Enaex · Bright
One cycle, from ground vibration to muck pile
Bright is the Enaex digital ecosystem for drill and blast. Each module appears where it really works: in the pit.
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01 · Monitoring
Bright Care
Watches ground vibration, dust and critical infrastructure around the site, and warns before a threshold is crossed.
Illustrative values — The absolute PPV threshold is defined by Enaex; this is shown only relative to it.
Monitoring stations
- Ground vibration4
- Dust control3
- Critical infrastructure3
- General monitoring4
Stations around the perimeter
- VIB-01 — Ground vibration — 60% of threshold — Normal
- VIB-02 — Ground vibration — 105% of threshold — Over threshold
- INF-01 — Critical infrastructure — 30% of threshold — Normal
- POL-01 — Dust control — 70% of threshold — Normal
- GEN-01 — General monitoring — 50% of threshold — Normal
- VIB-03 — Ground vibration — 40% of threshold — Normal
- VIB-04 — Ground vibration — 85% of threshold — Watch
- POL-02 — Dust control — 95% of threshold — Watch
- POL-03 — Dust control — 45% of threshold — Normal
- INF-02 — Critical infrastructure — 55% of threshold — Normal
- INF-03 — Critical infrastructure — 25% of threshold — Normal
- GEN-02 — General monitoring — 65% of threshold — Normal
- GEN-03 — General monitoring — 35% of threshold — Normal
- GEN-04 — General monitoring — 75% of threshold — Normal
Readings shown as a percentage of each station's own threshold. Illustrative values.
02 · Survey
Bright Scan
Captures the real bench geometry and hands the model to the drill plan with no manual steps in between.
Data flow
Care stations → drill rigs → control room
Move the cursor over the bench to highlight points.
03 · Design
Bright Blast
See inside the bench. Hardness, lithology and drill traces on the same face you are about to shoot.
Unconfined compressive strength scale, soft to hard, between 0–200 MPa.
- Drill traces
- Hardness log (MWD)
- Contact between units
Alteration domains
- Supergene enrichment110
- Copper oxides60
- Fault gouge20
Move the cursor across the bench face. On touch, drag horizontally.
Illustrative values — Alteration model and UCS values are synthetic. The MPa scale is real; the values are not. Requires Enaex geotechnical sign-off.
04 · Optimisation
Dynamics
Adjust spacing, burden and initiation timing, and watch fragmentation change before a single hole is loaded.
Pattern design
The delay sets the initiation sequence. The Kuz-Ram model has no timing term, so it does not change the size curve.
- X50391 mm
- X80660 mm
- Powder factor0.27 kg/t
- Uniformity index1.61
Illustrative values — Kuz-Ram model with synthetic coefficients. Not a prediction and not a performance commitment. Requires Enaex technical sign-off.
05 · Blast
The sequence you set
The blast fires on your initiation timing. The pile it leaves is the one you designed, not an average.
06 · Modules
The Bright ecosystem
Four modules working the same cycle: monitor, survey, design, optimise.
Watches the ground around the site and warns before the threshold, not after.
Care brings the site's monitoring stations into one panel: ground vibration, dust control, critical infrastructure and general monitoring. Each station reports against its own threshold, so the alert arrives while there is still time to act.
- Ground vibration monitoring with a PPV threshold per station
- Dust control around the site perimeter
- Critical infrastructure tracking
- Per-station history to support community reporting
- Where it works
- Site perimeter and surroundings
- Variables
- Vibration, dust, infrastructure
- Threshold
- PPV per station
- Output
- Live panel and per-station history
Captures the bench as it actually is, not as it was planned.
Scan captures the bench surface as a point cloud and turns it into the model the drill plan consumes. It removes the manual step between what was measured in the field and what gets loaded into the design.
- Bench point cloud from a LiDAR survey
- Comparison between real geometry and the design
- Direct handoff to the drill plan
- Traceable flow between field, rigs and the control room
- Where it works
- Surveyed bench, before drilling
- Input
- LiDAR survey
- Output
- Surface model for the design
- Handoff
- Continuous flow to the drill rigs
See inside the bench before you design the blast.
Blast shows what sits under the bench face: hardness, lithology and the drill traces, on the same geometry you are about to shoot. A hardness log runs with each hole, so the design answers to the real rock mass rather than to a sector average.
- Hardness and lithology beneath the bench face
- Drill traces on the geometry surveyed by Scan
- MWD-style hardness log along the hole
- Unconfined compressive strength (UCS) scale in MPa
- Where it works
- Bench face, in design
- Input
- Scan geometry and drill records
- Variables
- Hardness, lithology, hole traces
- Scale
- UCS in MPa, soft to hard
Illustrative values
Adjust the pattern and see fragmentation before a single hole is loaded.
Dynamics makes the drill pattern editable: spacing, burden, explosive type and initiation timing. Every change recomputes the fragmentation distribution and the resulting pile, so the comparison between the standard pattern and the optimised one happens before loading rather than after firing.
- Edit spacing and burden on the real pattern
- Choose explosive type and initiation timing
- Fragmentation distribution and P80 recomputed on every change
- Direct comparison between standard and optimised patterns
- Where it works
- Pattern design, before loading
- Parameters
- Spacing, burden, explosive, timing
- Output
- Fragmentation distribution, P80 and estimated pile
- Model
- Simplified Kuz-Ram / Swebrec
Illustrative values