[Developers]

Command Center Intelligence

When a multi-agency mass casualty event unfolds, the incident commander cannot wait for briefings assembled from five separate systems. Command Center Intelligence provides a single operational surface where incoming int

Category: IntelligenceLast Updated: Feb 5, 2026
intelligencereal-timecompliancegeospatial

Overview#

When a multi-agency mass casualty event unfolds, the incident commander cannot wait for briefings assembled from five separate systems. Command Center Intelligence provides a single operational surface where incoming intelligence is fused, structured briefings are generated automatically, and tasking orders flow directly to field units. It delivers Emergency Operations Center (EOC), Tactical Operations Center (TOC), and Joint Operations Center (JOC) capabilities for multi-agency response coordination, real-time situational awareness, and critical incident management. The platform enables major metropolitan police departments, fire/EMS agencies, federal field offices, fusion centers, and tactical operations to maintain common operating pictures, manage ICS-compliant command structures, and coordinate intelligence-driven responses from routine incidents to mass casualty events and disaster response.

Key Features#

Common Operating Picture#

Real-time COP with multi-layer map visualisation displaying units, incidents, resources, and intelligence overlays. Shared situational awareness across all participating agencies and command levels.

Multi-Agency Coordination#

Shared intelligence, command structures, and cross-jurisdictional collaboration tools. Secure inter-agency communication with role-based access to operational information. Support for mutual aid coordination and resource sharing.

ICS Compliance#

Full NIMS/ICS-100/200/300/400 compliance with dynamic organisational chart generation. Automated ICS form population, span of control monitoring, and command structure management for complex incidents.

Resource Management#

Personnel tracking, equipment inventory, mutual aid coordination, and deployment optimisation. Real-time visibility into resource availability, location, and assignment status across all participating agencies.

Critical Incident Response#

Purpose-built workflows for active shooter, mass casualty, natural disaster, and terrorism response scenarios. Pre-configured response templates, checklist management, and after-action reporting.

Intelligence Fusion#

Real-time threat assessments, multi-source intelligence aggregation, and predictive analytics for informed command decisions. Integrate field intelligence, surveillance data, and analytical products into the operational picture.

Use Cases#

  • Critical Incident Command: Establish and manage incident command structures for complex events with multi-agency response, resource coordination, and real-time situational awareness.
  • Natural Disaster Response: Coordinate emergency response across agencies with resource tracking, evacuation management, and damage assessment during hurricanes, earthquakes, and other disasters.
  • Planned Event Security: Set up command centers for major events (sporting events, concerts, dignitary visits) with pre-positioned resources, intelligence monitoring, and contingency planning.
  • Fusion Center Operations: Aggregate and analyse intelligence from multiple sources and agencies to produce actionable threat assessments and operational briefings.

Integration#

Connects with CAD/dispatch systems, radio communications, surveillance camera networks, weather services, and inter-agency intelligence sharing platforms. Supports geospatial visualisation with GIS data layers and real-time tracking.

Open Standards#

  • NIMS/ICS (ICS-100/200/300/400): Command structures are modelled and validated against the US National Incident Management System Incident Command System training levels, with an explicit ics_compliant flag and dynamic organisational chart generation enforcing span-of-control rules.
  • JESIP (Joint Emergency Services Interoperability Principles): The unified command service validates incident command structures for JESIP compliance, enforcing the required multi-agency command roles for UK and Irish joint emergency response.
  • STANAG 4676 (NATO Track Data): The operational picture layer ingests STANAG 4676 track messages via a dedicated ingest service and live-feed adapter, assigning canonical track UUIDs keyed on the stanag4676_uuid field.
  • OASIS EDXL-SitRep 1.0: Situation reports are serialised and distributed using the OASIS Emergency Data Exchange Language Situation Report envelope (urn:oasis:names:tc:emergency:EDXL:SITREP:1.0), enabling interoperable structured briefings across agency boundaries.
  • Cursor on Target (CoT / MIL-STD-2525): Field unit positions from TAK/ATAK devices are ingested as CoT 2.0 contacts, normalised through the sensor fusion layer, and published back via a CoT broker to maintain a live common operating picture.
  • JC3IEDM / STANAG 5525 (NATO MIP): The platform exchanges operational objects with allied C2 systems using the Joint C3 Information Exchange Data Model, with entities sourced as OperationalSourceStandard.JC3IEDM within the operational picture service.
  • CAP v1.2 (OASIS Common Alerting Protocol): Public warning alerts are built and issued as CAP 1.2 XML messages via the IPAWS integration, covering alert status, urgency, severity, certainty, and area descriptors.
  • GeoJSON (RFC 7946): Geospatial map features exchanged with NATO NICS collaborative rooms and GeoWave analytics are encoded as RFC 7946 GeoJSON Feature and FeatureCollection objects, enabling standard GIS interoperability.

Last Reviewed: 2026-02-05 Last Updated: 2026-04-14

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