Shade offers a clinical-grade wearable UV sensor that utilizes a proprietary semiconductor to measure UV exposure with an accuracy of 0.001, rivaling high-end scientific instruments. This device continuously tracks both instantaneous and cumulative UV exposure, providing real-time analytics through dedicated mobile applications for personal and clinical use.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for measuring personal UV exposure lack the accuracy needed for precise tracking in both clinical and personal settings. Existing consumer devices often provide inaccurate readings, while scientific-grade instruments are expensive and not suitable for continuous, wearable use. This gap hinders effective monitoring of UV exposure for research, prevention of skin damage, and management of UV-sensitive conditions.
Solution
Shade provides a wearable UV sensor that utilizes a proprietary semiconductor to measure UV exposure with high accuracy. The device continuously tracks both instantaneous and cumulative UV exposure, providing real-time analytics through dedicated mobile applications for personal and clinical use. The sensor's accuracy rivals that of scientific-grade instruments, enabling precise UV monitoring in diverse environments. Data is transmitted via Bluetooth to iOS and Android apps, offering users and researchers access to raw data, summary reports, and real-time analytics.
Target Audience
The primary target audience includes clinical researchers conducting UV exposure studies, individuals seeking to monitor and manage their personal UV exposure, and healthcare professionals advising patients on sun safety.
Features
- Proprietary semiconductor sensor measures UV index down to 0.001, enabling detection of even low-level UV exposure.
- Waterproof, wearable device continuously measures UV exposure for up to 5 days on a single charge.
- Bluetooth connectivity for seamless data transfer to iOS and Android mobile applications.
- Two distinct mobile applications: one displays UV data to the user, while the other hides UV data for blinded studies.
- Centralized access to raw data, summary reports, and real-time analytics for study coordinators.