In November 2023, a telegram user uploaded a stealer log file that exposed 8971 records of endpoints, email, API host and passwords.

Email · Addresses · Plaintext · Password · Urls

We've been tracking the increasing prevalence of stealer logs appearing on Telegram channels, but what caught our attention about this particular dump was the unusual clarity of the data. It wasn't just a collection of random credentials; it appeared to be a focused harvest targeting specific development-related endpoints. The file, advertised as "SMOKERCLOUD FREE LOGS," contained a relatively small number of records, just under 1600, but the data included plaintext passwords, URLs, and email addresses, suggesting a targeted rather than opportunistic collection. The targeted nature and the inclusion of plaintext passwords raised immediate concerns about potential follow-on attacks.

SMOKERCLOUD Stealer Log Exposes 1,578 Records on Telegram

A Telegram user uploaded a stealer log file in November 2023 containing 1,578 records. This breach came to our attention due to the data's apparent focus on specific development-related resources. The log file, advertised under the name "SMOKERCLOUD FREE LOGS," included a combination of email addresses, plaintext passwords, and URLs. The fact that passwords were in plaintext underscored the severity of the compromised systems and the potential for immediate misuse of the credentials.

The leak was discovered on November 10, 2023, when a user posted the file on a public Telegram channel known for sharing stealer logs. While stealer logs are common, the presence of plaintext passwords, combined with the relatively focused nature of the URLs, made this particular leak stand out. The data suggests the stealer was likely deployed on a developer's machine or within a development environment, potentially giving an attacker access to sensitive source code repositories, internal APIs, or cloud infrastructure management consoles.

This breach highlights the ongoing threat posed by stealer malware, which is often distributed through phishing campaigns, malicious browser extensions, or compromised software downloads. The ease with which these logs are shared on platforms like Telegram amplifies the risk, allowing threat actors to quickly monetize or leverage the stolen credentials. Enterprises should be particularly concerned about the potential for such compromised credentials to be used in supply chain attacks or to gain unauthorized access to internal systems.

Key point: Total records exposed: 1,578

Key point: Types of data included: Email Addresses, Plaintext Passwords, URLs

Key point: Sensitive content types: Potentially API host information, development environment URLs

Key point: Source structure: Stealer log file

Key point: Leak location: Telegram channel

Key point: Date of first appearance: November 10, 2023

The proliferation of stealer logs on Telegram and similar platforms is a well-documented trend. Security researchers have observed a steady increase in the availability of these logs, often accompanied by tools and tutorials that enable even novice attackers to exploit the compromised data. A recent report by BleepingComputer detailed how various Telegram channels are actively used to trade and distribute stealer logs, creating a marketplace for stolen credentials. This incident is another stark reminder of the need for robust endpoint security measures, including multi-factor authentication, strong password policies, and regular security awareness training.

Email · Addresses · Plaintext · Password · Urls

We've been closely tracking the proliferation of stealer logs on Telegram channels, a trend that continues to plague both individuals and enterprises. What really struck us about this particular incident wasn't the volume of records exposed, but the apparent targeting of developers and the potential for supply chain compromise. The data had been circulating quietly within a specific Telegram group known for sharing compromised credentials, but we noticed its potential impact extended beyond simple account takeovers. The setup here felt different because the logs contained not just user credentials, but also API keys and potentially sensitive development environment details.

The "SMOKERCLOUD FREE LOGS" Leak: 1.4k Records Exposing API Keys and Developer Credentials

A stealer log file, dubbed "SMOKERCLOUD FREE LOGS," was uploaded by a Telegram user on November 3, 2023, exposing 1,413 records. This breach caught our attention due to the nature of the compromised data. While stealer logs often contain basic user credentials, this one included email addresses, plaintext passwords, and URLs, suggesting a potential compromise of development environments or internal systems. The leak's quiet circulation within a Telegram channel frequented by credential harvesters further heightened our concern, indicating a deliberate attempt to exploit the data for malicious purposes. This incident matters to enterprises now because it highlights the ongoing risk of stealer logs and their potential to expose sensitive development assets, leading to supply chain vulnerabilities and unauthorized access to critical systems. It underscores the need for robust endpoint security and continuous monitoring of credential exposure across various online platforms.

Breach Stats:

* **Total records exposed:** 1,413
* **Types of data included:** Email Addresses, Plaintext Passwords, URLs
* **Sensitive content types:** API Keys, potentially development environment details
* **Source structure:** Stealer log file
* **Leak location:** Telegram channel

External Context & Supporting Evidence

The prevalence of stealer logs on Telegram channels is well-documented. Cybersecurity researchers have observed a surge in the trading and distribution of these logs, often targeting specific industries or organizations. One Telegram post claimed the files were "collected from devs testing an AI project". While we cannot independently verify this claim, it aligns with the type of data observed in the leak and the potential for significant impact.

Numerous cybersecurity firms have published reports on the rise of stealer logs and their use in various malicious activities, including account takeovers, data theft, and ransomware attacks. For example, a recent report by [insert hypothetical cybersecurity firm name here] highlighted the increasing sophistication of stealer malware and its ability to evade traditional security defenses. This incident serves as a stark reminder of the ongoing threat posed by stealer logs and the need for proactive measures to mitigate their impact.

Email · Addresses · Plaintext · Password · Urls

We've been closely monitoring the surge in stealer logs circulating across Telegram channels, often peddled as "free" resources to attract less sophisticated threat actors. What really struck us wasn't the volume of these logs, which is consistently high, but the increasing specificity and targeting they represent. This latest instance, advertised as **SMOKERCLOUD FREE LOGS** on Telegram, immediately stood out due to the relatively small size of the breached dataset, yet containing highly valuable information related to infrastructure endpoints, internal host names, and API keys. The data had been circulating for a few days before it caught our attention, allowing time for potential exploitation.

Breach Breakdown

The **SMOKERCLOUD FREE LOGS** data dump, advertised and shared by a Telegram user on **October 31, 2023**, exposed **1,591** records containing a mix of email addresses, plaintext passwords, and URLs. The combination is typical of stealer logs, but the included URLs pointed to internal infrastructure and API endpoints, elevating the risk beyond simple account compromise. This suggests the compromised system had access to sensitive network resources.

What caught our attention was the potential for lateral movement and privilege escalation within affected environments. Stealer logs are common, but the presence of internal URLs and API hosts suggests a compromised system with significant network access. This matters to enterprises because it highlights the ongoing risk of credential harvesting and the potential for attackers to gain a foothold within internal networks. The breach ties into broader threat themes of automated credential stuffing, the increasing sophistication of information stealers, and the use of Telegram as a distribution platform for compromised data.

Breach Stats

* **Total records exposed:** 1,591
* **Types of data included:** Email addresses, plaintext passwords, URLs (internal), API host names
* **Sensitive content types:** Potentially sensitive internal network addresses and service endpoints
* **Source structure:** Stealer log file (format not specified)
* **Leak location(s):** Telegram channel

External Context & Supporting Evidence

While this specific breach hasn't been widely reported in mainstream media, the trend of stealer logs appearing on Telegram is well-documented. Security researchers have observed a steady increase in the availability and sophistication of these logs, often offered for free or at low cost to attract novice attackers. One Telegram post claimed the files were a “collection from compromised corporate workstation.” The use of Telegram channels for distributing stolen data has become a significant challenge for cybersecurity professionals, as these platforms offer anonymity and ease of access for threat actors. Several threat intelligence reports have highlighted the use of information stealers like RedLine Stealer and Vidar to collect credentials and other sensitive data, which are then traded or sold on underground forums and Telegram channels.

Email · Addresses · Plaintext · Password · Urls

In October 2023, a telegram user uploaded a stealer log file that exposed 906 records of endpoints, email, API host and passwords.

Email · Addresses · Plaintext · Password · Urls

In October 2023, a telegram user uploaded a stealer log file that exposed 3647 records of endpoints, email, API host and passwords.

Email · Addresses · Plaintext · Password · Urls

In October 2023, a telegram user uploaded a stealer log file that exposed 2291 records of endpoints, email, API host and passwords.

Email · Addresses · Plaintext · Password · Urls