Frequently Asked Questions
What Makes Geobotica different?
Geobotica is different because our solutions are both smart and compact. Our systems use advanced sensors and smart filtering to deliver precise, real-time insights, yet they’re small enough to deploy almost anywhere—even underground or in tight spaces. This combination of intelligent automation and easy portability means you get accurate, actionable data without the hassle, keeping teams safer and giving you the answers you need, fast.
Can I access my data off-site?
Absolutely. With Geobotica, your monitoring data is streamed securely to the cloud and accessible from any device, anywhere. Whether you’re in the office, on the road, or halfway across the world, you can log in and see real-time updates, reports, and visualizations. No need to be onsite or wait for manual downloads—your data is always at your fingertips when you need it.
How accurate is Geobotica's technology?
Our systems detect movement down to the millimetre—or even sub-millimetre—level, depending on the application. For example, GeoLidar captures ground shifts with millimetre-scale precision, while NanoRadar can detect rock movement as small as 0.1mm. This high level of accuracy gives you early warning and detailed insights you can trust for critical decisions in mining, construction, and infrastructure monitoring.
How Can I integrate Geobotica's technology to my system?
You can easily integrate NanoRadar and GeoLidar into your system. Both use built-in WiFi or 4G to stream data straight to the cloud, so you can access and export your data in standard formats like CSV for use with your existing tools. NanoRadar and GeoLidar also work with Geobotica’s GeoPoint software for analysis and alerts, and the team can help with any custom integration you need.
What is NanoRadar designed to monitor?
NanoRadar detects sub-millimetre rock movement in underground environments, supporting early identification of collapse risks.
How often does NanoRadar scan?
It performs automatic scans every two minutes, capturing continuous data 24/7.
How does NanoRadar handle movement from workers or equipment?
Its RockD algorithm filters out noise by identifying whether each pixel is rock or a moving object like machinery or humans.
How long can NanoRadar operate on battery?
It can run for months without recharging, depending on scan frequency and operating mode. As an alternative, you may use solar panel for a non-stop monitoring campaign.
what is nanoradar?
NanoRadar is a compact, waterproof radar sensor for underground mines that delivers sub-millimetre movement detection, giving geotechnical engineers early warning of potential collapses.
What is geolidar?
GeoLidar is an automated lidar-based monitoring system that detects ground movement with millimetre precision. It uses AI to remove noise, creates 3D visualisations, and works in all conditions with solar or battery power. Designed for geotechnical use, it’s ideal for monitoring slopes, infrastructure, and stockpiles.
What type of technology does GeoLidar use?
GeoLidar uses high-speed 3D lidar scanning combined with AI algorithms to detect surface movement with millimetre-scale accuracy.
What is the scanning output format?
GeoLidar generates 3D point clouds, which are visualised through a cloud-based interface with adjustable heatmaps to highlight deformation over time.
What power options are available for GeoLidar?
GeoLidar can be powered by solar panels or battery, with battery-only operation lasting up to three weeks in field conditions.
How is it deployed?
GeoLidar could be attached to a structure for continuous monitoring or by using a tripod for short-term monitoring.
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