Planning & Real-time IX Scenario Maker
PRISM is an AI-supported VR scenario builder that lets police officers with no technical background build and adapt realistic environments and scenarios. Using voice commands and simple building blocks, they can recreate past incidents and prepare for new situations, for example crowd control or threat scenarios. The tool drastically cuts the development time for XR training and makes it possible to share and reuse scenarios nationwide. In phase 1, the team is investigating the technical feasibility, user acceptance and economic viability of a proof of concept for this AI-driven IX scenario builder.
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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 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.
Virtuele War Room voor Wendbaar Politieoptreden
The Virtual War Room enables police teams to prepare for unexpected situations within a matter of hours. Using up-to-date 3D area data, colleagues work together to build a realistic tactical situation map, explore scenarios and train directly in VR or Mixed Reality, even from different locations. This feasibility study identifies the workflow needed to let operational staff create and use scenarios independently, taking into account the relevant conditions for responsible and safe use within the Netherlands Police context.
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.
Handsfree Intelligence: De Mixed Reality Gedachtenkamer voor de Tactische Recherche
An AI-driven Mixed Reality application that supports tactical detectives in real time with investigation, scenario thinking and administrative tasks at a crime scene. The application combines MR and artificial intelligence, giving investigators a "thinking room" where they can visualise, mark and analyse evidence. This reduces the administrative burden and improves the quality and speed of investigative processes, contributing to more efficient law enforcement.
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.