so I’ve got a pixel 6A and I really like the device itself, but the last several months of updates have just screwed it up over and over again.
first I lost my fingerprint sensor and it still hasn’t been fixed with any of the updates. now with one of the more recent beta updates I have seen intermittent cell service issues in areas where I never used to have service issues.
I’ve been considering switching over to graphene for a while now but wanted some feedback on how that works when I’m not really trying to disconnect from the rest of Google services.
I use family link for my kids tablets, I use Google pay I use Gmail etc.
Will I have any issues if I switch using the same Google services?
also I use Nova launcher, and it would be convenient if I could save that profile and import it, assuming Nova works just fine on graphene as well?
First, discuss.grapheneos.org
If you have bugs, github.com/grapheneos/os-issue-tracker/issues
Same device, no problems, likely hardware problem
You may want to use the stable channel.
Likely LTE-only mode, network settings. Keep it on if you care about using something without known security flaws.
How can you consider it and at the same time use it?
Please just use their website, it should cover what is working and what is not using their sandboxed play compatibility layer.
Gmail works, avoid using their app, and just switch to a better provider. Privacyguides.org
That family link stuff idk, if it is invasive like parental controls it will not work.
The OS makes no connections to google. Sandboxed play uses the same google code but as a sandboxed app. This will not give google any sensitive data or control over the device. Read and understand this thread
Check gmscompat compatibility. Search for every thing you use in their forum or matrix (server: grapheneos.org), if you dont find it ask in the forum.
Yes it does. For paid apps you need sandboxed google play, have not tested that. Aurorastore (use session installer, dont grant file storage permission) doesnt require google login and services but may break in the future and is less secure.