Game Updates In A Nutshell: Priorities

Modern devs out here with 16GB of RAM, gaming PCs that could render the entire universe, PS5s, and somehow still manage to make Electron apps that eat memory like it's an all-you-can-eat buffet. Meanwhile, legends back in the day were crafting entire operating systems and games on 2MB of RAM with hardware that had less computing power than today's smart toaster. The contrast is brutal: we've got 8,000x more RAM and yet Chrome tabs still bring our machines to their knees. Those old-school devs were writing assembly, optimizing every single byte, and shipping masterpieces on a PlayStation 1 and Super Nintendo. They didn't have Stack Overflow, npm packages, or the luxury of importing 500MB of node_modules to display "Hello World." The SpongeBob meme format captures it perfectly: modern devs looking sophisticated with all their fancy hardware versus the raw, unhinged genius of developers who had to make magic happen with constraints that would make today's engineers weep. Respect to those who coded when memory management wasn't optional—it was survival.

Nothing says "tech evolution" quite like Valve contradicting themselves after nearly a decade. In 2017, Gabe Newell confidently declared wireless VR a "solved problem" while showcasing their wired headset. Fast forward to 2025, and suddenly they're like "Fine, we'll just build the wireless adapter ourselves" with that signature Valve time™ energy. The irony is delicious. Eight years to go from "it's solved" to "we're solving it now" is peak Valve – the same company that can't count to 3 for Half-Life but can take their sweet time reinventing what was supposedly already fixed.

Computer scientists: "Let's discuss if this system can solve any computable problem!" Me, a practical developer: "Cool theory bro, but can it run Doom?" The "Can it run Doom?" test has become the unofficial benchmark for computing devices since the 90s. Forget your fancy theoretical computer science - if your toaster, calculator, or pregnancy test can run a demon-slaying game from 1993, that's when you've truly made it in tech.

Ah, the eternal GPU rivalry immortalized in muscular arm form! Since 2013, NVIDIA and AMD have been locked in this sweaty, vein-popping handshake of technological one-upmanship. The only thing more impressive than these bulging biceps is how both companies continue convincing gamers they absolutely need that extra VRAM for... *checks notes*... slightly better shadow rendering in games they'll never actually finish playing. Meanwhile, everyone's bank account is in the corner doing the opposite of flexing. The real winner? Electricity companies watching your power bill after running these heat-generating beasts.

Sometimes the dumbest solution is the winning solution! This freshman created a poker bot with just two lines of code: if isMyTurn: goAllIn() and absolutely demolished sophisticated algorithms by exploiting their risk-averse logic. The sophisticated bots kept folding to aggressive all-ins, proving that in both poker and programming, simplicity can trump complexity. It's basically the computational equivalent of the "spray and pray" technique—except it actually worked!

This meme perfectly captures that moment when every programmer who's also a gamer thinks, "Hey, I could totally make my own game!" The highway sign shows two paths: the sensible left exit for "Playing a game" (the thing you're actually good at) versus the right path for "Making a game" (the much harder endeavor). Meanwhile, the car is dramatically swerving right with the caption "Me thinking I can make a game, because I'm a good gamer" - representing that classic developer overconfidence. It's that classic trap so many of us fall into: "I've played hundreds of games, so how hard could it be to make one?" Narrator voice: It was, in fact, very hard. This is basically the programming equivalent of watching a movie and thinking you could direct one. The skills for consuming and creating are completely different beasts! Game development requires learning engines, graphics programming, physics, sound design, storytelling, optimization... but hey, at least you know which buttons should make your character jump, right? 😂