If You Reuse Passwords, Check AMRTECH-TXTLOG-ULP-FREE-62 Part 7

If you have ever typed a password into a site you can't quite remember, HEROIC analysts want you to check it against AMRTECH-TXTLOG-ULP-FREE-62 Part 7, a combolist posted to Telegram on 17 Jan 2026 holding 35,261,096 plaintext email and password pairs, the largest of the three parts in this set. Each row also lists the exact site the login was captured against. Scanning your email is the only way to know if you're in it.

If Your Password Is Plaintext, There's Nothing Standing Between It and a Login Screen

A plaintext password is not scrambled, hashed, or protected in any way inside this file. It reads exactly as it was typed, which means anyone holding Part 7 can feed all 35,261,096 pairs into a script and attempt to log in across dozens of services in the time it takes to make coffee.

If the same password shows up on a banking site, a shopping account, or a work tool, the attacker gets there just as fast as the real owner would.

Three Data Points, One Working Login

• Email Addresses: pinpoints exactly who to target with a follow up phishing message or impersonation attempt.
• Plaintext Password: already in usable form, so it unlocks any login where that same password has been reused.
• URLs: names the exact site each password worked on, letting an attacker skip straight to the most promising target.

If You Reuse Passwords, Part 7 Is Worth Taking Seriously

If a password in this file matches one you still use anywhere else, that other login is already at risk, whether it holds your savings, your tax records, or years of email history. Identity theft and fraud both tend to start from exactly this kind of reused credential, not a sophisticated hack.

The scale here, over 35 million pairs, also means this file alone could touch people who have never heard of the service it was originally tied to.

Why a 35 Million Row File Exists in the First Place

Files like Part 7 are built by collecting email and password pairs from a mix of older leaks and malware infected devices, then sorting out duplicates and tagging each surviving pair with the site it worked against. Splitting the result into numbered parts makes a file this large easier to share and trade across Telegram channels. The end goal is reuse testing: running these pairs against other services to see which ones still open.

If Your Email Is in the 35,261,096 Rows of Part 7, Here's What to Do

Take a minute to scan your email and see where it turns up. If it matches anything in this file, change that password immediately everywhere you've reused it, starting with your email provider since it can be used to reset everything else. Do this for a work email exactly as you would for a personal one, since both open the same kind of door.