* Vikor Orban was just ousted by a popular protest movement. This took years due to structural electoral issues but it did work eventually. And it wouldn’t if the people opposing him gave up because they didn’t change anything right away.

* The US ICE protests (and the federal government’s insane overreaction to them) let to the head of DHS being fired and a quantifiable drop in ICE activity (e.g. arrests and number of people currently detained).

* Nepal’s protests last year led to the resignation of the prime minister and a resounding electoral victory this year for their opponents.

Protests aren’t magic win buttons, especially because even the people protesting don’t fully agree on exactly what “winning” looks like. But they accomplish more than acting out your emotions on the internet.

Protests don’t immediately solve everything, but I think looking at 2026 and concluding they don’t move the needle at all is a weird take. There are recent examples of protest movements (especially long-term ones) working all over the world.

Also I already cashed out, jokes on you.

The marketing opportunity here is in promoting Claude Code, not giving a smackdown to Andrew Kelley (who vanishingly few people who throw around millions of dollars on AI contracts have heard of).

More handwaving about the LLM hype machine is incredibly boring and enough of it is spewed everywhere that whatever social good it was going to accomplish must have already happened by now. If you want to inject reality into the situation, talk about reality (like Anthropic is at least pretending to).

None of this stuff works perfectly, but it’s powering almost every mobile internet connection in the world so I don’t understand what is missing.

If you don’t want the local machine to have a routable IPV4 address at all (which is a common practice on mobile networks), you can do something similar with a different prefix (usually 64:ff9b::/96) called NAT46. In this case the local machine’s network stack exclusively emits IPv6 packets, and the upstream router/network detects the prefix and performs stateful NAT using its own IPv4 address(es), just like NAT44. Depending on the use-case, the local machine doesn’t even have to understand what you’re doing at all. Instead you just have the local network’s DNS server return fake AAAA records with the corresponding 64:ff9b::x.x.x.x addresses when some particular domain doesn’t have native IPv6 support.

The tough part is that while ISPs can largely control whether their mobile and residential users have IPv6 available they can’t really do so for their business users, let alone arbitrary website operators they have no relationship with. So the reality is that everyone is going to have to maintain both 4to6 and 6to4 basically forever. But as it becomes less common it’ll no longer need to be especially fast or efficient and the costs to operate it will come down.