Satan Logs SatanFireLogsHQ Gave Hackers 35,166 Plaintext Passwords Ready to Use

In July 2025, a Telegram user distributed a stealer log package identified as Satan Logs SatanFireLogsHQ 632count, exposing 35,166 records containing email addresses, plaintext passwords, and endpoint URLs harvested from infected devices. Unlike hashed password leaks that require cracking before use, every credential in this dataset arrived ready to deploy. HEROIC analysts identifed this collection while monitoring Telegram channels where infostealer operators routinely share log bundles with criminal buyers. Within hours of a log bundle like this hitting Telegram, automated tools are already testing credentials against banking portals, email platforms, and corporate logins. Every record in this breech represents a real person whose device was silently compromised by malware with no warning sent and no recovery guidance offered.

Why This Is Dangerous

With 35,166 plaintext passwords now in criminal hands, affected users face immediate credential stuffing attacks across banking, email, and social media platforms. The absence of any notification means most victims still do not know their accounts are at risk. Attackers priortize large, fresh logs like this one because the credentials are more likely to still be active and unrotated. A plaintext password log removes every step between theft and account access: there is no hash to crack, no format to convert, no delay between purchase and attack.

What Was Exposed

• Email Addresses: Victim email addresses that serve as usernames across dozens of online services, enabling targeted account takeover attempts
• Plaintext Passwords: Fully readable, unencrypted passwords extracted directly from browser credential stores by the infostealer malware
• URLs and Endpoints: The exact web addresses and API hosts active on each infected device, giving criminals a precise map of which accounts to target first

Why This Matters

A stealer log bundle of this size gives criminal actors an enormous volume of working credentials to test against popular services using automated tools. Credential stuffing bots can cycle through thousands of email and password combinations per minute, probing banking portals, e-commerce accounts, and corporate VPNs simultaneously. Victims who reuse passwords across multiple services are at particualry high risk because a single compromised record can cascade into multiple account takeovers. The endpoint URLs included in this dataset mean attackers already know exactly which services each victim uses, allowing them to prioritize the most valuable targets. Secondary criminal markets also buy and resell active logs, meaning this data may continue circulating long after the original upload.

How Stealer Logs Work

Stealer logs are produced by infostealer malware that silently infects devices through phishing lures, fake software downloads, or malicious browser extensions. After gaining access, the malware extracts saved browser passwords, cookies, and any credentials typed during the active infection window. The harvested data is compiled into structured log files and sent directly to the attacker's infrastructure or posted to Telegram distribution channels. Victims typically recieve no warning during or after the theft because the malware is built to avoid triggering antivirus detection and self-deletes after completing its collection routine. The result is a clean, organized dataset that criminals can immediately act on.

Check If You Are Affected

HEROIC's free personal data scanner searches more than 400 billion exposed records, including large stealer log datasets like Satan Logs SatanFireLogsHQ 632count. Visit heroic.com to scan your email address at no cost and find out whether your credentials are included in this or any other known breach. If your data is found, HEROIC guides you through the exact steps needed to secure your accounts before criminals can exploit them. Do not wait for a notification that may never arrive from an attacker who has no reason to tell you what they have.