Me 3 Minutes Ago Testing The Skribbl.io Status

The cryptographic pun we didn't know we needed! This brilliant wordplay combines end-to-end encryption (the security protocol that keeps your messages private) with Ents (the talking tree creatures from fantasy). Security engineers spend countless hours ensuring nobody can intercept your precious cat photos, while fantasy Ents are apparently doing the same with their arboreal gossip. Somewhere, a cryptography professor is both groaning and secretly adding this to their lecture slides. Next up: hash functions explained using actual breakfast potatoes.

Paying for 150 Mb/s but getting 18.75 MB/s? That's not a scam—that's just the classic bits vs bytes switcheroo! ISPs advertise in megabits (Mb) but your downloads show in megabytes (MB). Since 8 bits = 1 byte, your "disappointing" 18.75 MB/s is actually exactly what you're paying for (150 ÷ 8 = 18.75). The real crime is making us do math while we're just trying to download updates for games we never play.

The year is 2025. Microsoft has fully absorbed GitHub, and the dystopian nightmare begins. GitHub users cower in fear as Microsoft whispers "Come closer..." only to drop the bombshell: "I NEED YOU TO ADD IPV6 SUPPORT TO GITHUB." It's the ultimate plot twist! After all the fears of Microsoft injecting telemetry, ads, or subscription tiers into GitHub, they're just desperately trying to drag their acquisition into modern networking standards. Still running on legacy IPv4 in 2025? That's the real horror story! The internet ran out of IPv4 addresses years ago, but GitHub's still clinging to them like SpongeBob to his spatula.

Nothing says "I've seen some things" quite like remembering when you had to literally phone your way onto the internet. Dial-up was the OG loading screen—except it took 30 seconds of demonic screeching noises before you could even think about loading a webpage. And God forbid someone picked up the phone while you were connected, because your connection would drop faster than a segfault in production. That Windows XP-era dialog box with its gloriously skeuomorphic design brings back memories of 56k modems, AOL CDs flooding your mailbox, and the sheer patience required to download a single MP3. You'd click "Dial," hear the modem negotiate with the ISP like two fax machines having an argument, and pray the connection succeeded on the first try. Bonus points if you remember configuring PPP settings or troubleshooting IRQ conflicts just to get online. The "Anyone who uses this computer" option is peak early 2000s security practices—because who needs proper user authentication when you're the only nerd in the house with internet access?

You know that special kind of pain when your uncle starts explaining how "the WiFi is slow because too many megabytes are clogged in the router" or your manager confidently declares that "we just need to download more RAM"? That's the face right there. It's the internal screaming of every developer who has to sit through explanations about how "the cloud is just a big computer in the sky" or "HTML is a programming language, right?" The best part is you can't even correct them without sounding condescending, so you just sit there, nodding politely while your soul slowly exits your body. Every fiber of your being wants to interrupt with "Actually, that's not how TCP/IP works," but you know it'll lead to a 45-minute conversation where you'll somehow end up fixing their printer. Bonus points if they follow up with "You work with computers, right? Can you fix my iPhone?"

This brilliantly illustrates the fundamental difference between UDP and TCP protocols using a rather risqué analogy. On the left, UDP (Unsolicited Dick Pics) just fires off data without caring if it's received or wanted - no handshakes, no acknowledgments, just 8===D into the void. Meanwhile, TCP (Tasteful Consensual Photos) meticulously establishes a connection, gets consent, sends data, waits for acknowledgment, compliments the receiver, and properly terminates the connection with FIN packets. It's basically the networking equivalent of "shoot first, ask questions never" vs "may I please have permission to transmit, thank you very much, goodbye." The excessive politeness of TCP's 3-way handshake and termination sequence is why your HTTP requests take 69 milliseconds longer than they should.