LogsDiller Cloud_502_79 uploaded by a Telegram User

We noticed a recent upload on a public Telegram channel, identified as "LogsDiller Cloud_502_79," containing a stealer log file dated December 9th, 2025. What struck us was the apparent simplicity of the exfiltration vector, likely a common endpoint credential theft tool, yet the potential for cascading impact given the data types involved. The log file appears to contain a snapshot of compromised credentials and associated endpoint information, suggesting a localized but potentially widespread compromise originating from a single source.

The breach breakdown reveals a stealer log file, uploaded by an anonymous Telegram user, exposing 1588 records. The leaked data types include email addresses, plaintext passwords, and associated URLs. The description indicates the log file contains endpoint details, email addresses, API hosts, and passwords, suggesting a compromise of user credentials and potentially access tokens or API keys. The source structure points to a single stealer instance capturing data from multiple endpoints. The leak location is a public Telegram channel, making the data immediately accessible to a broad audience.

At this time, there is no readily available external news coverage or OSINT to corroborate this specific leak. However, the nature of stealer logs is a persistent threat within the cybersecurity landscape. Research from organizations like Malwarebytes and Recorded Future frequently details the proliferation of infostealer malware and the subsequent leakage of compromised credentials on dark web forums and public channels, highlighting the ongoing risk posed by such incidents.

Our attention was drawn to a new data dump appearing on a public Telegram channel, labeled "LogsDiller Cloud_502_79," dated December 9th, 2025. This particular dataset is noteworthy for its direct presentation of what appear to be raw stealer logs, offering a granular view into compromised endpoint activity. The inclusion of plaintext passwords alongside email addresses and URLs presents a clear and immediate risk of account takeover and further lateral movement within affected environments.

The incident involves a stealer log file, uploaded by a Telegram user, which has exposed 1588 records. The data includes sensitive information such as email addresses, plaintext passwords, and URLs. The logs appear to capture endpoint details, email addresses, API host information, and associated passwords, indicating a compromise where credentials for various services, potentially including API access, were exfiltrated. The source structure suggests a single point of compromise from which multiple user sessions or endpoint activities were logged. The leak occurred on a public Telegram channel, providing immediate access to this compromised data.

While this specific leak has not yet garnered significant public attention, the methodology is well-documented. Threat intelligence reports from cybersecurity firms consistently highlight the prevalence of infostealers like RedLine Stealer and Raccoon Stealer, which are often used to harvest credentials from infected endpoints. The subsequent distribution of these logs on platforms like Telegram is a common tactic to monetize stolen data, as detailed in analyses by companies such as Cyble and the Cyber Threat Alliance.

A concerning upload was identified on a public Telegram channel, designated "LogsDiller Cloud_502_79," originating from December 9th, 2025. What immediately stood out was the raw, unrefined nature of the data presented, strongly suggesting a direct exfiltration from an infostealer's payload. The combination of email addresses and plaintext passwords, without any apparent obfuscation, signals a critical vulnerability that requires immediate attention to prevent widespread account compromise.

This breach consists of a stealer log file, uploaded by an anonymous Telegram user, containing 1588 records. The compromised data includes email addresses, plaintext passwords, and associated URLs. The log's description points to the capture of endpoint information, email addresses, API hosts, and passwords, indicating a broad compromise of user credentials and potentially API access keys. The source structure implies a single, successful infostealer infection on one or more endpoints. The leak's location on a public Telegram channel amplifies the accessibility of this sensitive information.

There is currently no widespread news coverage or readily available OSINT to contextualize this specific leak. However, the modus operandi aligns with numerous documented instances of credential harvesting and subsequent data dumps. Research from entities like the Honeynet Project and various cybersecurity blogs frequently detail the lifecycle of infostealer malware, from initial infection vectors to the monetization of stolen data on illicit forums and messaging platforms, underscoring the persistent threat posed by such operations.