What you need to know
- Google, Masimo, and Qualcomm have partnered to enhance health tracking on Wear OS by introducing new premium features.
- Google has licensed Masimo’s blood oxygen technology and other health features through this collaboration.
- The integration of Masimo’s platform with Wear OS promises precise health tracking and seamless synchronization with Android devices.
- Smartwatch manufacturers can focus on the exterior design and user interface, while Masimo handles the internal technology design and testing.
A partnership between Google and Masimo has resulted in the development of a reference framework to expedite the creation of Wear OS smartwatches by manufacturers.
Masimo gained notoriety for suing Apple over the unauthorized use of its blood oxygen tracking technology in the Apple Watch.
Although the sales of the Apple Watch were temporarily halted due to the legal dispute, Apple chose to disable the blood oxygen feature on all Watch models instead of entering a licensing agreement with Masimo.
Recently, Google, Masimo, and Qualcomm collaborated to develop health-focused reference platforms for Wear OS smartwatches, aiming to introduce advanced health tracking and premium features to the wearable platform.
While Google oversees the Wear OS experience, smartwatch manufacturers are responsible for incorporating fitness tracking capabilities from scratch.
The collaboration between Google and Masimo allows Google to utilize Masimo’s blood oxygen tracking technology, among other health features, for Wear OS smartwatches.
According to Masimo’s press release, the new reference platform is designed to seamlessly integrate with Wear OS, offering various health tracking tools, including Masimo’s biosensing technology, for accurate data and effortless synchronization with Android devices.
Manufacturers using the reference platforms and Masimo’s technology can still customize the exterior design and user interface of their smartwatches, while Masimo handles the design, production, and testing of internal components like Snapdragon chips and biosensors.
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