Suffering From Success

So AI already brutally murdered RAM and is currently swinging at RAM's poor cousin (Crucial brand, nice touch). But wait—there's still one more door to kick down: the GPU. And honestly? GPU manufacturers are probably sweating right now because AI's appetite for VRAM is absolutely insatiable . First, AI workloads ate all your RAM for breakfast with massive language models and training datasets. Then they came for your storage with multi-terabyte model checkpoints. Now they're eyeing your GPU like it's the final boss in a horror game, except the boss always wins. Your RTX 4090? Cute. AI needs a server farm with 8x H100s just to load the model weights. The real kicker? While gamers are out here celebrating their 24GB VRAM cards, AI researchers are like "yeah that'll hold my model's attention layer... for one token." The GPU shortage wasn't a crypto thing—it was a preview of coming attractions.

You drop $2000 on an RTX 5090 with ray tracing that could render the entire Matrix in real-time, meticulously plan your gaming library for the next half-decade like you're architecting a microservices infrastructure, and then... you spend the next 6 months tweaking config files for Skyrim. Again. The hardware is crying in the corner running at 2% utilization while you're debugging why Thomas the Tank Engine dragons aren't loading properly. That GPU could be mining crypto, training neural networks, or rendering Pixar movies, but instead it's making sure your 2011 game has the perfect ENB preset. Classic developer move: invest in bleeding-edge tech, use it for legacy system maintenance.

When a spider decides that the dusty, forgotten PS/2 ports on the back of your computer are the perfect real estate for its new web development project. Those circular green and purple ports haven't seen action since Windows XP, making them the actual "deep web" – literally deep in the back of your machine and covered in cobwebs. The spider's offering you access to a part of the internet that predates USB, where keyboards and mice connected via those chunky 6-pin Mini-DIN connectors. It's so retro that even your grandma's computer probably doesn't use them anymore. The spider knows what's up – those ports are abandoned infrastructure, perfect for setting up shop undisturbed. Fun fact: PS/2 ports are actually still preferred by some hardcore gamers and mechanical keyboard enthusiasts because they support full n-key rollover without requiring special drivers. But let's be honest, most of us haven't touched those ports in decades, which is exactly why our eight-legged friend chose them as prime web hosting territory.

Unreal Engine 5 having an existential crisis is the most relatable thing I've seen today. The engine's like "What's my purpose?" and Rick's just "You force devs to buy new GPUs." That moment of realization hits hard. UE5's nanite geometry and lumen lighting are incredible tech achievements that somehow require NASA-grade hardware. Meanwhile, my 3-year-old GPU is sweating nervously in the corner wondering if it'll survive another project. It's the circle of tech life - amazing new software that makes your current hardware obsolete. The hardware industry thanks you for your service, UE5.

When RAM prices quadruple in less than a year and your entire business model is "just download more Chrome tabs," you're gonna have a bad time. Electron devs watching their apps go from "slightly bloated" to "mortgage payment" in system requirements. That sweating guy meme face says it all—they're out here shipping desktop apps that bundle an entire Chromium browser just to display a to-do list, and now users need to take out a loan to afford the RAM. For context: Electron lets you build desktop apps with web technologies, which is convenient but notoriously memory-hungry since each app basically runs its own browser instance. When RAM was cheap, nobody cared. Now? Your Slack, Discord, and VS Code are collectively eating more resources than a small data center.

So NVIDIA's DLSS (Deep Learning Super Sampling) has reached the point where it's just... generating entire human faces now. Left side looks like your character model rendered at native 480p with a potato GPU, right side is what happens when you let the AI "enhance" it. The technology has gone from "upscale some pixels" to "I'll just draw you a whole new person, thanks." Fun fact: DLSS started as a way to render games at lower resolution and upscale them intelligently. Now it's basically doing the rendering FOR you. At this rate, DLSS 10 will just be an AI playing the game while you watch. Why even have a game engine when the graphics card can hallucinate the entire experience? The irony is gamers will still argue about whether this counts as "real" graphics while enjoying their 240fps on a 4060.