Yeah, the protocols that corporations and governments rely on were (mostly) not their own creations, and they cannot feasibly change the underlying TCP/IP stack itself, which has quite a lot of ‘grey space’ baked into it in terms of controlling traffic. Even China, whose government could much more realistically create another alternative model with a totally different protocols (a la DTNs) and mandate domestic equipment use them (enabling them to block the current suite of protocols), just haven’t even bothered attempting that route because of how huge a lift it would be.
The biggest danger is probably national boundary isolation, which countries have moved further and further towards. This is not actually all that rare, and countries have a lot more ability to control cross-border network traffic than people probably realize (most people probably envision something akin to The Great Firewall, but that is explicitly about still facilitating north/south traffic at-scale).
Totally discrete ‘mini internets’ via e.g. mesh networks or directional wireless P2P bridges is totally doable, but generally not a way to avoid government scrutiny as it’s very easy to detect. If we ever get to a point where you’re not subscribing to an ISP for internet, but to ‘Disney Network’, with just their services (and add-on bundles for other services!), it’ll be in conjunction with regulatory capture to help them ‘protect’ against pirate (as in, un-controlled by government, not as in copyrights) networks.











Damages for what? They’re not making money if it’s free. It’s fine if it’s copied, the only time there would be damages is if they’d lost money or access.
In FOSS, contributing in the open is the principle.