In the ever-changing world of cybersecurity, Security Operations Centers (SOCs) are responsible for building comprehensive threat detection strategies for their environments. A key indicator of success for any SOC team is their level of security coverage, which correlates with the breadth, depth, and accuracy of their threat detection tools and workflows.
On August 10th, the Pentagon introduced "Task Force Lima," a dedicated team working to bring Artificial Intelligence (AI) into the core of the U.S. defense system. The goal is to use AI to improve business operations, healthcare, military readiness, policy-making, and warfare. Earlier in August, the White House announced a large cash prize for individuals or groups that can create AI systems to defend important software from cyberattacks.
The evolution of the cyber threat landscape highlights the need for organizations to strengthen their ability to identify, analyze, and evaluate cyber risks before they evolve into security incidents. Known unpatched vulnerabilities are often exploited by criminals to penetrate Industrial Control Systems (ICS) environments and disrupt critical operations.
In Part 1 of this series, we talked about some challenges with building sufficient coverage for detecting security threats. We also discussed how telemetry sources like logs are invaluable for detecting potential threats to your environment because they provide crucial details about who is accessing service resources, why they are accessing them, and whether any changes have been made.
The widespread success and influence of Microsoft Visual Studio (VS) Code can be largely credited to its extensibility. While it's often categorized as a code editor, with the right knowledge and extensions, it can be so much more. For instance, it can also be used as a web browser, word processor, or file-management system. Microsoft also encourages developers to take advantage of VS Code's extensibility by making the VS Code API as accessible as possible.
