“Signal is being blocked in Venezuela and Russia. The app is a popular choice for encrypted messaging and people trying to avoid government censorship, and the blocks appear to be part of a crackdown on internal dissent in both countries…”
I can answer this! All matrix calls are over https APIs. Ports and addresses are stored in a text file on the base domain or in DNS txt entry.
Thanks, nice to have someone knowledgeable.
Would you say matrix is censorship resistant? I’ve very limited knowledge of it but given what you said I imagine that if I was trying to block matrix I would just need to query the url of the text file and check the DNS text entry, if either exist just add the domain to the blocklist.
I was trying to block matrix I would just need to query the url of the text file
Ok this raises a question for me. How do you find a url like this which wouldn’t be like, “linked on their site” or something? I know it must be possible to like dump a URL list for a site to a textfile, I’m just wondering how.
Like say I want to find all the super secret pages on www.subgenius.com, they link some but say www.subgenius.com/pam1/pamphlet.html wasn’t directly linked (it is, but pretend lol) but could be accessed by the URL, how would I find that URL? Can you just run like someprogram -a www.subgenius.com -o subgenius.txt because that would be cool.
Maybe I’ve misunderstood how it works. I thought that when connecting to a matrix instance you would point to the domain name and the text file would be on a standard location (as with /robots.txt or all the files in /.well-known/) so it would be easily discoverable. In fact I just checked and matrix does use /.well-known/ so one should be able to identify matrix servers by querying these URLs. Unless their is a way to use a non-standard location, but that would require further configuration on the client I guess.
And just to answer your question, the only way to find some hidden file would be to brute force. This could obviously be extremely time consuming if the URL is long and random enough, especially if you add rate limiting (this last thing could be circumvented by using multiple IPs to scan, which would be easy for a state actor).
Edit: I’ve just realized I wasn’t answering to the same person, the first part of the message was more for @TarantulaFudge@startrek.website
