GoKawiilJoe Maring / Android Authority
TL;DR Android 17 is now available for Pixel phones, but some users are experiencing an odd Wi-Fi bug.
While their phones show an active Wi-Fi connection, certain apps seem unable to take advantage of it.
One theory suggests this could be tied to IPv6 requirements, but it’s not yet clear exactly how.
Android 17 has arrived, with Google’s latest major platform release hitting stable just yesterday. Owners of Pixel phones have already started upgrading, trying out all the new features like Bubbles and more. And while this should be a fun time for Android fans, more than a few are having a rough go of things, as they encounter some very strange problems with Wi-Fi connectivity across multiple apps.
We’re seeing reports across Reddit from users of devices ranging from the Pixel 7 to Pixel 10 series describing similar problems: After updating to Android 17, their phones appear to still connect to their Wi-Fi networks, but certain apps no longer seem able to use it, instead only functioning when there’s mobile data present.
Are you having any Wi-Fi problems after installing Android 17? 13 votes Yes, it's no longer working in some apps. 23 % No, everything seems fine. 77 %
Impacted users note that Google apps appear to be affected by this glitch the most, although some still seem able to function over Wi-Fi. While we’ve seen a few theories about what could be behind this problem — and how to fix it — one of the most promising involves settings for IPv6.
If your home router offers an option to toggle IPv6 support on and off, there’s a chance you’re seeing this issue because it’s currently disabled, and restoring normal app Wi-Fi connectivity could be as simple as switching it on.
That said, we have tried recreating this problem for ourselves by turning IPv6 and mobile data off, and we weren’t able to experience the same problem. That doesn’t necessarily mean that IPv6 support isn’t a root component of the issue, but that the circumstances that lead to it could be a bit more complicated than we know.
... continue reading