One Dark Web Listing. Everlasting_Cloud Had 1,076 Leaked Credentials.

We noticed a recent upload to a public Telegram channel on March 19, 2025, containing what appears to be a stealer log file. The dataset, attributed to a user named "Everlasting_Cloud," is relatively small in terms of affected accounts, but the nature of the exposed information warrants immediate attention. What struck us was the inclusion of plaintext passwords alongside email addresses and API host URLs, a combination that significantly elevates the risk of credential stuffing and unauthorized access to connected services.

The breach, identified as a stealer log, comprises 1076 records. The primary data points exposed are email addresses, plaintext passwords, and associated URLs, specifically identified as API hosts. This suggests that the compromised endpoints were likely interacting with external services via these APIs, and the attackers gained direct access to the credentials used for authentication. The source structure indicates a single log file, implying a focused exfiltration event rather than a broad database dump. The leak location being a public Telegram channel means the data is readily accessible to a wide range of malicious actors, increasing the probability of its exploitation.

While this specific incident involving "Everlasting_Cloud" has not garnered widespread media attention, the broader threat landscape of stealer malware remains a persistent concern. Security research from firms like Mandiant and CrowdStrike consistently highlights the prevalence of infostealers designed to harvest credentials from endpoints, often targeting users with privileged access or those interacting with sensitive corporate resources. The exposure of plaintext passwords, even for a limited number of accounts, directly feeds into common attack vectors such as credential stuffing, where attackers systematically test stolen credentials against numerous online services, including enterprise applications.

The discovery of this stealer log on March 19, 2025, presents a critical, albeit contained, threat. We observed a Telegram user, operating under the moniker "Everlasting_Cloud," distributing a file containing 1076 records. The critical element here is the direct exposure of plaintext passwords, a significant vulnerability that bypasses the need for brute-force or dictionary attacks. This data, alongside associated email addresses and API host URLs, indicates a direct compromise of endpoint credentials and potentially the services they were configured to access. The structure of the leak, a single stealer log, points to a targeted exfiltration event, making the immediate impact on these specific accounts and their connected systems a primary concern.

The implications of this breach extend beyond the immediate 1076 records. The presence of API host URLs alongside credentials suggests that attackers may have gained the ability to authenticate directly into third-party services or internal APIs that were previously protected. This elevates the risk from simple account takeover to potential lateral movement or data exfiltration from connected systems. The leak's origin on a public Telegram channel ensures broad accessibility for threat actors, amplifying the potential for downstream attacks. While there are no immediate news reports specifically detailing the "Everlasting_Cloud" incident, the ongoing threat of infostealer malware, as documented by various cybersecurity firms, underscores the persistent danger of such data exposures.

A concerning upload surfaced on March 19, 2025, originating from a Telegram user identified as "Everlasting_Cloud." This artifact, a stealer log file, contains 1076 records, and what immediately stands out is the inclusion of plaintext passwords. This represents a direct and unmitigated compromise of authentication credentials, a stark contrast to more sophisticated encryption or hashing methods that might be found in larger, more complex breaches. The data set also includes email addresses and URLs, specifically identified as API hosts, painting a picture of compromised endpoints with direct access configurations exposed.

The breakdown of the breach reveals a focused exfiltration event captured within a single stealer log. The 1076 records expose sensitive user credentials, including plaintext passwords, which are a goldmine for attackers. The presence of API host URLs alongside these credentials is particularly alarming, as it suggests the attackers may have obtained the keys to directly access and control services that these endpoints were configured to interact with. The leak's dissemination via a public Telegram channel means this data is now widely available to anyone with access to the platform, significantly increasing the risk of exploitation. While this particular incident may not be making headlines, the continuous threat posed by infostealer malware, which is frequently documented in cybersecurity research, highlights the ongoing danger of such credential exposures.