11692 Everlasting Cloud Stealer Log Breach

We noticed a concerning upload to a public Telegram channel on November 23, 2025, originating from a user identified only as "Everlasting_Cloud." This upload comprised a stealer log file containing a substantial number of records. What struck us immediately was the presense of plaintext passwords alongside email addresses and associated URLs, a configuration that significantly amplifies the risk of credential stuffing attacks and further compromise. The sheer volume, while not unprecedented, combined with the direct exposure of authentication material, warrants immediate attention for any entities whose users might be represented within this dataset.

The breach breakdown reveals a stealer log file, uploaded on 23-Nov-2025, that has exposed 11,692 records. The data types identified within the log include email addresses, plaintext passwords, and associated URLs. The source structure indicates a typical stealer log, likely exfiltrated from infected endpoints. The primary threat theme here is the direct acquisition of credentials, enabling attackers to attempt unauthorized access to a wide array of online services. The presance of plaintext passwords is a critical vulnerability, bypassing any hashing or salting mechanisms that might have been in place at the endpoint level. This data could be leveraged for account takeover, phishing campaigns, or as a pivot point for deeper network intrusion if those credentials are reused across enterprise systems.

At present, there is no widespread public news coverage or significant OSINT intelligence linking this specific "Everlasting_Cloud" Telegram upload to a larger, named data breach event. However, the nature of stealer logs means they are often part of a broader, more distributed campaign where individual logs are sold or shared among threat actors. Research into the tactics, techniques, and proceedures (TTPs) associated with infostealer malware families, such as those that generate these types of logs, is ongoing and can provide further insight into potential origins and future attack vectors.