14 Laterals Done, 3 Failed Pressure Test —
The Log Just Says “Three Failed.”
Your crew completed 14 lateral connections yesterday. Three failed the pressure test. The test log doesn't show which laterals, just “three failed.” Tomorrow morning, they re-test all fourteen.
The Documentation Gap That Costs You Days
Every lateral connection has a chain of data — installation, testing, traceability, rework. Paper breaks every link.
Pressure test log says "three failed" — not which three
Fourteen laterals completed, three failed the pressure test. The handwritten log records the failure count but not the lateral IDs. The crew re-tests all fourteen the next morning to find the three that need rework — doubling the testing schedule.
No GPS tie between lateral and service point
Each lateral connects the main pipeline to a specific service address. Paper logs record station numbers but not GPS coordinates. When a lateral fails six months later, locating the exact tie-in point means sending a crew with metal detectors and as-built drawings.
Crew assignments lost after shift turnover
Three crews work three spreads installing laterals simultaneously. The daily report lists total laterals completed per spread but not which crew installed which connection. When a warranty claim comes in, nobody can prove who performed the work.
Rework loops untracked from failure to resolution
A failed lateral gets re-excavated, re-connected, and re-tested. The rework is logged as new work, not as a correction to the original failure. The project shows 17 laterals completed when only 14 unique connections exist — three were rework.
The POD Advantage — Every Lateral Traceable
From connection to pressure test to rework, every step is linked to the lateral ID.
Voice-logged connection records
Crew speaks the lateral ID, pipe diameter, connection type, and service address as each tie-in is completed. POD creates a structured record per lateral — no clipboard, no paper form, no transcription at end of shift.
Pressure test linked to lateral ID
Each pressure test result is tied directly to the lateral it tested. When three fail, the log shows exactly which three — lateral IDs, GPS locations, and crew members. Rework targets are immediate.
GPS-tagged connection points
Every lateral tie-in is GPS-stamped at the moment of completion. Six months later, when a service call comes in, the coordinates lead the repair crew directly to the connection point — no metal detector needed.
Rework chain-of-custody tracking
Failed laterals are flagged in the system. The rework connection links back to the original failure record. The project dashboard shows 14 unique laterals with 3 rework events — accurate counts, accurate costs.
Watch Every Lateral Get Tested in Real Time
Each connection is pressure-tested individually. Pass or fail, the result is locked to the lateral ID with GPS coordinates and crew assignment. No more “three failed” without knowing which three.
Lateral Connection Metrics — Pressure-Tested
Connection type distribution and rework rates tracked automatically. Every lateral, every test, every correction — one dashboard.
Connection Type Distribution
Rework
Built for Pipeline Lateral Operations
Every feature designed around how lateral crews actually work — in the trench, under schedule pressure, across multiple spreads.
Per-Lateral Structured Records
Each lateral connection gets its own record: ID, station number, pipe diameter, material, depth, connection type, and service address. No more batch entries at end of shift.
Pressure Test Integration
Test pressure, hold duration, and pass/fail result linked directly to the lateral ID. Export pressure test certificates per lateral for regulatory submission.
GPS Coordinate Capture
Automatic GPS tagging from the field device at the moment of connection. Coordinates stored with the lateral record for future maintenance and locate requests.
Crew ID Assignment
Each lateral record captures the crew members who performed the work. Warranty claims, quality issues, and performance tracking tied to the right people.
Voice-First Field Entry
Crew speaks connection data while working — lateral ID, pipe specs, test result. POD transcribes and structures the input. Data captured at point of work, not from memory later.
Rework Audit Trail
Every rework event links to the original failure. The system tracks re-excavation, re-connection, and re-test as corrections — never double-counting completed laterals.
“We had 14 laterals on a gas main replacement. Three failed the hydrostatic test. The pressure log just said '3 failed.' We spent the entire next morning re-testing every connection to find the three. With POD, we would have known in 30 seconds.”
— Pipeline Foreman, Gas Distribution Contractor
Frequently Asked Questions
Stop Re-Testing Laterals You Already Passed
Every lateral. Every pressure test. Every crew ID. Traceable in seconds, not hours.