Avacam at Intergeo 2026 for Geotechnical Monitoring
How many manual steps does it take today to check the movements of an unstable slope before sending the data to engineers? Intergeo in Munich offers the chance to examine the state of the art in geotechnical monitoring right inside the German exhibition halls from September 15 to 17. Industry operators are looking for concrete answers on how to continuously monitor high-risk areas, and the international trade fair is the ideal meeting point to discuss new application methodologies. Every day, engineers tackle environmental emergencies using tools capable of operating even where traditional network and power supply infrastructures are missing.
What technologies drive remote control in Munich
The Messe München exhibition center hosts the global geospatial community during the German trade fair focused on geodesy and geoinformation. Technicians at the booth will take a deep dive into the hardware designed and manufactured in-house at Avacam’s laboratories, with custom adaptation for any complex geological scenario. The GEO Starlink and GEO Solar configurations address the operational challenges of sites lacking network coverage and electrical hookups, ensuring continuous data collection in all environmental conditions. The use of ultra-high-resolution devices makes it possible to spot micro-cracks and millimeter-level variations on the rock surface without putting personnel at direct risk during on-site inspections.
How artificial intelligence works at the Munich booth
Visitors at the Munich booth can explore the integration of advanced automated image analysis systems that turn the massive amount of data gathered by sensors into immediately actionable information for certified professionals. Participation in the NVIDIA Inception acceleration program for AI startups, active since April 1, 2026, supercharges the change detection algorithms used to identify structural movements of monitored slopes. Civil engineers and geologists build predictive models based on constant measurements, cutting down response times in the event of ongoing gravitational instability. Each device adapts its optics to the specific needs of the job site, delivering sharp images even at great distances from the observation points.
Who validates technical reports for civil protection
The compliance of measurements and the legal validity of transmitted information are essential requirements for public bodies and local administrations committed to safeguarding the territory. Technical reports and ground displacement data are validated by registered professional geologists, ensuring full compliance with current regulations on geological safety. This professional validation turns the images captured by the devices into documentary evidence that can be used to plan hydrogeological risk mitigation measures. Local authorities and road and rail infrastructure managers consult directly with the specialists in Munich to evaluate the application of these protocols in their preventive monitoring plans.
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