Time_cloud 468count: 468 Infected Devices Leaked to Telegram

What Happened in the Time_cloud 468count Leak

On June 20, 2025, a Telegram user uploaded a stealer log bundle named Time_cloud 468count. The 468count tag in the file name refers to 468 individual infected device folders packaged into a single archive. Across those 468 victim folders, the bundle exposed 17,954 credential records scraped from infostealer-infected Windows endpoints.

Understanding the 468count Naming

• 468 infected devices represented in the archive
• Average of roughly 38 credential rows per device
• Packaged and shared through a Telegram stealer log channel

Per-device folders typically include saved browser passwords, session cookies, autofill data, system fingerprints, and screenshots of the victim's desktop, giving buyers a full profile of each compromised user.

Data Exposed in the Stealer Log

• 17,954 email addresses
• 17,954 plaintext passwords (no hashing)
• URLs including API hosts and login endpoints

How the Breach Happened

The Time_cloud 468count archive is a classic infostealer product. Malware such as RedLine, Raccoon, Vidar, and Lumma captures browser and application credentials from infected devices and packages the results into per-victim folders. The operator collects many folders, zips them into a single archive (468 devices in this case), and posts the bundle to a Telegram channel for resale or free distribution.

What You Should Do Now

• Change passwords on every account that stored credentials in a browser on a device that may have been infected in mid-2025.
• Run a full anti-malware scan to remove lingering infostealer components.
• Enable multi-factor authentication on cloud, email, and corporate SSO accounts.
• Rotate API keys if you ever stored them in a browser tab or local notes file.

Check Your Exposure with HEROIC

HEROIC maintains a database of more than 400 billion compromised records, including entries parsed from Time_cloud 468count and other device-count-tagged Telegram bundles. Search your email against the HEROIC database to confirm whether your credentials appear among the 468 infected device records before attackers reuse them.