The ANY.RUN sandbox has recently announced the addition of Linux support, aiming to extend its capabilities for malware analysis and threat hunting. This new feature will provide security analysts with the ability to investigate and replicate malicious activities in Linux-based systems, further enhancing the overall effectiveness of threat detection and response.

As the use of Linux in IT infrastructure continues to grow, the need for comprehensive malware analysis on the platform becomes increasingly important. With the rise in sophisticated Linux malware, there has been a noticeable increase in the number of malware families related to Linux in recent years. In fact, according to researchers at IBM, the number of malware families related to Linux increased by 40% in 2020 alone.

Given the prevalence of Linux systems and the potential for hackers to compromise cloud computing platforms, the addition of Linux support to the ANY.RUN sandbox is a significant development in the realm of cybersecurity. The platform offers a cloud-based environment for malware analysis, allowing SOC and DFIR teams to safely examine Linux-based samples and Windows malware in an interactive cloud environment.

With the addition of Linux as an option in the operating system drop-down menu, users can now select Linux when creating a new task on ANY.RUN. This allows for the analysis of Linux-based samples using the interactive analysis power of the platform, providing real-time alerts to analysts about suspicious activities and delivering concise reports upon task completion.

The benefits of using ANY.RUN for analyzing Linux-based malware are clear. Given that Linux systems are generally more secure than Windows, the malware families targeting Linux are often complex and challenging to identify. The platform aims to provide the easiest way to analyze Linux malware, offering real-time information from the analysis and helping analysts quickly understand the results.

Moreover, the interactive analysis capabilities of ANY.RUN enable analysts to identify undetected threats more quickly, even in the case of zero-day vulnerabilities. Additionally, the platform provides an extensive dataset and detailed reports on the behavior of top threats, allowing analysts to conduct in-depth investigations and collect relevant data for further analysis or incident response.

With the addition of Linux support, ANY.RUN has become a cost-effective solution that lowers business expenses by eliminating custom infrastructure requirements. The platform’s preconfigured Linux virtual machines (VMs) gather IOCs, allowing customers to avoid the weeks of infrastructure setup time typically associated with DevOps.

The increasing importance of accurate analysis of malware for Linux cannot be overstated, as Linux is widely used, particularly in cloud hosting. Breaching Linux-based systems can provide attackers with access to a wealth of resources, making it an appealing target. As a result, the addition of Linux support to ANY.RUN represents a crucial development in the ongoing effort to enhance cybersecurity practices.

In conclusion, the addition of Linux support to the ANY.RUN sandbox represents a significant advancement in the field of cybersecurity. By enabling security analysts to investigate and simulate malicious activities in Linux-based systems, the platform enhances the overall effectiveness of threat detection and response. The platform’s interactive analysis capabilities, real-time alerts, and detailed reports provide security analysts with the necessary tools to conduct in-depth investigations and streamline threat analysis, ultimately contributing to stronger security practices for Linux-based systems.

Source link