The Holy Trinity Of Computer Input Methods

NASA sent humans to the actual moon using computers with 4KB of RAM—roughly the size of a modern email signature. Meanwhile, your beast of a machine with an RTX card and 16GB of RAM crashes because you dared to open a second Chrome tab while Photoshop was running. The digital equivalent of a Ferrari that stalls when you turn on the radio. Progress?

When your Rust compiler decides to turn your CPU into a space heater... that's peak memory safety! The irony is delicious - Rust promises memory safety but your system becomes completely unusable in the process. All cores maxed at 97°C while compiling, and the poor dev had to grab their phone to even take this screenshot because the machine was too busy contemplating the ownership model of every single variable. The final punchline? "It's safe when you can't use your computer" - technically correct, the best kind of correct!

Chrome showing up to your system like a shady dealer in an alley. You boot up your machine with 8GB thinking you're good, and Chrome's already there with 47 tabs open, each one demanding its own gigabyte like some kind of memory protection racket. Meanwhile your actual applications are getting swapped to disk wondering what happened to their allocated resources. The PC Master Race subreddit knows the pain—you spent $2000 on a gaming rig just to watch Chrome consume more RAM than Cyberpunk 2077. At least the drug dealer asks politely.

The classic over-engineered solution! Samsung's smart fridge exemplifies what happens when you let engineers solve problems without asking "but should we?" Instead of implementing a simple auto-close mechanism (you know, with actual physical components), they've created a complex network notification system requiring multiple protocols, an app, and probably your firstborn child's data permissions. For those unfamiliar, "ping" is a networking utility that tests connectivity between devices - so this fridge is literally sending network packets to tell you something a $2 spring could fix. It's the software equivalent of building an entire Rube Goldberg machine when a simple lever would do. Next up: Samsung's toaster that emails you when your bread is burning instead of just... not burning it.

The corporate tech hierarchy is brutally accurate. CEOs get tiny iPhones because they're too busy "visioning" to actually look at spreadsheets. Meanwhile, the poor dev with dual monitors is cranking out code like a machine, probably hasn't seen sunlight in days, and is surviving purely on caffeine and stack overflow answers. The irony? The person with the most screens is simultaneously the most valuable and least appreciated asset in the company. That second monitor isn't a status symbol—it's a necessity for comparing your broken code with the documentation that lied to you.

OH. MY. GAWD. The absolute TRAUMA of 2000s computing! When your computer wouldn't start and you'd literally KICK THE POWER BUTTON with your TOE because you were too lazy to bend down! 💀 Remember those tower PCs where the power button was conveniently positioned at FOOT LEVEL? As if the engineers were secretly testing if humans could evolve into tech-savvy flamingos! The sheer DRAMA of balancing on one leg while your other foot performed delicate computer surgery! And don't even get me STARTED on how we'd blame the "boot code" when really it was just our barbaric toe-poking habits that probably corrupted half the hard drive! The dark ages of computing, I CANNOT EVEN! 🦶💻