← Back to GeoVeracitySOURCE EXPLORER • WEATHER SUBTRACTION & PRE/POST-WORKS LOCK

Rate of change measured.
Seasonal weather subtracted.

Every building, retaining wall, and concrete core expands and contracts between July heat and January frost. Explore how GeoVeracity subtracts normal seasonal weather movement to isolate true structural rate of change (mm/yr) and certify Pre-Works vs. Post-Works Party Wall stability.

PACKAGE A • PRE-WORKS VS. POST-WORKS PARTY WALL & CONTRACTOR SIGN-OFF

Prove whether third-party works caused movement (±0.15 mm)

Bond LUOGO reference tiles to neighbouring walls or heritage facades before basement excavation, piling, or deep retrofit begins. Rescan from the exact same physical datum upon completion to eliminate unfounded damage claims.

Post-works inspection comparison — Generated illustrative photograph

Pre-works baseline capture — Generated illustrative photograph

Slide Pre-Works Baseline vs. Post-Works Rescan (50% split)

PACKAGE B • AUTOMATED METEOROLOGICAL NORMALIZATION ENGINE

Interactive Weather-Subtracted Rate-of-Change Simulator

Adjust the material substrate, raw optical displacement, and inspection temperatures below to see how our backend isolates irreversible structural deformation from normal thermal expansion.

Structural SubstrateRaw Optical Displacement Measured Across 3.5 m Bay: +3.80 mmBaseline Temp (19°C) vs. Rescan Temp (3.5°C)Elapsed Time Between Captures: 1.5 Years

Rate of change measured.Seasonal weather subtracted.

Prove whether third-party works caused movement (±0.15 mm)

Interactive Weather-Subtracted Rate-of-Change Simulator

Rate of change measured.
Seasonal weather subtracted.