Case Study: OSMOS Group achieves safe, reliable monitoring of Notre Dame Cathedral restoration with Senceive NanoPlus sensors

How NanoPlus wireless sensors helped monitor the damaged French cathedral during stability assessments and the start of restoration works

OSMOS Group was faced with the challenge of monitoring the fire-damaged Notre Dame Cathedral to ensure the safety of workers during the initial stabilization and restoration phase. Traditional wired monitoring was impractical in the crowded, hard-to-access environment of the fragile structure. They turned to Senceive for a solution that could provide critical data without causing further damage to the ancient stonework.

Senceive implemented its wireless FlatMesh™ platform, deploying 70 NanoPlus tilt sensors that were easily mounted with a special lime mortar. This system provided reliable, near-real-time data on the structure's stability, which was integrated into the team's visualization software. The solution from Senceive delivered an easy-to-install and highly accurate monitoring system, ensuring the safety of the worksite and the continued progress of the prestigious restoration project throughout the pandemic.

OSMOS Group