For Integrated Rescue System units, we have implemented live streaming of images from the scene of an incident (captured by a drone or ground camera) to the command center. Today, our application is deployed on the mobile devices of fire department units. Another solution for the fire department is a docking station for helmet-mounted recording cameras, which allows for charging and controlled data backup. In cooperation with the University of West Bohemia, we have developed a prototype drone that carries and deploys special sensors to detect hazardous substances, their intensity, and spread in the field.

The outputs from traffic accident documentation can be viewed in our crash inspector application, which supports both 2D and 3D visualisation of traffic accidents. Forensic experts can also view them in virtual reality.

Similar software is also available for fire departments in the form of fire inspector, which allows users to document the entire course of an event and attach their own media files. This enables the commanding officer to prepare a plan for his successor or, conversely, to evaluate the effectiveness of other units’ activities based on real-time data.

The combination of hardware and software development is also evident in the VR/AR Training Center project, where individual components of the Integrated Rescue System can come and try out interventions according to their own defined rules.

The result of a two-year project carried out in cooperation with SVS (urban forest manager) is an AI-based application that, by processing data from a multispectral camera carried by the WingtraOne drone, can detect bark beetles before the first swarm.

In collaboration with CTU (Multirobotic Systems Group), we have created a prototype inspection drone capable of autonomous movement in indoor spaces.