technically it wouldn't take much (or anything really) for people to transition to a v6 overlay network and get this back again.
but i'm afraid that the value of an intermediary-free internet isn't really perceptible enough to drive adoption, even if you made it completely painless.
I meet an awful lot of people, even in tech, that are surprised and shocked that you can use a computer thats not sitting right in front of you. or that two computers sitting next to each other can exchange data without using some third party service.
computing-as-television really won - just like how for the longest time quite a number of people thought that microsoft windows was the canonical definition of what a computer was.
More relevantly its also largely out of the power of citizens to make the transition. Especially in the US where you often have no choice in ISP, if they don't provide static IPv6 addresses theres nothing you can do.
Like he said though, you can have an overlay network on top of what any ISP gives you. Like Tor does with onion services, Ethereum, DHTs, IPFS, etc. You can make peer-to-peer connections regardless of whether or not you're NAT'd. Of course this technology is still not very popular, but it's possible.
all you need is someone to broker a tunnel for you. i'm assuming both that such a broker would be an easily managed cost and it that would be relatively cheap and easy to be assigned global blocks.
but i'm afraid that the value of an intermediary-free internet isn't really perceptible enough to drive adoption, even if you made it completely painless.
I meet an awful lot of people, even in tech, that are surprised and shocked that you can use a computer thats not sitting right in front of you. or that two computers sitting next to each other can exchange data without using some third party service.
computing-as-television really won - just like how for the longest time quite a number of people thought that microsoft windows was the canonical definition of what a computer was.