left, compliance on the right, nothing to scroll.
Read each axis on its own. Stack the axes one pane each, then share one scale so heights compare.
Every reading says how it was worked out.

The same velocity does different damage at different frequencies. The spectrum shows which you have.

Each channel’s peak at its dominant frequency, against every limit curve you apply.

The unit’s own axes, gravity and the calculated heading, with how clear the answer was.

Every scored event in the project on one chart, so an outlier stands out.

The overpressure record reads beside the ground motion, peak and all.

Peaks, frequencies, RMS and the vector sum for the window in view, each with an explanation.
Narrated and captioned, with a chapter for each part. Jump to what you need.
Specifications, pricing and quotes are on the ShotTrack site.
ViB Pro XDual-range performanceOn the ShotTrack site
ViB SaSSound, air & seismicOn the ShotTrack site
ViB MaxUltra-high-gOn the ShotTrack siteThe docs walk through each part of the ViB Analyser with the same captures.
We’re refining ShockAI with a small group of mining and construction teams. Tell us about your sites and your instruments.