CogniVerse
CogniVerse builds virtual reality and AI tools that let surgical teams rehearse complex procedures safely and help clinicians understand how children pay attention, learn, and respond. Its Incisio platform immerses trainees in virtual operating theatres, with an AI assistant tracking actions and decisions to generate actionable feedback and progress reports.
- Augmented & Virtual Reality
- Healthcare Technology
- Education Technology
- Digital Health
- Artificial Intelligence
- Software Only
- Hardware
- Medical Devices
Funding
Founders
Founder details are not available yet.
Product
Problem
Surgeons have limited safe opportunities to rehearse complex procedures before operating on real patients, as operating time is scarce and every patient matters. Children in the UK wait months or years for autism or ADHD assessments because demand far outnumbers specialists, leaving families with little support and schools without objective information about a child's needs.
Solution
CogniVerse provides a VR-based training platform that immerses medical professionals in realistic operating theatre scenarios built to match medical protocols. The solution uses AI-powered learning to track user actions and decisions in real time, offering immediate feedback that helps learners improve and allows educators to monitor progress. By simulating accurate medical procedures, the platform enables safe, repeatable practice for nurses, surgeons, and students without the need for physical resources. The company also offers HalaraXR, a separate VR experience designed to identify and understand neurodivergent needs in children through calm, interactive scenarios.
Target Audience
Primary users are medical professionals, including nurses, surgeons, and educators, as well as healthcare institutions seeking scalable, realistic training tools. The HalaraXR product also targets pediatric care providers and specialists working with neurodivergent children.
Features
- Immersive VR surgical training modules that replicate operating theatre environments and medical protocols, including complex procedures such as laparoscopic surgery and liver resection
- AI-powered learning engine that tracks user actions and decisions during training, including procedure flow, decision-making, and instrument handling metrics
- Real-time monitoring and feedback system for immediate performance insights and progress tracking across repeated attempts
- HalaraXR, a dedicated VR experience for identifying and understanding neurodivergent needs in children through familiar activities
- Scalable simulation design intended to expand access to high-quality training across regions and communities