Science & Tech
Multisensory Experience
Mixed Reality (MR) is a groundbreaking technology which can engage multiple senses simultaneously, creating an immersive experience that simulates interaction with and within virtual elements. The feeling of presence in a computer-generated scene is powerful and contributes to the immersive feeling. In MR, the headset scans the room to integrate the game’s scenes in the patient’s real surroundings, thus offering comfort and reassurance. This is called spatial computing, and it allows the creation of inclusive game narratives.
Serious Games
The DiverSsiTy game series is designed to deliver research-backed, therapy-driven exercises in an engaging, gamified format. These games not only support a better understanding of the unique experiences of autistic individuals (Autism Spectrum Disorder), but also help identify potential comorbidities and related conditions.
Therapy meets ICT
Welcome to Digital Therapeutics (DTx), where ICT and medical research meet.
When applied to mental health, AI, computer vision, and immersive technologies offer new therapeutical opportunities.
NDD Detection
Neurodevelopmental differences can be identified through the collection and analysis of specific data sets. By 2026, DiverSsiTy plans to introduce a tracking device with an embedded AI-powered eye-tracking system, compatible with any Mixed Reality (MR) headset. This system will capture key biomarkers to enhance diagnosis and improve the detection of Autism Spectrum Disorder (ASD).
Personalized Care
With DiverSsiTy, each individual’s journey is tailored to their unique needs, offering pioneering, personalized support for the everyday challenges faced by autistic teens and young adults. As an e-health innovator, DiverSsiTy’s therapeutic exercises adapt to the abilities and emotional states of each user, providing care that meets them where they are.
Monitoring & Framework
Mixed Reality (MR) is a groundbreaking technology that engages multiple senses simultaneously, creating an immersive experience that blends real and virtual elements. The strong sense of presence within these computer-generated scenes enhances the overall immersive effect. In MR, the headset scans the user’s environment to seamlessly integrate the game’s scenes into their real-world surroundings, providing comfort and reassurance. This process, known as spatial computing, enables the creation of inclusive, personalized game narratives.