The hexvior_1769687012 Leak Put 5 Personal Logins at Risk
HEROIC analysts found a combolist titled "hexvior_1769687012 uploaded by a Telegram User" that was uploaded by a Telegram user on 29-Jan-2026. The file contains just 5 paired email/username and plaintext password combinations circulating for use in automated login attacks.
Why This Is Dangerous
A combolist is a ready-made list of "email:password" pairs. Attackers do not need to break into anything new; they simply take a list like this and try each pair against dozens of other websites, betting that people who reused a password on one account also reused it somewhere valuable, like a bank, an email account, or a shopping site.
What Was Exposed
- Email addresses / usernames
- Plaintext passwords
- URLs associated with the accounts
Why This Matters
Even a small list like this one can power credential stuffing attacks. Automated tools test each pair against major websites in seconds, and if any of these five accounts reused a password elsewhere, that other account is just as exposed to takeover.
How Combolists Work
Combolists are usually built by combining and reformatting credentials pulled from older, unrelated breaches into one simple list of email/username-and-password pairs. Criminals then load these lists into automated "checker" tools that quietly test each pair against a wide range of websites, and small files like this one are frequently shared or sold in Telegram groups before being tested against real accounts.
Check If You Are Affected
If you think your credentials could be part of this or a similar leak, use HEROIC's free breach scanner to check your email address against a database of more than 400 billion breached records. It takes seconds and can tell you whether it's time to change a password.
Breach Breakdown
5 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