BraVR is an AI-driven tool that utilizes biofeedback and machine learning to provide psychotherapists with real-time, data-driven insights into patient responses during therapy sessions. This technology addresses the challenge of subjective evaluation in psychotherapy, enabling therapists to optimize stimulation levels for improved treatment efficacy.
Funding
Funding not disclosed
Founders
Product
Problem
Psychotherapists currently rely on subjective evaluations to gauge patient responses during therapy, making it difficult to precisely tailor stimulation levels for optimal treatment efficacy. Overstimulation can worsen a patient's condition, while understimulation can render therapy inefficient.
Solution
BraVR offers an AI-driven tool that provides psychotherapists with objective, data-driven insights into patient responses during therapy sessions. By integrating biofeedback data, including vital parameters and interaction data, BraVR analyzes patient reactions in real-time using machine learning. This analysis enables therapists to adapt simulations or exposures based on validated insights, leading to more personalized and effective treatment. The platform aims to modernize psychotherapy by providing therapists with tools to objectively evaluate and optimize stimulation levels.
Target Audience
The primary users are psychotherapists seeking to enhance their practice with data-driven, objective assessments of patient responses during therapy sessions.
Features
- Real-time analysis of biofeedback data, including vital parameters and interaction data.
- Machine learning algorithms that provide validated insights into patient responses.
- Adaptable simulations and exposures based on real-time patient feedback.
- Virtual reality prototypes for specific phobias like aviophobia, acrophobia, and claustrophobia.