Blunt Truth: 146_AtomSpyBot Leaked 2,201 Plaintext Passwords

Here's the blunt version: on October 26, 2023, a file called 146_AtomSpyBot showed up on Telegram with 2,201 stolen login records inside, and every single password in it was sitting in plain, readable text. No encryption, no obfuscation, just raw credentials ready to be copied and pasted straight into a login page.

Why This Is Dangerous

Plaintext is the worst-case format for a leaked password. There's no cracking required, no computing power needed, just a simple copy-paste into whatever site the URL in the log points to. That immediacy is what seperates a stealer log from an old hashed database dump, where attackers at least have to work for it.

What Was Exposed

• 2,201 email and password pairs captured from an infected device
• Plaintext passwords with no protection layer whatsoever
• Site URLs matched to each login, confirming exactly where they still work

Why This Matters

This log sits one digit away from 142_AtomSpyBot, another file processed in this same campaign, which tells you these dumps are being churned out in a series rather than as one-off events. Whoever's behind the AtomSpyBot naming pattern has clearly automated their pipeline, and that automation doesn't garuntee they'll stop producing more of these anytime soon.

How Stealer Logs Get Sold in Bulk

These numbered releases usually come from a botnet of infected machines all reporting back to the same infrastructure. Each victim's browser data gets scraped, labeled, and dropped into a batch file like this one, then handed out or sold on Telegram channels that specialize in exactly this kind of product. It's less a single hack and more an ongoing harvest.

Check If You Are Affected

If your password has ever been reused across more than one site, a plaintext leak like this one is precisely the scenario that turns a minor exposure into a real problem. HEROIC's free dark web scanner checks against over 400 billion leaked records, so you can imediately see if your information appears in 146_AtomSpyBot or any related dump.