Introduction to the New Season

The Made by Google Podcast has returned with its seventh season, filled with behind-the-scenes insights into Google’s most innovative products, including Pixel and Android.

Exploring the Loss of Pulse Detection Feature

This season begins with an in-depth examination of the Loss of Pulse Detection feature, specifically designed for the Pixel Watch 3. Initially launched in the EU in 2024, this feature has now become available in the U.S. following FDA clearance. The Loss of Pulse Detection feature leverages a combination of sensor signals from the Pixel Watch 3, AI, and advanced signal-processing algorithms to identify loss of pulse events. In the event of an unresponsive user, it automatically prompts a call to emergency services.

Behind the Scenes of Loss of Pulse Detection

In the premiere episode of this season, listeners have the opportunity to hear from the scientist and product lead behind the Loss of Pulse Detection feature. They share the inspiration that led to the development of this feature, the technical challenges they faced, and the critical ethical considerations that were taken into account during its creation.

Staying Updated with the Made by Google Podcast

To ensure you don’t miss any upcoming episodes, subscription to the Made by Google Podcast is available on various platforms including YouTube, Apple Podcasts, Spotify, and Deezer. Each episode offers unique insights into the making of Google’s products and features, providing a fascinating look at the technology and innovation that drives these advancements.

Important Considerations for Loss of Pulse Detection

^{It’s essential to note that the Loss of Pulse Detection feature may not identify every instance of pulse loss and is not intended for individuals with pre-existing heart conditions or those requiring cardiac monitoring. The feature does not serve as a diagnostic tool for medical conditions nor does it provide follow-up care. The functionality of emergency calling is contingent upon the device being sufficiently charged and having adequate cellular connectivity. Additionally, this feature is not available in all countries or regions.}