With the latest release of our flagship platform for malware analysis, VMRay Analyzer 3.1, we are enhancing enterprise security in four broad areas: providing greater platform coverage, improved scalability, additional access security, and greater detection efficacy.
In Version v3.1 we have:
In this post, we briefly describe these significant new capabilities, which reinforce VMRay’s position as a market leader in enterprise automated malware analysis and detection. Built on a hypervisor-based monitoring approach, VMRay Analyzer delivers unparalleled detection efficacy with full visibility into malware behavior, combined with evasion resistance and noise-free analysis results.
The platform’s Now, Near, Deep architecture combines our dynamic analysis engine with the strengths of a built-in rapid reputation service and our own static analysis engine. The result: VMRay Analyzer empowers enterprise security teams to handle larger analysis volumes, speed up detection and improve the productivity and efficiency of security personnel and infrastructure.
The MITRE ATT&CK framework is a standardized set of malware tactics and techniques based on real-world data. With the mapping of our existing VMRay Threat Indicators (VTI) to this framework, enterprise security teams can now build a common knowledge base to drive Incident Response (IR) and threat hunting, using a consistent model across diverse products in the security ecosystem. The techniques and tactics span Windows and macOS platforms, both of which are supported by VMRay Analyzer.
Figure 1 below shows the detail-rich overview page of a VMRay Analysis Report on a piece of malware found running on a Windows x86-32 machine. From top to bottom, the overview displays:
1) The malware analysis severity score (100/100) and classification (Spyware)
2) VMRay Threat Indicators, listed from most severe to less severe
3) Key screenshots captured during the analysis
4) A process flow graph showing monitored malware processes
5) An expanded view of the matrix of MITRE ATT&CK techniques. Techniques triggered by this particular sample are highlighted.
As Figure 2 shows below, a user can click on a highlighted attack technique in the analysis report (see the red box) to view added details about the technique and the VTI rules/Threat Indicators mapped to it.
We extended our search interface so users can search for malware samples that trigger a specific ATT&CK technique. (See Figure 3.) This enables users to gain insights into the correlation between malware samples and to identify and flag the techniques that are encountered most frequently — thereby strengthening defensive responses.
VMRay can both ‘Analyze’ and ‘Detect’ malware. In VMRay Analyzer v3.0, we introduced the first half of that combination for macOS: comprehensive analysis of macOS executables and app bundles, enabling security teams to better secure heterogeneous IT operating environments. By adding severity scores for macOS malware and support for JAVA files we now also offer the high-volume ‘Detect” aspect, which goes hand-in-hand with automating protection and response.
VMRay’s expanded capabilities for macOS include:
While VMRay Analyzer is designed for comprehensive, in-depth malware analysis and detection, VMRay Detector integrates with high-volume sources, such as web and email gateways to provide rapid, highly accurate malware detection for high-volume, automated use cases. Both VMRay Analyzer and Detector use our underlying ‘Now, Near, Deep’ architecture, shown below in Figure 5.
Known malicious or suspect files are submitted to a multi-layered analysis process wherein they are scrutinized by a rapid reputation engine and our static analysis engine, which identifies active elements such as embedded macros and URLs. In the final step, files that cannot be verified as benign are submitted to the malware sandbox for dynamic analysis of their behavior.
Some of the key differences between VMRay Analyzer and Detector are summarized in the table below.
With Version 3.1, security teams can now use VMRay Analyzer and Detector in tandem, with each product having its own separate quota. For any results provided by Detector, security team members have the option to unlock the corresponding in-depth analysis reports by tapping into the Analyzer license quota.
Secure access is one of the biggest challenges facing enterprises today. By adding an additional security layer for access, 2FA significantly decreases the possibility of an end user’s account being compromised. In tandem with their account password, Version 3.1 users can enable 2FA and use a Time-based, One-Time Password (TOTP) token–generated from another device–to access their VMRay account. Popular 2FA apps such as Google Authentication or Duo can be used to scan and generate codes required for authentication. Very often, enterprises also require some form of 2FA to achieve regulatory compliance. Our latest release ensures they can enforce 2FA across the organization.
With Version 3.1 we have continued to build on our enhanced
memory dumping process using smart triggers and have made significant improvements related to process injection. Smart memory dumping provides smaller, more relevant memory dumps that can help, for example, in the analysis of a packed malware executable that unpacks itself at run time.
In addition, detection efficacy has been enhanced through a much broader application of YARA rules and an improved ability to analyze and unpack archive files. We have also made many User Experience improvements to make it easier to peruse and navigate through analysis reports and drill down into the low-level analysis details. There are also several new detections and anti-evasion behavioral rules baked into this release.