Android
DROID DOES
Welcome to the droidymcdroidface-iest, Lemmyest (Lemmiest), test, bestest, phoniest, pluckiest, snarkiest, and spiciest Android community on Lemmy (Do not respond)! Here you can participate in amazing discussions and events relating to all things Android.
The rules for posting and commenting, besides the rules defined here for lemmy.world, are as follows:
Rules
1. All posts must be relevant to Android devices/operating system.
2. Posts cannot be illegal or NSFW material.
3. No spam, self promotion, or upvote farming. Sources engaging in these behavior will be added to the Blacklist.
4. Non-whitelisted bots will be banned.
5. Engage respectfully: Harassment, flamebaiting, bad faith engagement, or agenda posting will result in your posts being removed. Excessive violations will result in temporary or permanent ban, depending on severity.
6. Memes are not allowed to be posts, but are allowed in the comments.
7. Posts from clickbait sources are heavily discouraged. Please de-clickbait titles if it needs to be submitted.
8. Submission statements of any length composed of your own thoughts inside the post text field are mandatory for any microblog posts, and are optional but recommended for article/image/video posts.
Community Resources:
We are Android girls*,
In our Lemmy.world.
The back is plastic,
It's fantastic.
*Well, not just girls: people of all gender identities are welcomed here.
Our Partner Communities:
view the rest of the comments
That depends on how conclusive you need your proof to be.
For example, you could run your phone software in an emulator and prove that your emulated microphone isn’t being accessed except when it should, because all attempts to access hardware are provided by your emulator. You would simply detect if this happens.
You could debug the kernel on device to detect request to access the microphone hardware and correlate this data with user activities to show that it’s quite unlikely you’re being monitored.
Perhaps you could insert physical probes into a real physical device to detect whether the application processor wakes up to service that data when you are speaking. If it doesn’t wake up, then you can reasonably argue that the data must not be getting stored or processed.
In general, irrefutable proof will be difficult to acquire. As far as we know, most phones don’t listen to the microphone and record audio while the screen is locked. They have a coprocessor that does this but it wouldn’t have the memory to record more than a second or two and is used mainly for hotword detection.