Highway and Bridge

A Single Bridge Pour Generates
85 Pages of QC Records

0
QC Pages Per Bridge Pour
0
Rebar Inspections Per Span
0%
% Pour Delays From Paperwork
0
Min With POD

The Challenge

01

Concrete batch tickets disconnected from placement records

Batch tickets arrive with every truck. Placement records track where concrete goes in the structure. Paper systems cannot connect which batch went into which segment, making traceability impossible after the fact.

02

Rebar placement inspections rely on memory

Rebar inspectors check bar size, spacing, cover, and lap lengths across hundreds of intersections per mat. Paper forms filled out after the inspection rely on memory for details. One wrong bar size entry holds up the pour.

03

Post-tensioning elongation logs are calculation-heavy

Every tendon requires calculated theoretical elongation compared to actual field elongation. Paper logs with hand calculations are error-prone and take hours to verify before stressing can continue.

04

Load test data scattered across multiple documents

Bridge load testing generates deflection measurements, strain gauge readings, and load positions for dozens of test points. Paper data from multiple instruments cannot be correlated without hours of manual compilation.

The POD Advantage

Voice-captured pour records

Batch-to-placement traceability

Speak batch ticket numbers, slump readings, air content, and placement locations as concrete arrives. POD links every batch to its placement location in the structure automatically.

Field-verified rebar inspection

Pre-pour error detection

Document bar sizes, spacing measurements, and cover depths as you inspect each mat. POD validates entries against the approved shop drawings so errors are caught before the pour, not during DOT review.

Automated elongation calculations

Instant elongation verification

Enter actual elongation measurements and POD calculates the percentage of theoretical elongation instantly. Out-of-tolerance tendons are flagged in real time so stressing corrections happen immediately.

Integrated load test records

Same-day load test reports

Deflection readings, strain data, and load positions captured in a single record. POD correlates all instruments automatically so load test reports are generated the same day as the test.

Bridge Construction Intelligence

“DOT held our deck pour for three days because the rebar placement inspection form referenced the wrong bar size on two mats. The bars were correct in the field but the paper said number 8 instead of number 9. Three days of idle crane time over a handwriting error.”

— Bridge Superintendent, State DOT Heavy Highway Contractor

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

Never Delay a Pour for Paperwork Again

See how POD captures bridge construction data in real time so documentation is ready before the concrete sets.

Last updated: February 2026