Beeper reverse-engineered iMessage to bring blue bubble texts to Android users::The push to bring iMessage to Android users today adds a new contender. A startup called Beeper, which had been working on a multi-platform messaging
Beeper reverse-engineered iMessage to bring blue bubble texts to Android users::The push to bring iMessage to Android users today adds a new contender. A startup called Beeper, which had been working on a multi-platform messaging
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By that logic, there’s nothing guaranteeing iMessage on iPhones is secure or private either because it’s closed source. If you don’t want to trust Beeper mini, you’ll be free to run their iMessage bridge on your own Matrix stack when they open source it at some point, which they’re promising to do (and you still won’t know that Apple isn’t scraping your messages on the iOS side). When I decide to trust a company, it’s because I look at what they’re transparently communicating to their end users. Every indication is that they are trying to get out of the middle of handling encrypted messages. Their first move to make this happen was allowing people to self host their own Beeper bridges (which you can still do with Beeper Cloud if you prefer and you will know that your messages are always encrypted within the Beeper infrastructure). They aren’t going to release the source for their client ever because that’s the only way they make any money.
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You should read the docs. It’s impressive.
I get where you’re coming from, but after readinhow badly security is implemented in iMessage frankly I trust the Beeper devs more than Apple.
Get this, iMessage delivers the AES encrypted message in a package with the AES key, that package is encrypted with your RSA key.
iMessage lacks forward secrecy. So if anyone ever got your RSA key, they could read all your messages, including past messages, because your RSA key never changes!
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They do have to run servers in order to keep the service alive. If you want to run this stuff yourself on your own server that’s possible using PyPush. The reason they have to run those servers for you is to keep the notification service alive.
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Yeah, sorry, I got confused. Beeper mini does need servers to keep the notification service alive. And thus not crazy to ask for 2$ a month. Beeper cloud could indeed do without servers I guess, but I don’t know anything about that. I was just keeping up with the development of pypush (the python poc) and reverse engineering progress.
I don’t understand your point of “you have to log in with a google account”. I understood that was a requirement to check subscription status (and as such limit fraudulent apk’s).
But that seems to be a different story than “opensourcing this would mean a competitor could do it for free”.
You can already do this for free with pypush. And if you want to use something else then python you could build something based on it with any language as pypush is completely open source.
Your Google account is required because it uses GCM for notifications on the phone. The Mini servers act as a middleman between GCM and ANP (Apples background notification protocol).
They talk about this in the docs, they didn’t think it was realistic to try to reproduce ANP on Android, besides Android already has a service.
To be fair they never claimed otherwise and all of the code for the bridges are open-sourced and can be run on your own servers so that those servers you control (as opposed to Beeper-owned servers) act as a “middle man” and none of your messages need be trusted to a 3rd party.
To put it simply: only the actual bridge on Beeper Cloud has access to unencrypted messages and you do have the option to run the bridge yourself while continuing to use the Beeper app. You can use as many or as few self-hosted bridges as you’d like.
A few bridges are preconfigured for self-hosting with just a couple of clicks for free through fly.io here