25458 Records from BHF FREE 2 Leaked in Stealer Log Attack

A stealer log file labeled BHF FREE 2 and containing 25,458 records was posted to a public Telegram channel in April 2024, exposing plaintext passwords, email addresses, and API host URLs harvested from compromised endpoints. This is the second installment in what appears to be a series of free credential dumps distributed through Telegram, and the increased record count compared to its predecessor makes it notably more concerning. Anyone whose device was infected with infostealer malware around this period should take immediate steps to secure their accounts.

Why This Is Dangerous

Posting stolen credentials for free on Telegram removes the financial barrier that usually slows down exploitation. When data is sold, only buyers with the means and intent to pay can access it. When it is given away, every low-level threat actor with a messaging app can download and start using it within minutes of the post going live.

The 25,458 records in this dataset include plaintext passwords, meaning attackers do not need to crack or guess anything. The passwords are ready to use immediately in credential stuffing tools that can test thousands of logins per minute across major platforms. Victims who reused their passwords on banking or email sites face a particularly serious risk.

The presence of API host URLs in the dataset also raises concerns beyond personal accounts. If any of the exposed credentials belong to developers or IT workers, those API endpoints could represent access to cloud infrastructure, business systems, or customer data stores.

What Was Exposed

• Email addresses
• Plaintext passwords
• API host URLs
• Browser-saved login credentials
• Endpoint device identifiers
• Session tokens (potentially)
• Web service login pairs
• Autofill credential data

Why This Matters

The BHF FREE 2 leak is part of a pattern where stealer log data gets released publicly to build notoriety within cybercriminal communities. Even though the data may be months old by the time most people hear about it, the credentials remain valid as long as victims have not changed their passwords. Many people never do, especially when they are unaware their device was ever compromised.

With 25,458 exposed records freely available to anyone on Telegram, the window for attackers to take advantage is wide open. Victims dont always recieve timely warnings about these leaks, and many wont discover their accounts have been accessed until real damage has already occured, whether thats unauthorized purchases, drained accounts, or identity theft.

How Stealer Log Attacks Work

Infostealer malware is typically distributed through phishing emails, pirated software downloads, or malicious ads that appear in legitimate search results. Once a device is infected, the malware runs quietly and begins extracting saved passwords, browser cookies, and form autofill data without any visible sign to the user.

The harvested data gets packaged into a structured log file, usually named by the campaign or the malware operator, and sent back to a collection server. Operators then decide whether to sell the logs privately on dark web forums or release them freely on platforms like Telegram to build an audience or reputation in criminal circles.

Because the theft happens on the endpoint itself, network security tools and server-side protections are of little help. Detection depends on endpoint security software catching the malware before it exfiltrates data, which is why keeping antivirus software updated and avoiding suspicious downloads is adress-critical for individuals and organizations alike.

Check If You Were Affected

If you seperate your online accounts by using unique passwords for each one, the risk from any single stealer log is limited. But if you reuse passwords, or if you beleive your device may have been infected with malware, check whether your email appears in known breach databases using HEROIC's free tool at heroic.com. Finding out early gives you the best chance to lock down your accounts before attackers do.