T.O.A.R.
This project explores the feasibility of an innovative Augmented Reality (AR) solution that makes police work safer and more efficient. Cronos B.V. is developing a concept for smart glasses that provide officers in the field with a contextual heads-up display (HUD) and an interactive 3D map. This system translates complex operational data into a direct tactical advantage, helping officers stay better informed and respond faster. The feasibility study validates the technical design, the user experience with the Netherlands Police, and the integration possibilities for the future.
Involved organisations
More projects from Innovation Impact Challenges
Discover other projects within this funding scheme
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.
Scenebrook Haalbaarheidsonderzoek Interactieve XR-Trainingsscenario’s
The project explores whether Scenebrook can be extended with features that let the Netherlands Police develop VR training scenarios faster and more accurately. We're testing three things: automatically converting geo-data into realistic 3D environments, building complex, police-specific scenarios without requiring technical expertise, and measuring learning outcomes in VR. The aim is to determine whether this would allow the Netherlands Police to create realistic, up-to-date and easily adaptable training for situations that are difficult to practise physically.
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.
SIMplify-XR, een AI-gestuurde VR-trainingsomgeving
Improvive wants to help the Netherlands Police create training scenarios more quickly for approaching suspicious individuals at large-scale events. This should result in a training in VR or Mixed Reality. Until now, 3D environments and scenarios have been designed by specialists. Improvive wants to simplify this with an AI-driven design assistant, combined with existing digital tools. The AI assistant guides the creator step by step through designing a training. This way, the police can build scenarios that match real-world situations simply and independently.
POLice Augmented Reality Intelligence System (POLARIS)
By applying Augmented Reality (AR) interfaces, Embedded Acoustics B.V. is enhancing the “situational awareness” of intervention units. The proposed solution combines a visual interface (AR glasses or helmet) with 3D audio. Information is projected onto the real environment both visually and audibly. Embedded Engineering develops robust interfaces of this kind, to date mainly for military applications. This work has shown how the right interface design can present information in a highly intuitive and effective way. Situational awareness increases significantly, while cognitive load is reduced. They are adapting the existing system to meet the requirements of relevant teams at the Netherlands Police.
Simulation Operations
SIM-OPS is a large-scale VR training simulator for the Netherlands Police. The system combines AI-driven crowd simulation with photogrammetric environments, allowing officers to train realistically for scenarios such as demonstrations, riots and hostage situations. By intelligently integrating existing software wherever possible and adding its own innovations, SIM-OPS gives instructors the ability to create scenarios independently, without needing technical expertise. The consortium is investigating the feasibility of this approach, which drastically reduces the cost, complexity and turnaround time of traditional training while increasing its effectiveness.