modulo

The starting point to the freedom of speech on the internet requires an answer to the question, does a private owner of internet gateway have the responsibility to ensure illegal acts do not take place on their equipment? Not to say the private owner must stop all illegal acts, but must the owner make an effort to try to stop illegal acts and to assist law enforcement to a reasonable extent?

A moral citizen/owner of the gateway will try to prevent heinous crimes even if the legal obligation is not there, but if the system is designed to be unable to record what is sent from whom then policing by the private owner is impossible. So should the ISP design the system to track and record, just in case, or design the system to make tracking and recording impossible until a legal wiretap for a specific target is issued. But that leads to the question how does LE find their targets without the help from the ISP?

It appears today ISP typically have a recorded physical address for every IP at every point in time, and keep records for long periods of time. I encourage you to use Tor to safeguard your privacy

#freedomofspeech #firstamendment #bitcoin 🧡💜 #nostr #telegram #freeduval #freesamourai #tor

So #France can arrest you for illegal knowledge and forbidden use of math and statistics

Not using standard privacy models is interdite; what does that say about the standard models

In case you want to learn more and use a few yourself, #Telegram uses:

1. MTProto: This is Telegram's custom-designed encryption protocol used for client-server communication. It's based on 256-bit symmetric AES encryption, 2048-bit RSA encryption, and Diffie–Hellman key exchange

2. End-to-End Encryption (E2EE): For Secret Chats, Telegram uses end-to-end encryption based on a variant of the MTProto protocol. This means only the communicating users can read the messages

3. Transport Layer Security (TLS): Telegram uses TLS for the initial connection between the client and server

4. Perfect Forward Secrecy (PFS): This is used in Secret Chats to ensure that even if an encryption key is compromised, it can't be used to decrypt past messages

5. SHA-256: Used for message authentication codes

Just sharing…