UK ISPs Consider VPN To Avoid Piracy Crackdown
Mark.JUK writes "Broadband internet providers in the UK are considering whether or not to follow the example of a Swedish ISP, Bahnhof, which recently put all of its customers behind a secure Virtual Private Network (VPN) in order to circumvent new European Data Retention and Internet Copyright Infringement laws. By doing this, it makes their logs less useful to outside forces (e.g. rights holders) and allows customers to use the internet anonymously. However, several UK ISPs, including business provider AAISP (Andrews and Arnold), have suggested that there may be better solutions than sticking everybody behind a costly VPN. AAISP's boss, Adrian Kennard, claims, 'something ISPs will be doing anyway, carrier grade NAT, will create a similar anonymity as there is no requirement to log NAT sessions.' Meanwhile, Timico's CTO, Trefor Davies, warns, 'It would be a pretty costly project for all ISPs to implement such a system. It would also bring with it risks – suddenly it becomes a lot easier for governments to start monitoring all your traffic because it all goes through a single point (or at least a few points) on the network.'"
So the public don't like the law because they can get ratted out.
The ISPs don't like the law either
Why is there this law again?
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Instead of searching for technical workarounds, we should try to block such laws. Workarounds are just that, and sooner or later the law will workaround workarounds.
What will happen if encryption will become illegal for the general public ? Today this might seem far-fetched, but we are slowly giving in, and it might be a tad too late when we'll realize what we lost (and I'm not talking about the regular /. guy, but about the general public).
With a simple DSL access, possibly using a push-based dynamic DNS service, you can become a server right now. You can even serve out of a local NAT by forwarding a few ports in your router. Without renting a server, you can host a small website, provide an FTP share, seed a torrent, and host a tor node. Particularly in the last case, many small users with their own computers are what tor thrives on.
If your computer has to share its global address with hundreds behind a NAT at the ISP level, this becomes basically impossible (just try asking your ISP to forward a port for you!). The internet will be split into two halves made up by the content providers who can afford a globally accessible address, and the content consumers who sit behind a glorified television.
The side effects of a NAT (not all NATs, but the IP masqerading one which has become synonymous with it) are that you lose the ability to accept incoming traffic. Pretty much all Peer-to-peer protocols depend on that in some measure.
Some can cope (I believe Skype has some server-based way of negotiating a direct connection between two firewalled computers, though I don't know the details), while others like BitTorrent keep some limited functionality (you're limited to connections you initiate), and still others (tor, probably - as a node, not a client) will stop working entirely.
It's no problem for you at home, as your small router surely can cope with a few megabits of data. However on the ISP side you will suddenly have multiple gigabits of encrypted data you need to decrypt. You need fast and therefore expensive computers for that.