Today in a technology-driven business world, network security is an utmost priority for all businesses, especially for those dealing with sensitive data. More so, in an organization that works in a hybrid environment wherein information and critical data are accessed remotely, the need for securing such data and network is important. This has led to a paradigm shift in the approach of establishing a robust security program and security implementations within the organization.
During my time as a cybersecurity admin, I had the authority to decide what was going to be done, but I didn’t have the access to configure or install my own software. To make matters worse, despite having authority over the implementation, I was also held accountable for failures but again, without the necessary access to fix issues. This created a lot of tension between myself and the teams I relied upon to handle implementation details.
As the world is preparing for the winter of 2022, energy efficiency and availability becomes a major concern for all countries and governments. The electric grid is a vital sector, and any malfunctions will create ripple effects on any nation’s economy. As the grid is heavily dependent on cyber-enabled technologies and a vast chain of suppliers, contractors and partners, the ability to safeguard the availability and reliability of the grid is crucial.
In this post, we will dive into how to configure file access auditing on a Windows file server and explore the challenges with interpreting critical access events.
BloodHound is a powerful tool that identifies vulnerabilities in Active Directory (AD). Cybercriminals abuse this tool to visualize chains of abusable Active Directory permissions that can enable them to gain elevated rights, including membership in the powerful Domain Admin group. This guide is designed to help penetration testers use BloodHound to identify these vulnerabilities first, so enterprises can thwart attacks.