EarSwitch
EarSwitch develops in-ear biometric sensor technology that captures real-time health data, enabling racially inclusive oximetry and personalized medical monitoring. Their EarMetrics® suite provides medical-grade insights to inform clinical decisions and enhance patient-centered care.
- Artificial Intelligence
- Digital Health
- Hardware
- Healthcare Technology
Funding
Raised to date
$2.8MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional methods of health monitoring often rely on external sensors that may not be inclusive of all populations, particularly in areas like racially inclusive oximetry. Existing wearable devices may also lack the ability to capture a comprehensive set of biometric data for personalized medical monitoring.
Solution
EarSwitch is developing in-ear biometric sensor technology designed to capture real-time health data from within the ear. Their EarMetrics suite aims to provide medical-grade insights to inform clinical decisions and enable patient-centered, connected care. The company is also developing EarControl, which introduces a new level of human-to-environment interaction, unlocking augmented control and experiences for various applications. The EarMetrics Cloud is being developed as a secure store and guardian for the rich, multi-biometric data captured by the in-ear sensors.
Target Audience
The primary target audience includes healthcare professionals seeking medical-grade insights for clinical decisions, as well as individuals interested in personal health monitoring and augmented control experiences.
Features
- EarMetrics suite of licensable, in-ear biometrics hardware and technology
- Sensors designed to capture credible and interoperable health data
- Technology intended to enable racially inclusive oximetry
- EarMetrics Cloud architecture for secure data storage and management
- EarControl technology for augmented control and human-to-environment interaction
- Tensor tympani muscle engagement for ear click functionality