See what is behind the wall before you swing the hammer

Modern field service operations in Restoration Operations require verifiable documentation, immediate dispatch coordination, and compliance with industry standards. When emergencies strike, speed and documentation accuracy determine operational profitability.

Key Operational Findings

Step 1: Surface dry is not structural dry…

Surface dry is not structural dry.

Step 2: Proof OS unifies FLIR thermal imaging, acoust…

Proof OS unifies FLIR thermal imaging, acoustic sub-slab sonar, 3D LiDAR point clouds, and automated IICRC psychrometric drying curves directly into your dispatch and estimating console before the carrier disputes your scope.

Step 3: Instant 24/7 Intake & FNOL Qualification…

Instant 24/7 Intake & FNOL Qualification

Step 4: Real-Time Telemetry & Subsurface Leak Detecti…

Real-Time Telemetry & Subsurface Leak Detection

Step 5: Defense-Grade Carrier Scoping Reports…

Defense-Grade Carrier Scoping Reports

Step 6: Test the live interactive Proof Vision consol…

Test the live interactive Proof Vision console at proofco.ai.

Industry Standards & Compliance

Proof OS aligns directly with rigorous technical requirements:

• IICRC S500 / S520 Standards: Real-time psychrometric tracking, GPP air calculations, and moisture migration mapping.
• Xactimate Line-Item Parity: Automated translation of field telemetry into defensible scoping codes.
• Automated Emergency Dispatch: Zero-latency call intake and crew assignment for rapid water/fire mitigation.

The Field Implementation Checklist

1. Pre-Mitigation Documentation: Capture time-stamped thermal and moisture readings before teardown.
2. Real-Time Adjuster Portal: Share automated progress logs and psychrometric dry-out curves.
3. Defensible Scope Verification: Eliminate estimate disputes with cryptographic, time-stamped proof of work.

For a complete walkthrough on how Proof OS automates field documentation and dispatch in Restoration Operations, explore our restoration platform.