NERON provides an objective baseline of everyday brain performance by measuring how the brain and body work together during real‑world activities such as walking, driving, and balancing. The platform tracks changes over time, helping users monitor cognitive health for goals like staying sharp, recovering from injury, or supporting healthy aging. It combines brain‑body metrics with existing health data to give a more complete picture of functional performance.
Funding
Funding not disclosed
Founders
Product
Problem
Many individuals and organizations lack an objective, quantifiable measure of everyday brain performance that reflects how the brain coordinates with the body during daily activities. Existing assessments focus mainly on memory or isolated cognitive tasks, providing limited insight into functional abilities such as balance, coordination, and information processing needed for real‑world tasks.
Solution
NERON offers a brief, sensor‑based assessment that captures how the brain and body work together during everyday movements. Users complete an 8‑10 minute test that records coordination, balance, and information‑processing metrics without the need for imaging or specialist equipment. The platform generates an objective baseline of brain‑body performance, allowing users to see their current status and monitor meaningful changes over time. By integrating these metrics with other health data, NERON supports goal‑driven decisions for staying sharp, improving performance, recovering from injury, or supporting healthy aging. The system provides visual dashboards that highlight deviations from the baseline, helping individuals and organizations validate progress and make informed interventions.
Target Audience
Primary users include health‑focused consumers, athletes, and patients undergoing rehabilitation, as well as employers and occupational health programs seeking to monitor workforce cognitive‑physical performance.
Features
- 8‑10 minute sensor‑driven test that captures coordination, balance, and information‑processing during natural movements
- No imaging or specialist hardware required; the assessment runs on standard consumer devices
- Objective baseline generation with longitudinal tracking to detect subtle changes over weeks or months
- Integration capability with existing health data streams (e.g., heart rate, sleep, activity) for a holistic view
- Visual analytics dashboard that highlights performance trends, deviations, and recovery milestones