The 10k UHQ MIXED BY Fxxlp Means Someone Could Log Into Your Accounts

HEROIC analysts identified this stealer log on 08-May-2026. The breach exposed 6,920 records, with stolen data including email addresses, plaintext passwords, and URLs. The source is identified as 10k UHQ MIXED BY Fxxlp uploaded by a Telegram User.

Why This Is Dangerous

This breach included plaintext passwords, which means the passwords are stored and readable exactly as the victim typed them. No cracking is needed. An attacker who downloads this file can immediately start trying these email and password pairs on other websites. With 6,920 sets of credentials and the URLs showing exactly which services victims were using, attackers have a precise, ready-to-use kit for account takeover. If any victim reused their password on email, banking, or social media, those accounts are directly at risk.

What Was Exposed

• Email Addresses
• Plaintext Passwords
• URLs

Why This Matters

When email addresses, plaintext passwords, and website URLs are stolen together, the risk goes beyond one account. Attackers can attempt to log in to every site in the URL list using the matching credentials. This process is automated and can test thousands of accounts in minutes. Victims may face unauthorized purchases, drained accounts, stolen identities, or hijacked email accounts that can then be used to reset passwords on even more services.

How Stealer Logs Work

A stealer log starts with malware installed on a victim's computer, often through a malicious download, a phishing link, or a compromised software update. Once active, the malware silently records credentials as the victim types them into websites. The malware bundles these stolen records into a log file and sends it to the attacker. These log files are then shared or sold on Telegram channels, making stolen credentials available to many bad actors at once.

Check If You Are Affected

HEROIC offers a free breach scanner that searches 400 billion records from known breaches. Search your email address now to find out if your credentials appear in this breach or others. The scan is free and takes seconds.