Franklin-Files Stealer Log Breach: 411 Records, All Plaintext

Franklin-Files Stealer Log: 411 Credential Records Exposed on Telegram

In June 2025, a stealer log package labeled "Franklin-files 160count" was uploaded to a public Telegram channel, leaking 411 individual credential records harvested from compromised endpoints. While the record count is relatively small, each entry contains a complete login profile with an email address, a plaintext password, and the exact URL where that credential was used. This targeted collection suggests the malware campain behind it focused on a specific group of victims rather than casting a wide net.

Why a Small Stealer Log Is Still Dangerous

It would be a mistake to dismiss 411 records as inconsequential. Stealer log data is qualitatively different from the hashed password dumps that dominate headlines. Every credential in the Franklin-files collection is immediately actionable. There is no decryption step, no rainbow table required. An attacker can copy and paste any entry directly into a login page and gain instant access. Smaller stealer log packages are also frequently used as proof-of-concept samples to sell larger datasets on underground marketplaces, meaning this leak may represent only a fraction of the total comprimised data.

What Was Exposed in the Franklin-Files Dump

Compromised Data Fields

• Email Addresses - Full email addresses associated with saved browser credentials across various online services
• Plaintext Passwords - Completely unencrypted passwords extracted directly from infected users' web browsers, ready for immediete use
• URLs - The specific login page addresses where each set of credentials was saved, giving attackers a precise map of which accounts to target

Why This Matters Beyond the Numbers

The Franklin-files breach illustrates a growing trend in cybercrime where even small credential dumps carry outsized risk. Because each record includes the full login trifecta of email, password, and target URL, attackers can execute highly targeted account takeovers without any guesswork. Victims who reuse passwords across services face compounding exposure, as a single compromised entry can unlock email accounts, financial platforms, cloud storage, and corporate systems. Organizations should treat any appearance of employee credentials in stealer logs as a potential precursor to network intrusion.

How Stealer Log Attacks Work

Information-stealing malware infects devices through phishing emails, trojanized software downloads, and malicious advertisements. Once running on a victim's machine, the infostealer quietly harvests saved passwords, browser cookies, autofill data, and authentication tokens from applications like Chrome, Firefox, and Edge. The stolen data is organized into structured log files and transmitted to attacker-controlled infrastructure. These logs are then packaged into collections and distributed through Telegram channels and dark web forums. The "Franklin-files 160count" label indicates 160 individual log packages from separate compromised devices were bundled into this particular release.

Check If Your Credentials Were Compromised

Even with 411 records, your login data could be in this stealer log if your device was infected by infostealer malware. HEROIC's free data breach scanner covers over 400 billion compromised records across stealer logs, database leaks, and dark web dumps. Enter your email address to check whether your credentials have been exposed in this or any other breach and secure your accounts before attackers can exploit them.