The Cloud_Rolex Leak: 25,306 Passwords Exposed. Yours Might Be One.

The Cloud_Rolex Stealer Log: 25,306 Records Exposed

HEROIC analysts identified a stealer log named "Cloud_Rolex" uploaded to a public Telegram channel on August 6, 2025. The file contained 25,306 records, including email addresses, plaintext passwords, and the API host URLs tied to each account, with most of the exposed users located in the United States.

Why This Is Dangerous

Every password in this log sits in plaintext, meaning it works the moment someone downloads the file, with no cracking or guessing involved. Paired with the API host URL for each account, an attacker gets both the credential and the exact address it unlocks, turning a simple list into a ready-made script for breaking into real accounts.

What Was Exposed

• Email addresses
• Plaintext passwords
• API host URLs

Why This Matters

A leak of over 25,000 records gives attackers plenty of fuel for credential stuffing, where stolen email and password pairs are tested automatically against banking sites, email providers, and social media accounts. Anyone who reused one of these passwords elsewhere is at risk of account takeover, which can lead directly to financial fraud or identity theft.

How a Stealer Log Like Cloud_Rolex Gets Made

Stealer logs come from infostealer malware, programs that infect a device through a malicious download or cracked software, then quietly copy every saved password, cookie, and autofill entry they find. The malware bundles the results into a single file and sends it to whoever controls it. From there, logs like Cloud_Rolex are shared for free or sold on Telegram channels and dark web forums.

Check If You Are Affected

There is no way to know just by looking whether your email address is part of a stealer log like this one. HEROIC's free breach scanner checks your email against a database of more than 400 billion leaked records and tells you immediately whether your credentials have been exposed. Run a scan now and change any password that comes back compromised.