InfernoLogsCloud Dark Web Series: 8,168 Records Leaked Free on Telegram

On December 1, 2025, a Telegram user distributed a stealer log collection identified as InfernoLogsCloud LOGS FREE207.part2, exposing 8,168 records containing email addresses, plaintext passwords, and URLs. The "FREE207.part2" naming convention indicates this is the second part of a numbered free log release series, suggesting an organized operation that distributes stolen credentials across multiple batches. This structured multi-part distribution approach is commonly used by threat actors who operate recurring Telegram channels to build an audience and reputation in criminal communities.

Because this collection is labeled as "free" and structured as part of a series, it has likely been downloaded and distributed widely among multiple threat actors. Free multi-part releases maximize exposure -- each part is shared across different Telegram groups and forums, meaning the data reaches a broader pool of attackers than a single paid sale would. Victims in this dataset face exposure from many simultaneous actors rather than a single buyer.

Data Exposed in the InfernoLogsCloud LOGS FREE207.part2 uploaded by a Telegram User Incident

• Email Addresses -- the account identifier that links victims to banking, shopping, and communication platforms
• Plaintext Passwords -- directly usable credentials with zero decryption required
• URLs -- site-level data showing which cloud services and platforms each victim was actively using

The Account Takeover Risk From InfernoLogsCloud LOGS FREE207.part2 uploaded by a Telegram User

When stealer log collections are distributed freely in numbered series, they get integrated into automated credential stuffing pipelines operated by multiple independent threat actors at once. Each actor tests the email and password pairs against different target platforms -- one may focus on banking apps, another on streaming services, another on workplace tools. The breadth of this simultaneous testing dramatically increases the chance that at least one of a victim's accounts gets compromised.

The cloud log focus of InfernoLogsCloud means the session tokens and cloud-service credentials captured by the malware are especially actionable. These can bypass two-factor authentication on cloud platforms by importing a stolen session cookie directly -- no password entry needed. If your Google, Microsoft, or cloud storage sessions were active on an infected device, those accounts could be accessed even if you've changed your password since the infection.

Stealer log Explained: What Happened to Your Data

Stealer log breaches start on victims' devices, not on company servers. Infostealer malware -- such as Redline, Lumma, or Vidar -- is distributed through phishing emails, fake software downloads, malicious torrent files, or compromised browser extensions. Once installed, the malware silently collects stored browser passwords, active session cookies, and typed credentials before transmitting the data back to the operator as structured log files.

The InfernoLogsCloud brand and the numbered file series (FREE207.part2) indicate this is not a one-time random leak -- it's part of an ongoing operation where infected device logs are bundled and released on a regular schedule. Victims' data gets captured over time as infected devices continue operating normally, then released in batches as the operator compiles new log files. This means the underlying infection campaign likely predates the December 2025 publication date by weeks or months.

Free Scan: Is Your Email in the InfernoLogsCloud LOGS FREE207.part2 uploaded by a Telegram User Breach?

HEROIC's breach intelligence system monitors over 400 billion compromised records, actively ingesting dark web and Telegram stealer log distributions including recurring series like InfernoLogsCloud. Run a free email scan to find out if your credentials appear in this collection or any related releases. With a free multi-part series like this one circulatng across criminal channels, checking your exposure now and updating affected passwords is the most effective way to shut down unauthorized access before it happens.