Ok so you definitely don't understand how DLSS works lol. DLSS has to be implemented by the developers of the game. They literally have to use the DLSS APIs in their game code. DLSS requires things like the player input and motion vectors for all scenes, materials, and objects that are in the frame. It adds time to the rendering pipeline. The more powerful your GPU the less rendering time it adds. [image: 26a2a2b7-18ce-426e-a028-ac2be950e5a8.png] We're getting way off track now anyway, so to go back to the start: DLSS Super Resolution is amazing because it lets you get a framerate bump with either little-to-no visibile change to IQ, to a very noticeable degradation of IQ depending on how much of a framerate bump you get. It is one of the most significant advancements in gaming this century IMO. On my PC with a 4070 Super, I can play COD BO6 at a near locked 120fps on my 4K 120hz VRR tv at "4K" using DLSS, whereas my PC definitely cannot do that without DLSS. It looks like native 4K, and believe me I've taken many screenshots and compared them at 300% zoom lol.

2x Fn on MacBooks

I was so confused when I saw your comment until I reread my own. It really is top notch technology I guess!

I want to read his "Meaning of the City" because I just like City theory, but I keep postponing in case it's just Christian morality lessons. The anarchist Christian angle makes this sound more interesting.

Really? [image: 60a7b1c3-946c-4def-92dd-c04169f01892.gif]

I think the principle could be applied to scan outside of the machine. It is making requests to 127.0.0.1:{port} - effectively using your computer as a "server" in a sort of reverse-SSRF attack. There's no reason it can't make requests to 10.10.10.1:{port} as well. Of course you'd need to guess the netmask of the network address range first, but this isn't that hard. In fact, if you consider that at least as far as the desktop site goes, most people will be browsing the web behind a standard consumer router left on defaults where it will be the first device in the DHCP range (e.g. 192.168.0.1 or 10.10.10.1), which tends to have a web UI on the LAN interface (port 8080, 80 or 443), then you'd only realistically need to scan a few addresses to determine the network address range. If you want to keep noise even lower, using just 192.168.0.1:80 and 192.168.1.1:80 I'd wager would cover 99% of consumer routers. From there you could assume that it's a /24 netmask and scan IPs to your heart's content. You could do top 10 most common ports type scans and go in-depth on anything you get a result on. I haven't tested this, but I don't see why it wouldn't work, when I was testing 13ft.io - a self-hosted 12ft.io paywall remover, an SSRF flaw like this absolutely let you perform any network request to any LAN address in range.

I'm specifically talking about toil when it comes to my job as a software developer. I already know I need an if statement and a for loop all wrapped in a try catch. Rather then spending a couple minutes coding that I have cursor do it for me instantly then fill out the actual code. Or, ive written something in python and it needs to be converted to JavaScript. I can ask Claude to convert it one to one for me and test it, which comes back with either no errors or a very simple error I need to fix. It takes a minute. Instead I could have taken 15min to rewrite it myself and maybe make more mistakes that take longer.