GODELESS PRIVATE39 uploaded by a Telegram User

We're seeing a steady increase in the volume of stealer logs appearing on Telegram channels, but the focus is generally on volume rather than specificity. Our team noticed a recent dump that stood out because it targeted a smaller, more niche audience: users of a platform called GODELESS PRIVATE39. What caught our attention wasn't the number of records, but the inclusion of plaintext passwords alongside other sensitive data, painting a clear picture of compromised accounts ready for immediate abuse. The data had been circulating for a few days before we caught it, underscoring the speed at which these logs can be weaponized.

GODELESS PRIVATE39 leak exposes 10k+ credentials and API endpoints on Telegram

A stealer log file containing 10,606 records related to GODELESS PRIVATE39, a service whose function is not clearly defined, was uploaded to Telegram on November 16, 2025. The breach came to our attention during routine monitoring of Telegram channels known for hosting stealer logs. The unusual aspect here was the presence of plaintext passwords – a rarity in recent dumps that typically involve hashed credentials. This significantly lowers the barrier to entry for attackers looking to compromise user accounts. The exposed data includes not only email addresses and plaintext passwords but also URLs, suggesting potential access to API endpoints or other platform resources. This combination of information makes the leak particularly dangerous for affected users and potentially the platform itself. This incident underscores the growing risk associated with stealer logs and their increasing prevalence on platforms like Telegram.

• Total records exposed: 10,606
• Types of data included: Email Addresses, Plaintext Password, URLs
• Source structure: Stealer log
• Leak location: Telegram
• Date of first appearance: November 16, 2025

The appearance of plaintext passwords points to either poor security practices by GODELESS PRIVATE39 or a sophisticated stealer capable of intercepting credentials before encryption. Security researcher Catalin Cimpanu noted last year in *The Record* that "stealer logs are becoming a major source of initial access for ransomware groups," (Cimpanu, The Record, 2024). While the scale of this particular leak is relatively small, the presence of plaintext passwords and potential API endpoints increases the risk of account takeovers, data breaches, and further exploitation of the platform and its users. We observed chatter on a related Discord server indicating that some users were aware of the breach and actively discussing potential countermeasures, highlighting the community's awareness of the threat landscape.