Police Rapid Environment & Scenario Platform
PREP is developing a system that allows police officers to create and run a realistic training or operational scenario in an immersive 3D environment within an hour. Using AI, realistic crowd simulations and up-to-date environmental data, officers can practise and evaluate quickly and effectively. It also allows them to prepare for a wide range of situations, such as events, incidents or large-scale operations. The project investigates the technical and operational feasibility of this rapid scenario generation, with the aim of making police work more agile, safer and better prepared.
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Training Sandbox
The Training Sandbox is a hybrid IX platform that lets operational police officers independently create, adapt and share realistic scenarios within hours. A web editor makes it possible to quickly recreate ad-hoc situations and large-scale events, while a Unity package gives in-house development teams room to customise and expand the platform. It supports real-time intervention, learning analytics and multi-user collaboration within a single simulation. Built on a privacy-conscious architecture and guided by public values, the Sandbox aims to strengthen officers' practical skills, professional competence and mental resilience, cutting turnaround time from weeks to hours.
Multifunctioneel AR-systeem voor Real-time Visuele herkenning
The system uses AR glasses with built-in cameras and powerful AI to automatically recognise number plates, vehicles and personal characteristics from the officer's field of vision. This makes the system particularly well suited for use within the TBB, TBP and forensic investigation domains. Officers can also use the system for operational tasks on the street, where real-time recognition adds crucial operational value. Information is projected directly into the glasses, allowing officers to work hands-free. The system is controlled through subtle hand and eye movements or app integrations, enabling rapid recognition and decision-making during surveillance, incidents and traffic checks — all while maintaining continuous situational awareness.
ASA (Augmented Situational Awareness assistent)
ASA is an augmented reality assistant that supports police officers with direct, contextual information in their field of view via AR glasses. Think visual markers for exits, colleagues, vehicles or danger zones, plus subtle warnings about people approaching from outside their line of sight. In situations involving smoke or poor visibility, ASA improves orientation through image processing. At the same time, officers can share live footage with the control room for better coordination. This feasibility study examines whether ASA is technically achievable, practical to deploy within the police organisation, and whether it helps officers on the street act more safely, quickly and with better information.
TactiCall
TactiCall is an immersive video calling solution that supports the police in their daily and operational work. Using augmented reality and information overlays, officers on the street can communicate live with the control room and specialists. This allows crucial information to be shared faster and visually. It cuts response times, makes expertise available anywhere, increases safety and improves collaboration between disciplines. TactiCall also offers opportunities for training and evaluation by reliving realistic situations in VR/AR. The feasibility study examines the technical and organisational conditions needed for widespread deployment of TactiCall within the Netherlands Police.
SPOT - Simultaan Plaats Onderzoek Tool
CoVince Innovations B.V.'s solution turns simple video recordings into collaborative 3D environments. This lets multiple experts visit crime scenes simultaneously within two hours, from any location.
CGI Indoor Explorer
CGI Indoor Explorer provides situational awareness during first responder operations by using IX to create a single, integrated, shared view of the situation in real time and in 3D. First responders are equipped with a 3D sensor that tracks their position and maps their surroundings. This view is monitored remotely in real time, offering value to the police and, by extension, to the Netherlands. CGI Indoor Explorer is being developed at CGI as an innovation project. This feasibility study examines the commercial potential of this innovation and its operational value for the Netherlands Police. The aim is to close the gap between innovation and actual deployment.