Overview#
The PSAP Dispatcher Console consolidates call handling, dispatch, mapping, and situational awareness into a single focused cockpit for emergency communications centres, pairing the active call with a live Common Operating Picture so the caller and the wider situation are always visible together.
Walk into any busy 911 communications centre and you'll see the same problem: dispatchers toggling between three or four separate applications, their eyes moving from one monitor to a laptop, to a radio panel, to a paper log. Every switch costs time. The console eliminates that fragmentation.
The cockpit is built around a focus deck that pairs active call handling with the live operating picture. A core decision lane walks each call from answer through triage and coordination to resolution, secondary tools stay parked until needed, and the workspace shows only real, live operational data, dropping into a quiet standby when no call is active. A mission context engine re-orients the whole workspace around the incident being worked: selecting a call or incident refocuses the map, call-assist panels, and mission tools together, and a dedicated mobile layout keeps the console usable on phones and tablets.
Configurations scale from a single-screen mobile unit to a six-screen supervisor workstation, and the interface adapts to the task at hand without requiring separate applications. Over 120 keyboard shortcuts, real-time call controls with audio visualisation, and a supervisor-facing team capacity dashboard make the console the operational foundation for 911 centres, emergency communications centres, police and fire dispatch operations, and EMS coordination.
Key Features#
- Multi-Screen Layout Management: Flexible multi-monitor configurations from single-screen mobile units to six-screen command centre workstations, with drag-and-drop customisation and personal profile synchronisation across any workstation
- Hotkey System: Over 120 keyboard shortcuts covering call controls, navigation, priority classification, unit dispatch, and mapping, with custom macro recording for multi-step workflows assigned to single keystrokes
- Real-Time Call Controls: One-click telephony controls with visual call state indicators, audio waveform visualisation, automatic screen pop displaying caller information before answer, and real-time call quality monitoring
- Guided Call Workbench: A staged path through the full life of an emergency call, covering answer, understand, language support, dispatch packet, field handoff, and quality review, with a companion workflow board for staging AI summary, translation, transfer, evidence, and callback tasks without opening the full widget library
- Command Bridge and Call Packet Deck: A command bridge and mission switchboard summarise call, operating picture, and intelligence status with one-click actions, while a live call packet deck assembles caller identity, location, timeline, and the linked incident into a single working packet with its own command rail
- Dispatcher Status Management: Real-time availability tracking with configurable status types, automatic status transitions during call handling, workload indicators, and break management enforcing labour regulations and staffing policies
- Screen Pop Display: Instant caller information presentation including name, phone number, location, call history, language detection, special needs alerts, and jurisdictional confirmation before the dispatcher answers
- Audio Visualisation: Real-time waveform display with automatic gain control, noise suppression, echo cancellation, and silence detection to maintain audio clarity during emergency calls
- Team Capacity Dashboard: Supervisor view of real-time team status including available dispatcher count, active call handling, workload levels, queue depth, estimated wait times, and staffing threshold alerts
- Live Queue Analytics: Trend charts of waiting calls and wait times ending at the live value, switchable between a queue-flow view and a priority breakdown, with charts that size themselves to stay readable in any dashboard layout
- Transparent Failure Handling: Every call action, including answer, hold, transfer, takeover, and audio bridge, reports a categorised plain-language error naming the failed step instead of a dead button; incoming-call takeover behaves identically across the dashboard, notifications, and the call panel, and recovery logic self-heals interrupted page loads on the next refresh
- Dispatcher Audio Bridge: Console voice audio connects directly into calls hosted at the network edge over an authenticated path restricted to trusted realtime endpoints, so a dispatcher can join or take over a live call seamlessly
- Accessibility Features: Visual and audio alerts for hearing and vision impairments, voice command support, large touch-friendly controls, consistent colourblind-friendly palette, configurable font sizes and contrast settings, meeting WCAG 2.2 AAA standards
Use Cases#
- Emergency Call Handling: Process 911 calls through a consolidated interface with instant caller information display, one-click call controls, and keyboard shortcuts that eliminate mouse navigation during critical interactions
- Multi-Agency Dispatch: Manage dispatch operations across police, fire, and EMS from a unified multi-screen workspace with dedicated panels for call controls, CAD integration, mapping, and unit status
- Supervisory Monitoring: Monitor dispatcher status, workload levels, call queues, and performance metrics from a quad-screen supervisor configuration with tools to intervene, reassign, and adjust routing
- Mobile Command Operations: Deploy condensed single-screen or tablet interfaces for mobile command posts, backup workstations, and remote work scenarios with bandwidth-optimised layouts
- Dispatcher Training: Provide side-by-side instructor and student views with synchronised displays, hotkey overlay learning aids, and training mode interfaces for structured onboarding
- Live Call Takeover: A supervisor bridges console audio directly into an edge-hosted call to take over a difficult call from a trainee, without asking the caller to hold or redial
Integration#
The console integrates with CAD systems for incident creation and unit dispatch synchronisation, telephone systems for call delivery and control, mapping services for location intelligence and unit tracking, recording systems for quality assurance, and workforce management tools for staffing optimisation. Profile synchronisation ensures dispatcher preferences persist across workstations and system updates. Panel arrangement, workspace presets, and cross-workstation layout synchronisation are covered in depth in the PSAP Adaptive Operator Workspace documentation, and the map-first crisis canvas, snapshot cards, and mission context behaviour are described in the PSAP Common Operating Picture documentation.
Open Standards#
- NENA i3 Standard (NENA-STA-010.3 / NENA-STA-021): The console's call-handling and incident-management layer conforms to the NENA i3 NG9-1-1 architecture, implementing SIP-based call routing, the Emergency Incident Data Object (EIDO) schema, and Border Control Function identity material for inter-agency call transfers and screen-pop data delivery.
- LoST (RFC 5222) / PIDF-LO (RFC 4119 + RFC 5491): Caller location is encoded as a PIDF-LO XML document and resolved to the correct PSAP or service URN via Location-to-Service Translation query, driving the automatic jurisdictional confirmation shown on screen pop.
- NENA-STA-006.3 NG9-1-1 GIS Data Model: Mapping panels and routing boundaries are validated against the NENA-STA-006.3-2026 layer schema, ensuring PSAP boundary polygons, road centrelines, and address-point data interoperate with standard NG9-1-1 GIS feeds.
- SIPREC (RFC 7865 / RFC 7866 / NENA-STA-012): Live call recordings are captured through a conformant Session Recording Server that accepts SIPREC INVITEs per the RFC 7866 session recording protocol, carries recording metadata per RFC 7865, and stores associated data in the NENA-STA-012 Additional Data format for quality-assurance replay.
- Real-Time Text / RFC 4103 (ITU-T T.140 over RTP): Accessibility RTT sessions bridge the SIP/RTP side (T.140 payload with RFC 2198 redundancy per RFC 4103) to the dispatcher's WebRTC data channel, enabling text-based emergency communication without voice.
- APCO Project 25 (APCO-25 / P25): The radio talkgroup monitoring service decodes P25 digital radio streams, allowing dispatchers to supervise trunked radio traffic alongside telephony calls from within the same console workspace.
- W3C Web Content Accessibility Guidelines 2.2 (WCAG 2.2 AAA): The console UI meets WCAG 2.2 AAA conformance, providing colourblind-safe palettes, configurable contrast and font sizes, ARIA roles, and voice-command support so the interface is usable by dispatchers with hearing or vision impairments.
Last Reviewed: 2026-07-16 Last Updated: 2026-07-16