Urgent: TOR_LOG MIX 393PCS Leak Exposes 13,436 Passwords Now

HEROIC analysts identified a stealer log file called TOR_LOG MIX 393PCS, uploaded to a Telegram channel on February 20, 2024. The file contains 13,436 records, each one pairing an email address, a saved website URL, and a plaintext password taken directly from an infected device.

Act Now: This Data Is Already in Criminal Hands

There is no waiting period with a leak like this. The moment TOR_LOG MIX 393PCS was uploaded, it became available to anyone on that Telegram channel, and files like this get copied and re-shared fast. If your email or password is one of the 13,436 records inside, it is already circulating, not sitting in a queue somewhere waiting to be used.

Plaintext passwords make this worse. There is no encryption to buy you time while someone tries to crack it. The password is right there, ready to type into a login screen immediatly.

What Was Exposed

• Email addresses
• Plaintext passwords
• Saved website URLs tied to each login

Why This Matters

Attackers do not check leaked credentials by hand. They run them through automated credential stuffing tools that test each email and password against hundreds of other websites in seconds. If you reused this password anywhere else, that account is exposed too. This is how a single leak turns into account takeover, identity theft, and financial fraud within days, sometimes hours.

How Stealer Log Breaches Like TOR_LOG MIX 393PCS Happen

Infostealer malware gets onto a device through a cracked download, a fake update, or a phishing attachment. Once it is running, it grabs every saved password and cookie sitting in the browser, then bundles it into a seperate file exactly like this one for sale or distribution on Telegram and dark web forums.

Check If You Are Affected, Today

Do not put this off. HEROIC's free breach scanner checks your email against a database of more than 400 billion leaked records, including stealer logs like TOR_LOG MIX 393PCS, in seconds. Run a free scan right now and change any password that comes back exposed before someone else uses it first.