FEELBAT helps cities, infrastructure managers and engineering teams monitor structures remotely with simple, Plug & Play connected sensors.

Our solutions make it easy to monitor cracks, tilt, deformation, vibrations, groundwater levels and humidity across buildings, bridges, retaining walls, tunnels, railway infrastructure and other urban assets.

All measurements are centralised in one web and mobile platform, allowing teams to access data remotely, configure alerts, analyse structural behaviour and generate reports.
By reducing manual inspections and site visits, FEELBAT helps teams save time, improve responsiveness and make faster, data-driven decisions.

Designed and manufactured in France, our solutions combine easy installation, wireless connectivity and long-term monitoring to make structural monitoring more accessible and efficient.

From connected sensors to actionable data, FEELBAT helps build safer and more resilient cities.

DELTA L+ Mini makes crack monitoring simple, connected and accessible.
Compact, autonomous and Plug & Play, it can be bonded directly onto the surface for quick installation without drilling. It enables precise remote monitoring of crack movement, with continuous data available directly in the FEELBAT platform. A simple way to reduce site visits, track structural changes over time and make faster, better-informed decisions.

FEELBAT helps infrastructure managers reduce unnecessary site visits through remote monitoring and supports more targeted maintenance strategies. Continuous data helps detect structural changes earlier, better plan interventions and extend the monitoring of existing assets. Our solutions are designed for long-term use, with connected sensors developed and manufactured in France.

FEELBAT solutions are already deployed on major structural monitoring projects: Toulouse Metro Line C with Eiffage GC, a historic church in Auriol monitored during restoration, and residential buildings in Bordeaux with ABAK Aquitaine that were at risk of collapse, where connected sensors supported structural assessment, monitoring and reinforcement decisions.