How does this protect user privacy, overall?
How does this protect user privacy, overall?
A proxy (i.e. the same approach Apple uses for iCloud Private Relay) would be much better, though since their VPN seems to be using a single, fairly static IPv6 address per user and connection, which allows trivial cross-site tracking of a given user.
I think it would be more useful if Google contributed nodes to Tor rather than creating their own (confusingly) centralised, decentralised alternative.
- If Tor was 'easier' for the end-user or better supported by the centralised pillars of the Internet (such as Google), maybe "spam or worse" traffic would be made a much smaller percentage and improve Tor's reputation
- Does this mean different scales of anonymity/privacy? Tor for the "spam or worse", and this solution of Google's for the casual, not-quite-as-paranoid, private individual?
P.S. You're absolutely right in your paranoia regarding "I don’t want to be associated with". I've had a member of law enforcement accuse me of, basically, being worthy of suspicion (up to and including legal violation of my rights), because I've "got tor on my computer" (yes, that's their level of understanding). They also said that running Virtual Machines and downloading things from Mega will also get you put on a list.
I'd rather Google assist to improve Tor (and it's associated reputation) than "create my own amusement park with blackjack and hookers". In this case, I think one big pool is better than numerous small ones.
P.S. Mega seems to host a number of Android ROMs, which is my primary, and possibly singular, use case.
Perhaps there's a business use for this?
There was an Android-only data saver mode, but it was discontinued [1].
[1] https://support.google.com/chrome/thread/151853370?sjid=4132...
MASQUE (which iCloud Private Relay already uses, and Google could use too) can do significantly better.
Of course, having a choice of more MASQUE providers than just Apple and Google is important.
Authenticated, but not identified, by the end-provider.