The GODELESS CLOUD Dump: 7,588 Stolen Login Credentials Hit the Dark Web

What HEROIC Found in This Stealer Log

In August 2023, HEROIC's dark web monitoring systems identified a stealer log file distributed on Telegram under the label GODELESS CLOUD. The file contained 7,588 records collected by infostealer malware from compromised devices, including email addresses, plaintext passwords, and URLs captured during active login sessions. The dataset was posted openly, making it freely available to any threat actor monitoring the channel at the time of upload.

Why This Data Is Dangerous

Stealer log data like the GODELESS CLOUD dataset represents the most immediately actionable credential intelligence available to cybercriminals. With 7,588 plaintext password and email pairs alongside captured URLs, a threat actor can:

• Log directly into victim accounts -- no password cracking or hash reversal required
• Use the captured URLs to target the exact services and platforms victims were using
• Run automated credential stuffing attacks against banking, email, and cloud services
• Access corporate systems using work credentials captured on infected machines
• Sell verified working login pairs to other criminals on dark web markets

Because the passwords are stored in plaintext, this log delivers immediate attack capability to anyone who downloads it.

What Was Exposed

The following data types were confirmed present in the GODELESS CLOUD stealer log:

• Email Addresses
• Plaintext Passwords
• URLs (login endpoints, API access points, and browsing session captures)

A total of 7,588 records were exposed. Each record is a seperate compromised endpoint -- a distinct device where malware silently captured credentials before transmitting them to the attacker.

Why This Matters to You

When stealer logs are posted on Telegram, they are typically exploited within hours. If your credentials were in the GODELESS CLOUD log, attackers may have already attempted account access. The downstream consequences include:

• Account takeover -- unauthorized access to your personal and work accounts
• Credential stuffing -- your login pair tested against dozens of other platforms automatically
• Identity theft -- your personal information used to impersonate you or open fraudulent accounts
• Financial fraud -- banking and payment credentials accessed without your knowledge

Victims of stealer log breaches often do not recieve any notification. The breach occurs at the device level, silently, before any victim is aware their credentials were captured. If you believe a device you used may have been compromised, treat all credentials stored on it as exposed.

How Stealer Log Breaches Work

Stealer logs are produced by infostealer malware -- lightweight credential-harvesting programs designed to run undetected on compromised devices. Common delivery methods include phishing emails, trojanized software downloads, and malicious browser extensions. Once active, an infostealer captures:

• All passwords stored in web browsers and autofill profiles
• Active session cookies that allow attackers to bypass two-factor authentication
• URLs of sites the user visits and logs into
• Email credentials and API keys stored locally on the device

Captured data is packaged into a log file and transmitted directly to the attacker's Telegram channel or a dark web drop server. The process can occured within minutes of initial infection, long before any security software detects the threat. Logs are then distributed freely or sold to other criminal groups, amplifying the exposure indefinately.

Check If Your Data Was Exposed

HEROIC has indexed over 400 billion records from dark web sources, stealer logs, and credential databases worldwide -- including the GODELESS CLOUD dataset. If your email adress or passwords appeared in this or any related breach, HEROIC's free scanner will surface it immediately.

Search your email with HEROIC's free tool now to find out if your credentials have been compromised. The earlier you detect a breach, the more effectively you can protect your accounts.