malware analysis

At VMRay, our underlying malware detection and analysis technology clearly sets us apart from the competition. With the release of VMRay Analyzer 2.2, we’ve focused on: improving the user experience enhancing our detection efficacy and providing more valuable threat intelligence to malware analysts and incident responders. The latest release has
Welcome to the VMRay Malware Analysis Report Recap. Every month our Research Team provides a recap of the malware analysis reports posted to the VMRay Twitter account. This past January, our team analyzed a variant of BigEyes/Lime ransomware, GandCrab ransomware and Lotus Blossom malspam. Click the links below to jump
Malware authors have become creative with how they have chosen to package their payload to evade detection. Office documents have been used as a common vector of entry in the following way: a Word document uses a macro to launch PowerShell and download a malicious payload. While detonating the original
Welcome to the VMRay Malware Analysis Report Recap. Every month our Research Team provides a recap of the malware analysis reports posted to the VMRay Twitter account. This past December, our team analyzed a variant of Globeimposter ransomware, a Windows Script File (WSF) that downloads a payload to set-up a

Recently, VMRay sponsored the 480th episode of the popular weekly information security podcast, Risky Business. On the podcast, Incident Response Expert Koen Van Impe, spoke to host Patrick Gray about how he uses VMRay Analyzer for automated malware analysis. Koen gave a great overview of the real-world challenges IR practitioners

Welcome to the VMRay Malware Analysis Report Recap. Every month our Research Team provides a recap of the malware analysis reports posted to the VMRay Twitter account. This past November, our team analyzed a malicious Javascript file, the Ordinypt wiper, and a variant of the XZZX Cryptomix ransomware. Click the
Welcome to the VMRay Malware Analysis Report Recap. Every month our Research Team provides a recap of the malware analysis reports posted to the VMRay Twitter account. This past October, our team analyzed a Word document using a sandbox evasion technique, the execution of shellcode via Dynamic Data Exchange, and
Malware Family: Vortex SHA256 Hash Value: bd61559c7dcae0edef672ea922ea5cf15496d18cc8c1cbebee9533295c2d2ea9 View the Full VMRay Analyzer Report Macros in Microsoft Office have been used extensively by malware authors as a mechanism to download and execute a malicious payload on a system. Defensive measures introduced by Microsoft such as disabling macros by default have not
Malware Family: Emotet SHA256 455be9278594633944bfdada541725a55e5ef3b7189ae13be8b311848d473b53 View the Full VMRay Analyzer Report With security ever more tightly integrated into operating systems, malware authors often rely on the unwitting participation of an end user to enable malicious action. Social engineering techniques have evolved significantly over the years and last week the VMRay
Marketing departments of Cybersecurity vendors around the globe go into overdrive when they can shout from the rooftops that their solution is ‘agentless’. Sure, that sounds good, but why is this so important? And what is truly agentless? To appreciate the importance of an agentless approach, we’ll go old school

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