85497 Records from Logs_3 November Leaked in Stealer Log Attack

In November 2025, a Telegram user uploaded a stealer log file labeled "Logs_3 November," exposing 85,497 records pulled from infected devices across the United States. HEROIC analysts reviewing the file found that each record includes an email address, a plaintext password, and a URL pointing to the service the credential was used on. A dataset this size, well over 85,000 records, gives attackers a substantial supply of ready-to-use logins with no additional effort required.

Why This Is Dangerous

Stealer logs are collected directly from a victim's own device rather than stolen from a company's servers, so the credentials are typically fresh and tied to accounts the victim was actively using. Because every password in this file is stored in plaintext, there is no cracking or decryption needed. Anyone who downloaded the file had immediately usable login information the moment the download finished.

With 85,497 records available, automated credential stuffing tools can test enormous volumes of logins against popular websites in a short period of time, and even a small success rate can translate into thousands of compromised accounts.

What Was Exposed

• Email addresses
• Plaintext passwords
• Associated service URLs

Why This Matters

Because this data was posted publicly on Telegram, it likely reached a wide range of criminal actors quickly. Stealer log data like this tends to get folded into larger combo lists that circulate across forums and channels for months or years, meaning the risk to affected individuals does not end when the initial post fades from view. Password reuse remains common, so a single leaked credential can put email, banking, and other accounts at risk all at once.

How Stealer Logs Work

Infostealer malware typically spreads through phishing emails, malicious downloads, or trojanized software. Once installed on a device, it runs quietly in the background, harvesting saved browser passwords and autofill data, then packages everything into a log file tied to that machine. Operators often combine logs from many infected devices, as suggested by the batch naming in this file, before sharing or selling the resulting collection.

Because this type of theft happens at the individual device level rather than through a company breach, there is no formal notification process. Most victims only learn their credentials were exposed after noticing unusual account activity or checking for themselves.

Check If You Are Affected

With over 85,000 records in this single upload, checking your own exposure is worth doing without delay. Visit heroic.com and use HEROIC's free breach checker, which searches more than 400 billion exposed records, to see if your email address appears in this file or any other known leak.