Google Pixel “Take a Message” bug may leak your background audio — Google investigates

January 23, 2026
Google Pixel “Take a Message” bug may leak your background audio — Google investigates

San Francisco, Jan 23, 2026, 00:13 (PST)

  • Google is looking into claims that the Pixel’s “Take a Message” call feature might be sending users’ background audio to the person on the other end
  • Reddit users report hearing background chatter or room noise instead of voicemail when calling certain numbers
  • Google says Take a Message is available on Pixel 4 and newer models in the U.S., Britain, Ireland, and Australia.

Alphabet’s Google is looking into a bug reported by some Pixel users where callers can hear background sounds when the “Take a Message” feature activates after a missed call. (9to5Google)

The reports raise concerns since the feature is promoted as a hands-free solution for missed calls, not as a way to open a live audio feed to a stranger. If it activates accidentally—say, in a pocket or on a desk—it might reveal far more than just the caller’s message.

Google is continuously boosting Pixel phones with new call-handling features, like live transcripts and spam screening built into the Phone app. As the software takes over more of your calls, nailing the fundamentals becomes even more crucial.

Take a Message kicks in after you miss or decline a call, displaying a silent “Taking a message” alert while capturing a transcript and recording saved right inside the Phone app. Google confirms it operates locally on the device without tapping into Wi‑Fi or mobile data. The feature is available on Pixel 4 and newer phones across the US, UK, Ireland, and Australia. (Google Help)

Reddit users reported that when leaving voicemails, they sometimes heard background noises or conversations instead of the expected greeting, after an automated voice picked up. One poster noted a green microphone icon showing up once the call stopped ringing and managed to replicate the problem during test calls. (Reddit)

Android-centric sites highlighted several reports spanning Pixel models, even older ones, noting that some users resolved the issue by disabling the feature in settings. (Android Headlines)

The Verge, referencing the same reports, noted that not all Pixel phones seem affected. The problem might be confined to just a small group of devices. (The Verge)

Google’s reply has been short. “Our team is aware of these reports and is actively investigating,” a spokesperson for the company said.

Users worried about this can turn off Take a Message in the Phone app’s settings. Doing so should route missed calls straight to their carrier voicemail instead. PhoneArena and other tech outlets have detailed these steps as a stopgap fix. (PhoneArena)

It remains uncertain just how widespread the bug is or what exactly sets it off — whether it’s related to device age, carrier configurations, or some issue within the call-assist stack. If the glitch only occurs under certain conditions, users might have trouble identifying when they’re at risk, making it tougher for Google to track down a fix fast.

Google’s Pixel lineup goes head-to-head with Apple’s iPhone and Samsung’s Galaxy series, both of which rely heavily on software to filter and handle calls. This incident serves as a reminder that convenience features—especially those involving microphones and calls—can quickly become privacy risks when they malfunction.

Google Pixel 7 screen glitch - unable to be fixed. Anyone have the same issue?

Technology News

  • GIBO.ai aims to be the nervous system of future mobility, linking air, ground and digital infrastructure
    January 23, 2026, 6:52 AM EST. GIBO Holdings Ltd. outlined its plan to make GIBO.ai a foundational intelligence layer that connects and coordinates future mobility across air, ground and digital infrastructure. The approach treats mobility as a shared network rather than isolated devices, with intelligence flows across systems so EV motorbikes, aerial platforms, logistics networks and urban infrastructure act as interconnected nodes. GIBO.ai is pitched as the computational nervous system of future mobility, letting vehicles and infrastructure sense environments, exchange intelligence, and respond to changing conditions as a single network. The GIBO.ai Calculation Engine operates horizontally across mobility domains, letting insights from ground mobility inform aerial operations-and vice versa. The company stresses scalable, responsible mobility intelligence through a centralized layer that supports incremental evolution rather than rebuilding systems from scratch.