Emergency Rescue
Smart Helmet Solution

Rescue teams operate across steep, forested terrain with limited visibility and unreliable radio coverage. Command center cannot see terrain conditions, victim location, or team progress. Manual position reports are slow and inaccurate.

Real-time location tracking to coordinate multiple search units, first-person video to assess terrain hazards and victim condition, reliable voice communication in noisy mountain environments, and automatic alerts if a responder falls or becomes trapped.

Smart helmets provide GPS tracking so command can see each responder's location and movement path on map. First-person video lets command assess terrain, identify victim location, and guide responders remotely. Group intercom ensures reliable team communication. Man-down alerts trigger immediately if a responder falls.

Full situational awareness without being on-site. Can coordinate multiple teams efficiently, redirect resources based on visual confirmation, identify hazards before responders encounter them, and maintain complete operational record for post-mission review and training improvement.

Responders enter unstable buildings with risk of secondary collapse. Visibility is poor due to dust and debris. Radio signals may be blocked by concrete and rebar. Command needs to know structural stability, responder location inside buildings, and victim status.

Hands-free communication while moving through debris, first-person video to show structural hazards and victim locations, location tracking so command knows which floor or room responders are in, and immediate alerts if building shifts or responder is trapped.

Helmet-mounted camera captures structural conditions and victim locations without requiring responders to hold a device. GPS tracking (where signal permits) and movement logging help command track responder progress through building. Voice intercom allows coordination between teams inside and outside structure. SOS trigger and inactivity alerts provide safety net if responder is trapped by secondary collapse.

Real-time assessment of structural stability from first-person view. Can advise responders to evacuate if building shows signs of further collapse. Coordinates entry and exit routes based on visual evidence. Records entire operation for structural engineers and future training.

Training exercises and command drills need realistic data collection to evaluate team performance, identify protocol gaps, and improve coordination. Manual observation is incomplete and subjective. Post-drill analysis lacks objective evidence.

Complete recording of drill activities, accurate timing of response actions, objective assessment of communication effectiveness, and detailed playback for after-action review and training improvement.

Smart helmets record first-person video, audio, and location data throughout entire drill. Command platform logs all communication, alarms, and coordination actions with timestamps. Multiple agencies can observe drill in real time from command center. Complete data set enables objective performance evaluation.

Comprehensive drill documentation for training analysis. Can review decision points, response times, and coordination effectiveness frame-by-frame. Identifies protocol weaknesses and training gaps with objective evidence. Shares video clips with teams for targeted improvement. Builds library of training scenarios for future exercises.