Do they make them with LiPos? Everything I’ve ever owned had sealed Lead/Acid batteries. Really hard to cause any damage with those.

The fingerprinting I’m talking about gets encoded in the screen recording too. Subtle pixel changes here or there over the entire length of the video. It’ll be lossy when it’s transcoded, but over the whole video it’s there enough times it won’t matter. Even scaling to lower quality won’t fix it and then it’ll also be lower quality.

It’ll be like DRM, there will be people trying to remove it like anything else. They’ll break one thing and another will come along. There would still be a black market, but most people can get an unrestricted copy in exchange for money so there’s one less reason to pirate.

Unless you’re actually pointing a camera at the screen, then OK, you do you.

They could offer a way to download a copy and steganographically tag it to hell with your id so that they know if you distribute it. You can “loan it out” by letting friends stream off your Plex or whatever. If you start selling that streaming service or it shows up in torrents, it has your ID on it.

Boom, you own it forever and you’re incentivized not to over share.

Or you know sell DRM free versions and let people do whatever, but that probably has a snowballs chance in hell.

Sounds like you’re well on your way with a good process. The book Software Architecture: The Hard Parts is a pretty decent guide to breaking apart a monolith. It’s not a 100% follow it to the letter guide IMO, but I think the overall approach makes sense. At each step you have to consider trade-offs instead of following any kind of dogma.

I think we’re in violent agreement. The problem is you need someone in licensing/legal to take a risk at this point to even use AGPL on a corp machine. Figure out the law and the license, then make judgement calls on some slightly fuzzy parts. They’re just not going to do it. Maybe in a few years if someone tests “the right” model, whatever that is in court and prevails. Meaning the dev gets paid and the user retains intellectual property that is either tangential to the product or provides enough value to be it’s own product that’s still sellable in the same way as before the suit.

Unless it’s open source and you have any contributions without a rug pull contributor agreement. Also you don’t have any AGPL dependencies.

We had that relicense convo with the desktop tool maker and they were hogtied by both. Corporate policy dudes had to be harassed into even looking into it. Then maybe 3 months of back and forth championed by motivated tool users later they said to hell with it and banned it.

So if you plan for the AGPL rug pull for your contributors or you have no contributors and none of your dependencies are AGPL in a viral way, go ahead.

They might hope to make money at any point in the future. AGPL is too viral to integrate with. Working at a large corporation they’ve banned a standalone desktop tool we could have used because it was AGPL. We wanted to pay for it, but we couldn’t. It’s a dead end product for corporate users. So personal use , hobbyists, and those companies that think the AGPL won’t infect their IP or don’t care. You limit your TAM severely if you use AGPL.

So if you aren’t in it to ever make money in the future, go for it.

Your ISP is doing it wrong, which I guess you already know. I get a /64 net via DHCPv6 for my LAN which is pretty standard.

+1 to dual stack. Too much of the internet is v4 only, missing AAAA, or various other issues. I’ve also had weird issues where a Google/Nest speaker device would fail 50% of the time and other streaming devices act slow/funky. Now I know that means the V6 net is busted and usually I have to manually release/renew. Happens once every few months, but not in a predictable interval.

Security is different, but not worse IMO. It’s just a firewall and router instead of a NAT being added in. A misconfigured firewall or enabling UPnP is still a bad idea with potentially worse consequences.

Privacy OTOH is worse. It used to be that each device included a hardware MAC as part of a statelessly generated address. They fixed that on most devices. Still, each device in your house may end up with a long lived (at least as long as your WAN lease time) unique IP that is exposed to whatever sites you visit. So instead of a unique IP per household with IPv4 and NAT, it’s per network device. Tracking sites can differentiate multiple devices in the house across sites.

This has me thinking I need to investigate more on how often my device IPv6 (or WAN lease subnet) addresses change.