Google Develops Audio Memory for Pixel: A Feature That Could Record Sounds and Conversations

Google is reportedly developing a new feature for Pixel smartphones called Audio Memory, discovered within the latest version of Android System Intelligence intended for the Pixel 10 range. The information emerges from an analysis of the application's code and suggests the arrival of a tool designed to help users remember what they hear throughout the day.

According to the strings present in the software, activating the feature would allow users to track various audio content, including music played in the surrounding environment and important conversations. The project is internally identified by the code name "blueflax", inspired by a variety of wildflower.

Currently, there are no official details on the final operation of this option, but the information gathered suggests an approach similar to that adopted by some devices and applications specialized in environmental recording. In this scenario, the system could listen to conversations nearby the smartphone, transcribe them, and subsequently generate notes or summaries through artificial intelligence tools. An alternative hypothesis envisions a more limited use, focused exclusively on phone calls or conversations handled through compatible applications.

Additional Details on Audio Memory, the New Feature for Google Pixel

The indications present in the code show that Audio Memory should operate as a background service tasked with processing the collected audio. The user experience could be managed by existing applications or by a future app dedicated to Pixel devices. The new feature would also integrate the Now Playing system, already present on Google smartphones, which automatically recognizes the music played nearby.

This capability would be augmented by a new section dedicated to tracks listened to directly on the device or through other applications. The preliminary screens identified by analysts indicate that music recognition will continue to primarily rely on a database stored locally on the device.

When a track is not identified, a short fingerprint of the audio content could be sent to Google servers for secure cloud searching. Google also specifies that conversations and other sounds recorded in the background would not be transmitted to its servers. The processing should leverage the Private Compute Core, a technology designed to perform sensitive operations directly on the device, ensuring greater control of personal data by the user.