Blast Documentation

Every Mine Blast Requires
47 Documented Data Points

0
Data Points Per Blast Event
$0K
K MSHA Fine For Blast Violation
0%
% Blast Logs Incomplete
0
Min With POD

The Challenge

01

Blast pattern changes not reflected in records

Engineers design the blast pattern but field conditions change it. Hole depths vary with geology, spacing adjusts around geological features, and powder factors change with rock hardness. Paper blast reports show the design, not what was actually loaded and fired.

02

Explosive inventory reconciliation is manual

ATF and MSHA require exact accounting of every pound of explosive and every detonator from magazine to blast hole. Paper inventory logs reconcile once daily but discrepancies between issued and consumed quantities are found days later.

03

Vibration monitoring data disconnected from blast records

Seismographs capture peak particle velocity and frequency data at monitoring stations. Paper blast logs and vibration printouts are filed in separate systems. Correlating a vibration complaint to the specific blast pattern requires manual cross-referencing.

04

Pre-blast surveys lack timestamped documentation

Structures near blast zones need pre-blast condition surveys. Paper surveys with photos are done weeks before blasting starts. When a property owner claims blast damage, proving the crack existed before blasting requires finding the right paper survey in a filing cabinet.

The POD Advantage

Voice-documented blast loading

Real-time blast pattern records

Speak every hole as you load it — depth, powder column length, stemming height, detonator delay number, and deck configuration. POD builds the as-loaded blast pattern in real time, not from memory after the shot.

Explosive inventory tracking

Real-time inventory reconciliation

Every explosive product tracked from magazine issue to blast hole consumption. POD reconciles inventory in real time so discrepancies are caught at the blast site, not the next morning in the office.

Integrated vibration analysis

Blast-to-vibration correlation

Vibration monitoring data linked directly to the blast pattern that caused it. POD correlates peak particle velocity to specific blast parameters so engineers can adjust patterns to reduce vibration.

Timestamped pre-blast surveys

Defensible survey records

Pre-blast property condition surveys with GPS-tagged, timestamped photos linked to the specific blast zone. When claims arise, the documented pre-blast condition is one search away.

Blast Management Intelligence

“MSHA reviewed our blast records and found that 6 out of 10 blasts had no post-blast inspection documented within the required timeframe. The inspections happened but the paperwork was still in the blaster truck. That cost us $180,000 in penalties.”

— Drill and Blast Superintendent, Surface Mining Operation

Live Demo

Industry-Specific KPIs That Update Themselves

POD tracks hundreds of KPIs from a 5-minute voice report. Here are just 2 of them.

Safety Dashboard

Safety Performance

0Strong
0Days Safe
Goal: 200 days0%
Day 0 / 3650%
0 reset since start
Hours Worked0K
Recordables0
Near Misses
0reported
First Aid0
TRIR
Good
0.00per 200K hrs
Best-in-classAvg: 3.1
DART
Good
0.00per 200K hrs
Best-in-classAvg: 1.5
PODDual EVM Gauge

Earned Value Performance

Cost Performance
0.71.3
0.70
Performance
Critical
0.49CPI × SPI
Schedule Performance
0.71.3
0.70
Performance
Critical

Both cost and schedule under pressure

CPI
0.70
SPI
0.70
Cost Var-30.0%
Sched Var-30.0%
Composite0.490
EAC Factor1.429
BudgetOver Budget
ScheduleBehind
HealthAction Needed

These update in real time from a 5-minute voice report. No spreadsheets. No data entry.

Frequently Asked Questions

Document Every Blast From Design to Detonation

See how POD captures complete blast documentation with real-time explosive tracking and integrated vibration monitoring.

Last updated: February 2026