Emergency Response Platform - Dispatcher Scenario

Domain-specific models trained on emergency communications achieve 98.5% accuracy. Operates locally for offline capability.

Sub-200ms latency translation enables natural conversation flow. No interpreter wait times.

Real-time stress level and urgency indicators help dispatchers prioritize and respond appropriately.

AI classifies calls into incident types and suggests appropriate protocols and resources.

Replace 5-7 separate systems with one integrated platform. All information accessible without system switching.

AI suggests next steps based on incident type and agency protocols. Ensures consistent response quality.

All calls recorded with searchable transcripts. Instant access for QA, training, and legal requirements.

Machine learning recommends optimal resources based on incident type, location, and unit capabilities.

Sub-second location updates with predictive ETA calculation and geofencing alerts.

Automatic and manual status updates with predictive availability based on current assignments.

Track unit capabilities (K9, negotiator, hazmat) and match to incident requirements automatically.

Native iOS/Android app with offline capability, GPS reporting, and secure messaging.

Automatic creation for qualifying incidents. All agencies see same information with role-based access.

Real-time indicators showing active commanders, dispatchers, and their current focus areas.

Automatic mutual aid requests and resource sharing between agencies with different CAD systems.

Software-based radio patching enables communication between incompatible radio systems.

View live BWC feeds directly in dispatch interface. Commanders can monitor multiple streams.

Direct integration with Axon, WatchGuard, Getac, and Utility body cameras.

BWC recordings automatically linked to CAD incidents with GPS and timestamp correlation.

Cryptographic verification ensures video integrity from capture through court proceedings.

Machine learning classifies and prioritizes calls when volume exceeds capacity. Maintains critical call handling.

Automatic failover to satellite network when terrestrial connectivity fails. Full platform operation.

CRDT-based architecture maintains full operations for 30+ days without connectivity. Zero data loss.

Predict call volume and staffing needs based on events, weather, and historical patterns.