Deciphr
Deciphr is developing a non-invasive wellness wearable that directly measures biomarkers like glucose, lactate, ketones, and cortisol from the arm—without needles or breaking the skin. The device is designed for multi-day wear, combining multiple signals into one integrated view to reveal patterns across activity, recovery, and stress. The platform is built to expand to additional biomarkers over time.
- Wellness & Fitness Technology
- Medical Devices
- Internet of Things
- Healthcare Technology
- Consumer Electronics
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Traditional wellness wearables track metrics like steps, heart rate, and temperature, which only indirectly infer what's happening inside the body. These signals fail to capture the underlying physiological state—the hormones, metabolites, and proteins that directly reflect how a person actually feels across stress, recovery, and everyday life.
Solution
Deciphr is building a wellness wearable that continuously measures biomarker levels directly from the body—including glucose, lactate, ketones, and cortisol—without needles or skin penetration. A single small wearable worn on the arm captures multiple signals throughout the day, combining them to show how the body changes across activity, recovery, and stress. The platform is designed for multi-day tracking so users can observe patterns over hours and days, not just isolated snapshots. By presenting these biomarkers in context, Deciphr aims to provide a clearer picture of physiological state than traditional wearables that rely on heart rate or movement proxies.
Target Audience
Primary users are health-conscious consumers and wellness-focused individuals who want deeper physiological insight beyond standard fitness metrics to understand how their bodies respond to activity, recovery, and stress.
Features
- Direct measurement of glucose, lactate, ketones, and cortisol levels rather than inference from heart rate, HRV, or temperature
- Non-invasive design with no needles and no skin penetration
- Single small wearable intended for multi-day wear on the arm
- Multiple biomarker signals combined into one integrated view to reveal patterns across hours, days, and weeks
- Platform architecture designed to expand to additional biomarkers over time