Wangling_CloudULP 606: 7,763,954 Logins Leaked in Plaintext

The most dangerous part of the Wangling_CloudULP 606 file is not its size, it is that every one of its 7,763,954 records pairs an email address with a plaintext password and a URL. HEROIC analysts logged the file after it was uploaded to Telegram on 26-Aug-2026. That combination gives an attacker a ready made login rather than a puzzle to solve. The only way to know if you're affected is to scan your email.

Why the Pairing Matters More Than the Count

A password on its own is only half of what an attacker needs, the other half is knowing where to use it. This file supplies both in the same record, for all 7,763,954 entries. That pairing is what turns a very large number into a very large number of working logins.

What Every Record in This File Includes

• Email Addresses: Lets an attacker identify the real person behind each record and target them directly with scams.
• Plaintext Password: Stored in plain text, meaning it works immediately with no decryption or guessing required.
• URLs: Points to the exact login page tied to each record, saving an attacker the work of guessing where to try it.

What 7,763,954 Exposed Logins Can Cause

At this scale, the practical risk is account takeover repeated across a huge number of individual people, not a single isolated incident. Each successful login can lead to locked out owners, unauthorized purchases, or messages sent under someone else's name. The damage from a file this size is measured in how many of those records still work, not just how many exist.

How a File This Large Gets Compiled

A file of this scale is generally built by combining login pairs from a wide range of earlier, often older, sources rather than one company's systems being broken into. Whoever compiles it tests the pairs against many different sites to keep only the ones that still work. Reaching millions of records typically means pulling from a large number of smaller sources over time.

What to Do About the Wangling_CloudULP Leak

Use the scan above to check whether your email is part of this file. If it is, change that password immediately, and change it anywhere else you have reused it, since that reuse is exactly what a file like this is built to exploit. Treat any work account tied to that email with the same urgency as a personal one.