As part of our research on Cybersecurity Perceptions Versus Reality, we developed a survey in collaboration with Serene-risc, a knowledge mobilization network in cybersecurity based in Canada, on the perceptions and practices of cybersecurity professionals. The survey aimed at understanding how defenders perceive specific security measures and whether these measures were implemented in their respective organizations. We then combined the survey results with our penetration testing experience to confront two perspectives: the defenders’ and the pentesters’, the latter standing as proxies for real attackers. This blog post summarizes the results related to multifactor authentication.
A disconnect exists between how defenders perceive the value of their implemented security controls, and the most common attack vectors leveraged by penetration testers acting as potential attackers. Today, we are excited to release Cybersecurity Perceptions Versus Reality, a report that highlights the key results of a two-year long study that aimed at understanding this disparity.
An Authenticated Remote Code Execution (RCE) vulnerability was discovered on Vera, a platform for digital asset management used in the printing industry. The application allows an authenticated user to change the logo on the Website. An attacker can use this feature to upload a malicious (.aspx) file and gain remote code execution on the server.
IT security specialists deal with threats everyday, this is part of their daily work in an ever-growing business. But with the recent, unprecedented move to employees working from home, are security teams focusing enough on the potential issues that employees can create while working remotely during this heath crisis? Specifically, are privacy issues being sufficiently reviewed before new technology is implemented?
Xamarin is a popular open-source and cross-platform mobile application development framework owned by Microsoft with more than 13M total downloads. This post describes how we analyzed an Android application developed in Xamarin that performed HTTP certificate pinning in managed .NET code. It documents the method we used to understand the framework and the Frida script we developed to bypass the protections to man-in-the-middle (MITM) the application. The script’s source code, as well as a sample Xamarin application, are provided for testing and further research.