With 41,000 employees located throughout Germany, the German Federal Police are one of Europe’s largest police organizations. Responsible for securing national borders, protecting transportation infrastructure, combating terrorism, and managing special operations, the German Federal Police support diverse policing scenarios in major urban centers, uninhabited areas, and everywhere in between.
To better manage and support special operations and major events, leaders at the German Federal Police identified the need for a specialized planning and response tool to centralize resource coordination, communication, and incident management.
The agency required a solution that would integrate with its computer-aided dispatch (CAD) system while providing additional capabilities for managing information during major events. German Federal Police also needed the solution to interface with other emergency service agencies, as well as have customizable workflows to support diverse operations.
German Federal Police selected Hexagon Safety & Infrastructure to help the agency achieve better planning and response management through a specialized solution – one that would be easy to use, efficient, and integrate seamlessly with its Intergraph Computer-Aided Dispatch (I/CAD) system.
Powered by Hexagon’s Intergraph Planning & Response solution, German Federal Police are able to separately plan, support, and manage special operations and incidents while remaining connected to its CAD system. With Intergraph Planning & Response, operations and incidents are managed in a hierarchical and cross-organizational manner. The software interfaces with multiple agencies and third-party CAD solutions, making simultaneous resource coordination, communication, and incident management seamless.
The solution enables German Federal Police personnel to proactively customize workflows based on a historical set of assumptions prior to a special operation. If an unpredicted event occurs, German Federal Police personnel are able to reactively create workflows based on changing conditions and activities happening in the field. It also collects, shares, and stores operational and geospatial data for complex decision-making in real time or for analysis after an event.