Realistic operational preparation for rescue services

Emergency training with extended reality for rescue services


Extended Reality (XR) allows emergency services to practice realistic emergency scenarios directly on-site: holographic people, vehicles, and hazards blend seamlessly with the real environment. Whether traffic accidents with patients requiring resuscitation or complex multiple injuries—the exercise can be conducted right next to a simulated accident scene, even where traffic is still flowing. This allows emergency personnel to train under realistic conditions without risk, practicing medical procedures, tactics, and communication, while simultaneously receiving live-displayed measurements and scenario guidance.

Realistic patient portrayal — directly in the operational area


Our extended reality solution allows patients to be displayed as holograms directly in the actual operational area, supplementing personnel or training mannequins. The virtual patients exhibit various conditions, injury patterns, and vital signs, enabling a realistic initial assessment of the situation without additional effort.


What this offers:

  • Rapid situation assessment: Identify spatial security and prioritize measures.
  • Realistic initial assessment: Simulate breathing, consciousness, bleeding and vital signs (ideal for triage).
  • Combination with real elements: Seamless integration with training dummies or real people for team and communication exercises.
  • Safe & repeatable: Virtually map dangerous scenarios, adaptable multiple times and documentable.

More efficient initial assessment — from security checks to rapid initiation of measures.

Medical visualization & holographic care



Our extended reality modules make complex injury patterns immediately visible: tactical wounds from gunshot injuries, as well as internal conditions such as a pneumothorax, are displayed as precise holograms in the operational area. Transparent anatomical overlays allow layers and underlying structures to be understood without invasive procedures, enabling rapid assessment of location and severity.