Spend time performing forensic analysis on the Windows Operating System and you’ll see a host of artifacts that can be used to identify adversary activity. From changes to the registry to the System Resource Utilization Monitor, Windows artifacts run deep. The challenge is locating, extracting, and parsing these artifacts in an efficient manner.
We’re all petrified about missing a critical event or misclassifying an alert, but when we’re talking about incident response (IR), there are often hundreds if not thousands of alerts to parse through. It’s easy to get caught up with one alert because it feels “too hot” or maybe not spend enough time looking into something that initially seems “too cold.”
Vulnerable and outdated software components are one of the most common issues encountered by BHIS during web application penetration tests. The vast majority of web applications use third-party components such as jQuery, Angular, Bootstrap, or countless other libraries.
Insufficient egress filtering is a commonly identified vulnerability found during BHIS penetration tests. The insufficient egress filtering finding indicates that network traffic leaving the organization’s environment is not properly restricted.
He walked into the lobby with a fake badge clipped to his shirt. He had bought it online the week before. It was not perfect, and it did not need to be. From a few feet away, it looked close enough: a logo, a name, a photo, and a lanyard. The kind of thing most people glance at for half a second before their brain decides, “Looks fine.”
Welcome to GoGatoZ — a purpose-built Go tool for GitLab CI/CD security auditing that can perform and automate the entire CI/CD kill chain along with everything those one-off scripts did and then some.
ANTISOC uses a mix of techniques from traditional penetration tests like red teams, cloud, web applications, externals, internals, and, of course, social engineering. We combine this mix of techniques with a wide-open scope, with the goal of going beyond what a typical pentest can discover.
There is a certain kind of conversation that doesn’t get written up in a post-mortem, doesn’t generate a ticket, and never makes it into an end-of-quarter report. It happens on the margins—at a conference, in a hallway, or, in this case, at 30,000 feet above sea level. It’s the conversation where two people who are solving the same problem from opposite ends of the table finally sit down next to each other.
In the ever-evolving world of cybersecurity, staying ahead of the curve is not just a goal—it’s a necessity. As new vulnerabilities emerge, the race to identify and mitigate them begins. But how do we, the guardians of the digital realm, rapidly pinpoint these threats as they become public? Let’s dive into the fascinating world of vulnerability identification and see how the magic happens.
