nmap

The video introduces you to the concept of device profiling and profiling policy on Cisco ISE 3.0. We will explain different type of probes, and how endpoints get classified, build a policy set, allow endpoint to authenticate using MAC Authentication Bypass (MAB), and enforce Downloadable ACL (DACL). You will learn about Logical Device profile and basic policy structure.

The video introduces you to the concept of device profiling and profiling policy on Cisco ISE 3.0. We will explain different type of probes, and how endpoints get classified, build a policy set, allow endpoint to authenticate using MAC Authentication Bypass (MAB), and enforce Downloadable ACL (DACL). You will learn about Logical Device profile and basic policy structure.

The video introduces you to the concept of device profiling and profiling policy on Cisco ISE 3.0. We will explain different type of probes, and how endpoints get classified, build a policy set, allow endpoint to authenticate using MAC Authentication Bypass (MAB), and enforce Downloadable ACL (DACL). You will learn about Logical Device profile and basic policy structure.

The video introduces you to the concept of device profiling and profiling policy on Cisco ISE 3.0. We will explain different type of probes, and how endpoints get classified, build a policy set, allow endpoint to authenticate using MAC Authentication Bypass (MAB), and enforce Downloadable ACL (DACL). You will learn about Logical Device profile and basic policy structure.

The video introduces you to the concept of device profiling and profiling policy on Cisco ISE 3.0. We will explain different type of probes, and how endpoints get classified, build a policy set, allow endpoint to authenticate using MAC Authentication Bypass (MAB), and enforce Downloadable ACL (DACL). You will learn about Logical Device profile and basic policy structure.

The video demonstrates capability of Cisco ASA FirePower to detect anomalous traffic pattern. We will be configuring the FireSight System to monitor HTTP traffic to our servers, create traffic profile, and have it generate alert upon significant traffic pattern deviation. A HTTP packet generation tool will be used to generate HTTP requests at different rate to test our traffic profile.

The video demonstrates Cisco ASA FirePower capability to correlate system events and generate appropriate remediation responses. We will go through two example scenarios; one with a basic event matching and responding, and the other continues to track the connection and apply a more complex conditions before issuing response. Specifically, we will configure NMAP scan and IP shun remediations.