I’m not really sure how it opens up replay attacks, since it doesn’t really change anything to the default auth. There are already sites that do this.
The only difference is that instead of sending an http request of { username = "MyUsername", Password = "MyPassword" } changes to { username = "MyUsername", Password = HashOf("MyPassword") } - and the HashOf(“MyPassword”) effectively becomes your password. - So I don’t know how that opens up a possibility for replay attack. There’s not really any difference between replaying a ClearText auth request vs an pre-hashed auth request. - Because everything else server side stays the same
(Not entirely auth related), but another approach of client side decryption is to handle decryption completely client site - meaning all your data is stored encrypted on the server, and the server sends you an encrypted container with your data that you decrypt client side. That’s how Proton(Mail) works in a nutshell
I’m not really sure how it opens up replay attacks, since it doesn’t really change anything to the default auth. There are already sites that do this.
The only difference is that instead of sending an http request of
{ username = "MyUsername", Password = "MyPassword" }changes to{ username = "MyUsername", Password = HashOf("MyPassword") }- and the HashOf(“MyPassword”) effectively becomes your password. - So I don’t know how that opens up a possibility for replay attack. There’s not really any difference between replaying a ClearText auth request vs an pre-hashed auth request. - Because everything else server side stays the same(Not entirely auth related), but another approach of client side decryption is to handle decryption completely client site - meaning all your data is stored encrypted on the server, and the server sends you an encrypted container with your data that you decrypt client side. That’s how Proton(Mail) works in a nutshell