Diverssity develops personalized digital health technologies that support individuals with neurodevelopmental disorders such as autism spectrum disorder and ADHD. By combining AI, mixed‑reality spatial computing, and sensor data, their platform delivers engaging at‑home psychomotor exercises designed to complement professional care and improve social integration for teenagers and young adults. The solution aims to enhance well‑being, independence, and self‑confidence through data‑driven, immersive therapy.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals with neurodevelopmental disorders such as autism spectrum disorder (ASD) and ADHD often lack accessible, personalized tools for at‑home therapy, making it difficult to reinforce professional care and monitor progress outside clinical settings. Clinicians also face limited scalable methods for screening and gaining detailed insights into these conditions.
Solution
Diverssity offers a digital health platform that combines artificial intelligence, mixed‑reality spatial computing, and sensor data to deliver personalized psychomotor exercises for teenagers and young adults with neurodevelopmental differences. The system creates immersive, at‑home training sessions that adapt to each user’s strengths and challenges, supporting social integration, independence, and confidence. Data collected during exercises are analyzed by AI models to generate actionable feedback for users and clinicians. Additionally, the platform includes scalable screening tools that provide professionals and community organizations with deeper, data‑driven insights into neurodevelopmental profiles.
Target Audience
Primary users are teenagers and young adults with ASD, ADHD, or related neurodevelopmental differences, and the platform is also intended for clinicians, therapists, and community programs seeking data‑driven therapeutic and screening solutions.
Features
- AI‑driven personalization of psychomotor exercises based on real‑time sensor inputs
- Mixed‑reality (MR) environments that create engaging, non‑invasive therapeutic experiences
- Continuous performance monitoring with automated feedback loops for users and clinicians
- Scalable screening modules that aggregate sensor data to identify neurodevelopmental patterns
- Integration of psychomotor therapy, psychology, and psychiatry insights within a unified digital interface