Cybersecurity—it’s the grown-up version of playing whack-a-mole. Just when you think you’ve locked down your system and are ready to sleep peacefully, a hacker finds yet another way to ruin your day. Recently, a ransomware incident—dubbed ReadText34 by Huntress analysts—once again reminded us of this messy reality. But instead of rehashing the same old doom-and-gloom narrative about how ransomware is destroying lives (which it is), let’s take a fresh look. What if we told you there’s a lesson in all this chaos? A fun lesson. A sarcastic, shake-your-head-and-laugh-at-the-absurdity kind of lesson.
Yes, ransomware is serious, but why not dig into the humor (and horror) of it? Welcome to the digital age, where “adminitrator” typos and unpatched vulnerabilities meet malevolent actors like they’re contestants on a reality show.
What Happened in the ReadText34 Incident?
Before we dive into the analysis, here’s a little backstory. The ReadText34 ransomware attack came to life in September 2024 (a year that already sounds futuristic, but sadly, the problems it faces are not). Huntress, the heroes in this saga, were monitoring various endpoints when an alert was triggered. Spoiler alert: A lot of technical mumbo jumbo follows, but the takeaway is that one lone endpoint screamed for help as it was being held hostage by a rogue executable. Not all devices had the necessary protection, and like in a badly written thriller, the villain had found its way into the system.
The ransomware was trying to get cozy, modifying files and threatening encryption. Within minutes, the attack spiraled, with the threat actors even botching their first attempt to log in, thanks to a misspelled “administrator.” No, that’s not a joke. The hackers legit tried logging in as “adminitrator”—an error we can only hope was followed by some facepalming on their end.
A Clumsy Start: The “Adminitrator” Mishap
You’d think that ransomware attackers, with all their malicious intent, would at least get the basics right—like typing “administrator” correctly. But nope, even hackers fall victim to classic typos. Think about it: somewhere in the world, a cybercriminal probably sat there, utterly confused as to why their brilliant plot was foiled… for a whole minute and a half. One hundred and thirty glorious seconds of typo-induced failure.
In this failed login attempt, the hacker reminded all of us that even the worst villains have their “oops” moments. If only that was the end of it, but the same mistake doesn’t stop them for long.
Bring Your Own Vulnerable Driver (BYOVD): The Wildest Office Party Ever
Once inside (after presumably checking the spelling), the attacker made themselves at home, rummaging through the system with the finesse of a toddler in a candy store. They didn’t just stop at enabling Remote Desktop Protocol (RDP)—no, they went the extra mile with a method we in the biz like to call “Bring Your Own Vulnerable Driver” (BYOVD). Basically, they introduced a faulty driver, TrueSight.sys, into the system like it was a birthday cake at the office.
Sounds reckless, right? Well, it was. BYOVD attacks aren’t new, but they sure are annoying. It’s like hackers arriving at your doorstep with a broken door handle to install into your house, making it easier for them to break in later. And that’s exactly what happened here.
Once TrueSight.sys was installed, security applications like Trend Micro crashed—like, face-first into the proverbial floor. From there, the attackers executed a series of annoying commands, disabling recovery options, stopping services, and paving the way for ransomware to strut in like it owned the place.
Winppx.exe, Because Why Would Anything Go Right?
In an almost comically persistent attack, the hacker’s next step involved launching an exe file called winppx.exe, designed to disable driver signature checks. Basically, it’s like trying to tell your computer, “Hey, ignore that suspicious guy over there. He’s totally cool.” But guess what? Even that failed. The file didn’t load, and the attacker’s well-laid plans briefly crumbled.
Unfortunately, hackers don’t give up that easily. Like a determined ex texting “u up?” at 2 AM, they tried again. Winppx.exe launched a reverse shell, a backdoor into the system, allowing the hacker to run more commands from afar. It’s like giving someone your house keys and then wondering why they keep showing up uninvited.
The “Kill SQL” Command and Other Party Tricks
At this point, the attacker decided it was time to get rid of anything that might pose a threat to their precious encryption plans. Enter: the “Kill SQL” command—a dead giveaway that they weren’t just here to play. They executed taskkill.exe commands, stopping anything that might interfere with the encryption process. It was like they were putting everything to sleep before wreaking havoc.
Next came a series of “net stop” commands that effectively brought Windows services to a halt. As if that weren’t enough, they even deleted Volume Shadow Copies and system backups. Because, naturally, ransomware attackers never want to leave any hope of recovery. These guys truly know how to ruin a party.
The Ransom Note: Not Exactly Shakespeare
After all that chaos, you’d think the ransom note would be a well-crafted piece of prose. Perhaps some poetry? Nope. The ransom note, titled “How_to_back_files.html” (because why bother with grammar when you’re ruining someone’s day?), offered few surprises. It was the usual spiel: Pay up or your files get it.
Of course, they threw in some pseudo-technical details like “RSA+AES” encryption and the veiled threat that “highly confidential/personal data” had been exfiltrated. However, based on Huntress’s investigation, it seemed like this may have been an empty threat. There was no clear evidence of data being exfiltrated—just the usual drama and flair.
Canaries in the Data Mine
If you’ve ever had a nagging feeling that something is going wrong but can’t quite put your finger on it, that’s what ransomware canaries are for. These are files that act as early warning systems—if they’re encrypted, it’s a sure sign something’s gone terribly wrong.
In this case, ransomware canaries were triggered, setting off alarms for the folks at Huntress. By then, of course, files were already encrypted, and the damage was done. But the canaries’ desperate chirps served as a grim reminder: ransomware never sleeps.
FAQ: Ransomware, Typos, and How to Not Lose Your Mind
What’s with the “adminitrator” typo?
Yep, even hackers mess up sometimes. The initial failed login attempt was due to a typo. It serves as a humorous reminder that everyone—yes, even cybercriminals—makes mistakes. But, unfortunately, they didn’t let a simple spelling error stop them for long.
Can ransomware attacks be stopped?
Technically, yes, but it’s a game of cat and mouse. Endpoint monitoring, vulnerability management, and strong incident response plans are key. Also, avoid inviting hackers in with weak passwords or leaving the door open with unpatched vulnerabilities.
What’s a BYOVD attack?
Bring Your Own Vulnerable Driver (BYOVD) attacks happen when hackers use a known, exploitable driver to bypass security measures. It’s like bringing your own skeleton key to a locked room—it makes things a whole lot easier for the bad guys.
Should I pay the ransom?
That’s a tricky one. Some say never to pay because it encourages more attacks, while others argue that if it’s your only option to recover critical data, you might not have a choice. But always talk to cybersecurity experts first!
What’s a ransomware canary?
Ransomware canaries are files placed in a system that act as early warning signals. When they’re encrypted, it triggers alerts that a ransomware attack is likely underway. Think of it as the “uh-oh” moment in a heist movie.
Conclusion: Let’s Get Real—We’re in This Together
Ransomware is like the villain we can’t shake off, no matter how much we prepare. But hey, at least we can laugh at the absurdity of it all, right? Whether it’s the hacker’s clumsy typo or the ridiculousness of a BYOVD attack, there’s no shortage of “are you kidding me?” moments in cybersecurity.
So, what’s the moral of this story? If you’re responsible for securing a system, take every single step you can to minimize your vulnerabilities. Because guess what? The bad guys won’t stop just because they trip over their own typos.
Stay safe out there—and for heaven’s sake, spell-check your passwords.
