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CGNAT and TOR are two technologies that are often used together to provide users with a secure and anonymous online experience. CGNAT stands for Carrier-Grade Network Address Translation, and it is a technology used by Internet Service Providers (ISPs) to hide the true IP address of their customers. This is done by assigning a single public IP address to multiple customers, which makes it difficult for anyone to track the activities of a particular user.
TOR, on the other hand, stands for The Onion Router. It is a network of volunteer-run servers that allow users to browse the web anonymously. TOR works by encrypting the user’s traffic and routing it through multiple layers of servers, making it difficult for anyone to trace the user’s activities.
When used together, CGNAT and TOR provide users with a high level of privacy and security. By hiding the user’s true IP address with CGNAT and routing their traffic through multiple layers of servers with TOR, users can browse the web without worrying about their activities being tracked. This makes it ideal for users who want to remain anonymous online, such as journalists, activists, and whistleblowers.
In addition to providing users with a secure and anonymous online experience, CGNAT and TOR can also help ISPs reduce their costs. By using CGNAT, ISPs can reduce the number of public IP addresses they need to assign to their customers, which can help them save money. Similarly, TOR can help ISPs reduce their bandwidth costs by routing traffic through multiple layers of servers.
Overall, CGNAT and TOR are two technologies that can be used together to provide users with a secure and anonymous online experience. By hiding the user’s true IP address with CGNAT and routing their traffic through multiple layers of servers with TOR, users can browse the web without worrying about their activities being tracked. In addition, these technologies can also help ISPs reduce their costs.
IPFS is more viable, although probably significantly less popular. I think it would be more useful for this purpose since it uses its infrastructure much more efficiently and is much faster.