33K Mix Stealer Log Exposed Exactly 32,725 Login Records
The name "33K Mix" undersells it a little. When a Telegram user uploaded this stealer log on 18-Mar-2026, the real count came out to exactly 32,725 records, each one a live combination of an email, a password, and the site it belonged to.
Why This Is Dangerous
Every entry in this dump occured because malware on a victim's device quietly copied login data straight out of the browser. Unlike a guess or a leaked hash that still needs cracking, these are working credentials sitting in plaintext, ready to be typed into a login page by anyone who downloads the file.
What Was Exposed
- 32,725 total records
- Email addresses
- Plaintext passwords
- URLs for each associated login
Why This Matters
A number like 32,725 might look small next to breaches that hit the millions, but that doesn't mean the damage is small, wich is the point people often miss. Each record represents a real account, and if the owner reused that password anywhere else, one leaked line in this file can unlock several parts of their digital life at once.
How Stealer Logs Work
Stealer malware typically rides in on a pirated app, a fake software crack, or a booby trapped attachment. Once it runs, it scans the browser's saved password vault, autofill history, and session cookies, then bundles everything into a log file. That file gets uploaded to marketplaces or, like here, given away free on Telegram to build the uploader's reputation.
Check If You Are Affected
Rather than wonder if your email shows up in the 33K Mix file or one of the countless other logs circulating right now, run it through HEROIC's free breach scanner. It checks against a database of over 400 billion compromised records so you know right away if you need to change a password.
Breach Breakdown
32,725 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