Evolve: VR/EEG Tech and Protocol Validation

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December 2025

Received funding for project.

January 2026

Will begin running participants.

20

Expected total number of participants.

Study Status

Protocol Design
100%
Data Collection
32%
Data Analysis
0%
Manuscript(s) Preparation
0%
Publication
0%

Evolve 4B

Stress Resilience Research Study

This study investigates whether a VR-based biofeedback program can effectively reduce stress and burnout in working professionals. Participants engage in guided breathing exercises and heart rate variability training inside an immersive virtual reality environment while we track their physiological responses through integrated sensors. Think of it as learning to regulate your nervous system in real-time: like seeing your heart and breath synchronize on screen and training your body to shift into calmer, more coherent states.

The Evolve Nervous System Reset program combines education, progressive breathing techniques, and adaptive biofeedback to help participants develop practical stress resilience skills. We’re measuring both subjective experiences (perceived stress, burnout, mood) and objective biomarkers (heart rate patterns, brain activity) to understand how this technology-enhanced training affects the body and mind.

Evolve 4A

Validating wearable neurotechnology against gold-standard laboratory systems

This study investigates the accuracy and reliability of a new immersive EEG-based neurotechnology designed to bring high-quality brain and nervous system measurement out of the lab and into real-world settings. Using a rigorous within-subject research design, we compare Evolve’s integrated multimodal sensor system with established, research-grade EEG and physiological monitoring equipment used in academic and clinical neuroscience.

The evolve study compares a new innovative EEG system against gold-standard laboratory equpment, think of it as testing a sleek, comfortable smart watch against traditional medical monitors – we’re validating that the new technology captures the same essential brain signals while being more user-friendly.

The results will help inform the future of accessible neuroscience, wearable health technology, and personalized nervous system assessment.

Description here

Outcomes

2025

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Project Contributors

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