matthewc

matthewc , 18 days ago to Privacy in Why don’t you like Apple?

This is different than my understanding of Google and Apple. Could you provide links to sources showing what Apple collects about its users?

matthewc , 20 days ago to Privacy in Do you think people would be okay with 'Recall' if Apple did it?

Yes

matthewc , 20 days ago to Privacy in Do you think people would be okay with 'Recall' if Apple did it?

Darwin. Their BSD and the foundation of MacOS and therefore all the current OSes they produce.

matthewc , 27 days ago to Technology in Things the guys who stole my phone have texted me to try to get me to unlock it - Gothamist

MDM would have been used regardless of OS.

matthewc , 28 days ago to Technology in Things the guys who stole my phone have texted me to try to get me to unlock it - Gothamist

I see what you’re saying. I agree that users should be able to remove device locks remotely. You can with iPhones. Hopefully that moves to all devices.

I still prefer this to not having the lock at all.

matthewc , 28 days ago to Technology in Things the guys who stole my phone have texted me to try to get me to unlock it - Gothamist

Your post details how it isn’t possible for IT professionals to wipe a Mac without the consent of the owner’s account. How is that security theater?

matthewc , 5 months ago to Privacy in the encryption keys, why can't the government just sneak on them?

Your computer generates two keys. One to encrypt a message. One to decrypt the message. The encrypt key is public. The decrypt key is private. Your computer shares the public key with YouTube. The private key is never shared.

YouTube does the same thing for your computer.

Your computer will have YouTube’s public key and your computer’s private key..

Your computer will be able to encrypt messages to send to YouTube that only YouTube will be able to decrypt. Even your computer will not be able to decrypt these messages after it has encrypted them using YouTube’s public key.

Since the decryption keys are never shared they can’t be snooped. That is why it is only possible for an attacker to encrypt new messages but not read any messages from either sender.