Create A Strong Password

Rolling your own JWT authentication is basically the security equivalent of performing brain surgery on yourself because you watched a YouTube tutorial. Sure, you technically implemented authentication, but you've also probably introduced 47 different attack vectors that a security researcher will gleefully document in a CVE someday. There's a reason why battle-tested libraries like Passport, Auth0, or even Firebase Auth exist. JWT has so many gotchas—algorithm confusion attacks, token expiration handling, refresh token rotation, secure storage, XSS vulnerabilities—that even experienced devs mess it up. But hey, at least you can brag about it at parties while the security team quietly adds your endpoints to their watchlist. Pro tip: If your JWT implementation doesn't make you question your life choices at least three times, you're probably missing something important.

The eternal battle between programming languages in one perfect sumo match! The massive C and C++ community stands like an immovable mountain of legacy code and performance, while tiny Rust enthusiasts desperately try to push them over with their memory safety arguments. It's like watching your little cousin try to convince your stubborn uncle that his 40-year-old way of doing things might have some flaws. "But... but... we prevent segmentation faults at compile time!" Yeah, good luck with that, kiddo. The C/C++ devs just pat them on the head while continuing to manually manage memory like it's 1972.

Remember when you bought software and it just... worked? No phoning home, no "verify your license," no mandatory updates that brick your workflow. Now your $2000 Adobe subscription needs to check in with the mothership before letting you edit a PNG. Your smart fridge won't dispense ice without WiFi. Your car's heated seats are locked behind a monthly paywall. The shift from ownership to perpetual rental is real. You're not buying products anymore—you're leasing access to features that physically exist in hardware you paid for, but are artificially gated by DRM and always-online requirements. It's the SaaS-ification of everything, where companies realized they can extract infinite revenue from finite purchases. The kicker? When their servers go down or they decide to discontinue the service, your "purchase" evaporates into the cloud. You don't own your games, your music, your tools—you're just renting them until the company decides otherwise. Welcome to the future, where everything is a service and nothing truly belongs to you.

Mr. Krabs from SpongeBob keeping track of exactly how long we've gone without some AI-generated hallucination, bizarre prompt injection, or GitHub Copilot suggesting a security vulnerability as a "best practice." The counter remains stubbornly at zero, much like those workplace "days without an accident" signs that never make it past single digits. Just another Tuesday in the brave new world where we've all become unwitting QA testers for neural networks with confidence issues.

Ah yes, the classic "I store all my passwords in a place even Google can't find them." Because nothing says "responsible developer" like casually browsing the dark web to retrieve that password you definitely didn't write down on a Post-it note that fell behind your desk. Next level security strategy: make your password so sketchy that you need Tor just to remember it!

Ah, the TCP handshake explained through the lens of human decency! On the left, we have UDP (Unsolicited Dick Pics) - a fire-and-forget protocol where data is just hurled into the void with zero confirmation. On the right, TCP (Tasteful Consensual Photos) demonstrates the proper three-way handshake with acknowledgments at every step. This is networking explained in a way that even HR would understand. The TCP side even properly terminates the connection with FIN packets! Meanwhile, UDP is just shouting into the void like that guy who still doesn't understand why he's single. Remember folks: always implement proper handshakes in both your protocols AND your dating life.