Transforming how we monitor and diagnose health through in-ear innovation
Reimagining the future of healthcare
At EarSwitch™, everything we do is led by one, unwavering vision: we are redesigning the future of healthcare through in-ear experiences.
With our unique, end-to-end biometric sensor and control technology, we want to transform how we monitor and diagnose health, and how we communicate. We intend to create access to synchronised and racially inclusive health insights and augment human-to-environment experiences. There’s a more accurate and inclusive way for people and practitioners to access and provide healthcare, and EarSwitch™ is driving it.
Discover the in-ear technology we’re building for a better and brighter future.
EarMetrics®
Transform how you care for personal health by using in-ear biometric technology advancements. EarMetrics® can be integrated into wearables, hearing aids, and hand-held multi-diagnostic health devices, so you can provide the latest medtech advancements to patients and consumers.
EarMetrics® expects to enable racially inclusive, non-intrusive and automatically generated health data that is medical grade, supporting a new way to measure, monitor and diagnose health.
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EarMetrics® Cloud
With the rich, multi-biometric data from our in-ear sensors presenting so many possibilities, we are creating a responsible cloud architecture – the EarMetrics® Cloud – to be its secure store and guardian.
It will aim to record contextual, racially inclusive, and structured digital biomarkers. Its potential applications span from Hospital at Home and remote patient monitoring to clinical research, with our commitment to data privacy and consent always coming first.
EarControl™
EarControl™ is the key to the next generation of earphones. Moving away from the passive function of yesterday’s devices towards tomorrow’s intent-driven functionality.
It introduces a new level of human to environment interaction, unlocking augmented control and experiences for all kinds of people, in all kinds of applications. Think of a 3D ear mouse; earbuds that track your focus and selects the icon you are looking at with, an ear click invoked as naturally as changing gears in the car.
The muscle that harnesses the potential of this step change is called the tensor tympani. It moves your ear drums as your eyes move and can be engaged voluntarily. By tensing the tensor tympani, the user performs an ear click like the flick of a switch or a click on a mouse.