10,129 Credentials From Everlasting_Cloud_2 Exposed on the Dark Web

We noticed a significant influx of compromised credential alerts originating from a single, untraceable source on March 19, 2025. What struck us was the raw format of the data, indicative of a stealer log rather than a traditional database dump. The sheer volume, while not unprecedented, coupled with the inclusion of plaintext passwords, immediately flagged this as a high-priority incident requiring immediate analysis. The rapid dissemination of this log file across public channels suggests a deliberate effort to maximize its impact, making prompt containment and remediation crucial.

The breach, identified as a stealer log upload by a Telegram user, exposed 10,129 records. The data comprises email addresses, plaintext passwords, and associated URLs, likely representing endpoints or API hosts. This type of exposure is particularly concerning as it bypasses typical security controls designed to protect structured databases. The source structure, a raw stealer log, implies that the compromise occurred at the endpoint level, potentially through malware or credential stuffing attacks targeting individual users. The leak locations are predominantly public Telegram channels, indicating a broad and indiscriminate distribution of the compromised information.

While no direct mainstream news coverage has been identified for this specific Telegram upload, the nature of stealer logs is a persistent concern within the cybersecurity community. Researchers have extensively documented the rise of stealer malware and its role in widespread credential harvesting. These logs are frequently traded on dark web forums and, increasingly, shared on platforms like Telegram, enabling threat actors to quickly acquire large sets of compromised credentials for further exploitation. The OSINT landscape for such leaks is often fragmented, with information surfacing on various illicit forums and communication channels.

A concerning pattern emerged on March 22, 2025, when our threat intelligence platform flagged a substantial data leak originating from a source identified as "Everlasting_Cloud_2" on Telegram. What immediately stood out was the nature of the exposed data: not a structured database export, but rather a raw log file. This format strongly suggests a compromise through endpoint malware, specifically a credential stealer. The rapid availability of this log file across public channels indicates a deliberate effort to weaponize the stolen information, making swift action imperative to mitigate downstream risks.

Stealer Log Analysis

The incident, categorized as a stealer log breach, has resulted in the exposure of 10,129 records. The leaked data includes sensitive information such as email addresses and, critically, plaintext passwords. Additionally, associated URLs were found, which likely represent the compromised endpoints or API hosts from which the credentials were exfiltrated. The source structure, a stealer log, points to a compromise at the individual device or application level, bypassing traditional network perimeter defenses. The leak locations are primarily public Telegram channels, suggesting a wide and indiscriminate dissemination of the compromised credentials.

While specific news outlets have not yet reported on this particular Telegram upload, the phenomenon of stealer logs is a well-documented and ongoing threat. Cybersecurity research consistently highlights the prevalence of stealer malware families that are designed to harvest credentials from infected systems. These logs are often aggregated and then distributed through various illicit online communities, including Telegram, to facilitate further attacks such as account takeovers, identity theft, and phishing campaigns. Open-source intelligence efforts often track the emergence of such logs on underground forums.

Our monitoring systems detected an anomalous data upload on March 19, 2025, attributed to a Telegram user and labeled "Everlasting_Cloud_2." What immediately raised a red flag was the raw, unstructured nature of the data, characteristic of a stealer log. This deviates from typical database breaches and points towards a more insidious compromise vector. The immediate public availability of this log file across multiple Telegram channels suggests a calculated effort to maximize the impact of the harvested credentials, necessitating an urgent and focused response.

The breach, classified as a stealer log incident, has resulted in the compromise of 10,129 records. The exposed data types include email addresses, plaintext passwords, and associated URLs, which are likely the endpoints or API hosts targeted by the stealer. The source structure, a stealer log, implies that credentials were exfiltrated directly from user endpoints, potentially through malware infection or phishing. The leak locations are predominantly public Telegram channels, indicating a broad and uncontrolled distribution of this sensitive information.

While this specific Telegram upload may not yet be a headline event, the threat posed by stealer logs is a persistent and evolving challenge. Cybersecurity firms and researchers regularly report on the prevalence of stealer malware and the subsequent trade of harvested credentials on illicit platforms. OSINT gathering often involves monitoring these underground forums and communication channels where such data is shared. The rapid proliferation of these logs underscores the importance of robust endpoint security and user education regarding credential hygiene.