Unlike traditional monitoring systems, TotaLite is powered purely by optics and a high-resolution image sensor with no moving parts.
Displacement Insights
Accuracy: ±0.5 to 2.5 mm (distance dependent)
Precision: 1.0 mgon
Up to 25 targets monitored simultaneously
Continuous measurements every 5 minutes (configurable)
Reliable trend detection over time
Fast, Simple Deployment
Installation typically completed within 1 hour
Easy configuration via the TotaLite mobile app
Compact, robust, and weather-proof design
Low-power consumption enabling off-grid installations
Integrated Connectivity
Built-in LTE-M cellular connectivity
Ethernet connectivity with daisy-chaining options
Automated, near-real-time data transmission to the cloud
Small but mighty.
A compact, cutting-edge solution when the world needs it most.
Configure the sensor on site using the mobile app
The TotaLite mobile app guides you through configuration so you can focus on the monitoring, not the installation.
Capture high-resolution images of reflective targets
Set up up to 50 reflective prism targets for continuous data capture, every five minutes, 24/7.
Identify targets and calculate pixel coordinates
Platform intelligence automatically detects each target within the image and pinpoints its exact pixel position.
Securely upload data via LTE-M or Ethernet
Measurement data is transmitted in real time to the cloud via integrated LTE-M or Ethernet. No third-party gateways.
Centralised management.
Project and device control, remote config, interactive charts & alerts, API & exports.
Designed for engineers, not data scientists.
One platform to view them all
All your sensors, sites, and teams can be managed from a single dashboard. Give your team a unified view.
Your data, your way
Export raw data or connect via API to plug TotaLite into your existing workflows and reporting tools.
Always in the loop
Custom alert thresholds and automated notifications mean you're never the last to know.
We fill the gap between periodic surveys and high-effort systems, delivering continuous insight with minimal complexity.