Monster Cloud Free 3 uploaded by .boxed.pw

We're seeing an uptick in stealer logs surfacing on Telegram channels, often containing credentials and configuration details for cloud services. What caught our attention with this particular log wasn't the size – just 417 records – but the specificity: details relating to a service called Monster Cloud Free 3, uploaded by a user identified as .boxed.pw. The combination of cloud service affiliation and the likely stealer origin points to a risk of compromised cloud environments.

The "Monster Cloud Free 3" Breach: A Small Leak with Big Potential

This breach involves a stealer log file shared on Telegram on September 22, 2023. While the record count is low, the compromised data includes email addresses, plaintext passwords, and URLs associated with Monster Cloud Free 3. The presence of plaintext passwords is particularly concerning, suggesting a lack of basic security practices on the part of the affected users or the service itself. The leaker, .boxed.pw, is consistent with stealer log distribution patterns we observe on Telegram. This incident underscores the ongoing threat of credential theft via malware and the importance of monitoring cloud service usage within organizations. The relatively small size might lead some to dismiss it, but the specific targeting of a cloud service makes it relevant to enterprises relying on similar platforms.

Breach Stats

* **Total records exposed:** 417
* **Types of data included:** Email Addresses, Plaintext Passwords, URLs
* **Sensitive content types:** Credentials
* **Source structure:** Stealer Log
* **Leak location:** Telegram Channel

External Context & Supporting Evidence

Stealer logs are a common currency on Telegram and dark web marketplaces. As reported by BleepingComputer and other outlets, these logs are often the product of infostealer malware campaigns that target user credentials and other sensitive data. The infostealer malware is often distributed via phishing campaigns. The user .boxed.pw likely obtained the stealer log through purchase or participation in a malware distribution network. The fact that the passwords were in plaintext suggests either a failure of the service to properly hash passwords or a compromise of the application before the password was hashed.

Email · Addresses · Plaintext · Password · Urls