Overview#
The Common Operating Picture keeps the live map, active incidents, and call controls permanently side by side at the heart of the emergency console, so dispatchers never lose sight of the crisis while working a call. When a caller describes a fast-moving incident, the workspace is already oriented around it: the shared operational map fills the working viewport, supporting panels dock around it, and boards and specialist modules stay parked until they are needed. The core console frame anchors call handling and the operating picture next to each other, and these surfaces cannot be accidentally hidden by layout changes.
A mission context engine ties every tool to the incident currently being worked. Selecting a call in the queue focuses the map on the caller's location, and selecting a unit, incident, or overlay on the map drives the dispatcher's working context in return. Mission tools are filtered to what is relevant to the live incident rather than showing every capability at once. The module serves emergency call-takers, dispatchers, incident commanders, and supervisors, on full consoles and on phones and tablets alike.
Key Features#
- Map-First Crisis Canvas: The operational picture fills the working viewport with supporting panels docked around it, with reduced control density, compact status controls, and non-overlapping tool trays so high-stress operations stay readable.
- COP Snapshot and Signal Flow: A snapshot card summarises active incidents, command sessions, mutual aid, and field resources at a glance, while a call-to-COP signal flow ties live queue activity, AI readiness, incident links, command sessions, and field resources directly to operating-picture state.
- Mission Context Engine: Selecting an incident or call re-focuses every tool on that mission, including call assist, support tools, and the mission launcher, so the whole workspace follows the live crisis.
- Two-Way Call and Map Synchronisation: Picking a queued call centres the map on the caller's location, and selecting an incident on the map highlights the linked call; queued calls retain their location accuracy metadata until answered, so the map reflects the best available caller position from the moment the call is picked.
- Cross-System Alignment Rail: Incident, map, workforce, inventory, and evidence posture stay visible inside the operating picture, and each lane is clickable, routing straight to the corresponding operations card.
- Smart-City Camera Overlays: A camera map layer with a nearby-cameras panel surfaces the closest city cameras for the current map selection, offering live situational awareness for the scene being worked.
- Actionable Routes and Hazard Overlays: Response-route ETA labels are selectable with real hit targets kept clear of other selection controls, and risk overlay colours are tuned for contrast so hazard areas remain legible over the basemap.
- Mobile Crisis Layout: A dedicated mobile arrangement keeps the same crisis-first workspace usable on phones and tablets, backed by extensive end-to-end layout testing across desktop and mobile arrangements.
Use Cases#
- Pursuit Dispatch: A dispatcher keeps the live map and the active call side by side during a pursuit, with mutual aid status visible in the same frame throughout.
- Queue Triage: A call-taker clicks the next queued call and instantly sees where the caller is relative to responding units before saying a word.
- Street Incident Awareness: During a street incident, the nearest city cameras are offered automatically so the dispatcher gains eyes on the scene without hunting through a camera directory.
- Command Posture Check: An incident commander checks the COP snapshot for field resource posture without leaving the call-handling view.
- Supervision on the Move: A supervisor on a tablet monitors live operations with the same crisis-first layout scaled to the smaller screen.
Integration#
The Common Operating Picture is the standing centre of the emergency call-taking console: the adaptive operator workspace arranges panels, presets, and parked modules around it, and the dispatcher console's guided call handling runs beside it in the same frame. Call-to-incident linking and incident command populate the incidents and command sessions the picture summarises, location intelligence supplies verified caller positions for map focus, and mutual aid coordination feeds the aid posture shown in the snapshot. The camera overlay layer draws on the platform's surveillance and smart-city camera integrations, and the clickable lanes of the alignment rail route straight to the corresponding operations cards.
Open Standards#
- WGS 84: Caller positions, unit locations, and incident markers on the shared map are expressed in standard geographic coordinates for interoperability with responder and mapping systems.
- WCAG 2.2: Route labels and map controls carry real touch targets, and overlay colours are tuned for contrast, keeping the picture operable and legible under control-room pressure.
- ONVIF: The platform's camera connectivity supports the ONVIF surveillance standards, so camera sources surfaced on the operating picture are not tied to a single vendor's equipment.
- ISO 8601: Timestamps across call, incident, and route information use standard date-time formatting for consistency with downstream incident records.
Last Reviewed: 2026-07-16 Last Updated: 2026-07-16