Threat Database Malware Statc Stealer

Statc Stealer

A recently discovered form of threatening software known as the Statc Stealer has been detected on systems operating Microsoft Windows. This malware specializes in extracting delicate personal and financial data.

The Statc Stealer boasts an extensive array of theft abilities, marking it as a substantial hazard. Its functions encompass the pilfering of sensitive data from diverse web browsers, encompassing login credentials, cookies, Web records and user preferences. Furthermore, it sets its sights on cryptocurrency wallets, login details, passwords and even content from communication platforms like Telegram.

The Statc Stealer Possesses an Expanded Set of Threatening Capabilities

The Statc Stealer is written using the C++ programming language. The threat presents itself as a legitimate Google advertisement, as a way to gain access to the victim's data. Upon users interacting with the advertisement, the malicious code infiltrates their operating system, pilfering valuable information such as web browser credentials, credit card particulars and specifics related to cryptocurrency wallets.

Unauthorized access to an individual's computer system bears the potential for extensive consequences, both on a personal and professional level. Victims become susceptible to various threats, including identity theft, cryptojacking, and an array of malware attacks. On an organizational scale, a breach orchestrated by the Statc Stealer can precipitate financial losses, harm to their reputation, potential legal troubles, and even becoming liable to regulatory penalties.

The Multi-Stage Infection Chain of the Statc Stealer

The infection chain begins with a first-stage payload serving a dropper. In fact, this initial implant serves a dual purpose: dropping and opening a deceptive PDF installer while also discreetly deploying a downloader binary. This downloader then proceeds to fetch the stealer malware from a remote server via a PowerShell script.

The Statc Stealer performs comprehensive checks to thwart sandbox environments and counteract reverse engineering analysis. In addition, it establishes a connection with a Command-and-Control (C2, C&C) server using HTTPS to transmit the stolen data systematically.

Among its anti-analysis strategies is a mechanism that compares file names to identify any disparities, consequently halting execution if inconsistencies are detected. The roster of targeted web browsers includes Google Chrome, Microsoft Edge, Mozilla Firefox, Brave, Opera and the Yandex Browser.

Regarding the Statc Stealer's method of data exfiltration, its significance lies in the potential to covertly pilfer sensitive browser data and transmit it securely to the designated C&C server. This nefarious capability enables the malware to amass valuable information like login credentials and personal details, which can be exploited for malevolent purposes such as identity theft, financial scams, or other fraudulent activities based on the specific goals of the cybercriminals.

The Statc Stealer Showcases the Continuous Evolution of Malware Threats

The emergence of the Statc Stealer as a new information-collector malware emphasizes the constant evolution of threatening software in the digital landscape. The analysis of the threat provides a confident assessment that the Statc Stealer falls within the 'infostealer' malware category. The threat specifically targets users operating Windows-based systems and exhibits a high degree of sophistication, enabling it to engage in a range of harmful activities upon infiltrating victims' devices. Its primary focus lies in extracting sensitive information from web browsers and cryptocurrency wallets.

The realm of cybercriminals and their diverse malware threats is progressively growing in intricacy. The discovery of the Statc Stealer's existence underscores the significance of remaining vigilant, keeping up with ongoing research, and maintaining comprehensive security. These practices, in themselves, serve as a proactive approach to guarding against malware threats.


Most Viewed