Exactly 1,835 Accounts Leaked in 123_AtomSpyBot Stealer Log
Not 1,800, not "around 1,900," exactly 1,835. That's the precise record count inside 123_AtomSpyBot, a stealer log uploaded to Telegram on October 26, 2023, the same day as its close numerical sibling 146_AtomSpyBot.
Why This Is Dangerous
Precision like this often gets overlooked because the number feels small next to million-record breaches, but 1,835 real people had their email and password combination captured directly from an infected device. Small numbers don't mean small consequences for the individuals inside them.
What Was Exposed
- 1,835 email addresses matched with plaintext passwords
- The specific URLs where each stolen login is confirmed to work
- Another precisely counted entry in the ongoing AtomSpyBot series
Why This Matters
Multiple AtomSpyBot files uploaded on the exact same date suggest a single large export got split into smaller numbered batches rather than several separate infections. That detail matters because it hints the underlying botnet reccieving stolen data is far larger than any one file lets on.
How Smaller Stealer Logs Fit Into a Bigger Picture
Splitting a large batch of stolen credentials into smaller files like this one makes them easier to sell individually or trade across different buyers, each one seperate from the last. Rather than one giant unwieldy dump, the operator ends up with a catalog of smaller products, wich each carry their own precise count attached.
Check If You Are Affected
A number as specific as 1,835 makes this leak feel small, but that's exactly the kind of file people assume they can ignore, right up until they can't. HEROIC's free scanner searches over 400 billion breached records, so you can check this exact file and every related one in seconds.
Breach Breakdown
1,835 passwords exposed. Is yours one of them?
Enter your email to scan this breach plus 400B+ other leaked records. If you're compromised, we'll show you exactly where and what to change.
Free forever · No account required · Results in seconds