wireshark

The videos shows you how to perform wireless packet capture on Cisco 9800 WLC using an access point in a sniffer mode. We will attempt the capture on 5GHz band for both 40 and 160 MHz channel width. Captured 802.11 frames will be analyzed with a focus on Beacon frame.

The video shows you how to configure WLAN on Cisco 9800 WLC. We will go through basic WLAN configuration options including how to map user traffic to VLAN(s). To help us understand, we will review beacon frame from a packet capture. The second half of the video covers VLAN Group feature that will help you scale your WLAN beyond a single subnet.

The video shows you how to configure WLAN on Cisco 9800 WLC. We will go through basic WLAN configuration options including how to map user traffic to VLAN(s). To help us understand, we will review beacon frame from a packet capture. The second half of the video covers VLAN Group feature that will help you scale your WLAN beyond a single subnet.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC. We will go through design, provisioning and testing process. You will see configuration automation the DNAC perform on a WLC. Implementation of security policy is completed to enforce consistent access security on wireless client as on the wired network. We will also review capture packet from an AP.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC. We will go through design, provisioning and testing process. You will see configuration automation the DNAC perform on a WLC. Implementation of security policy is completed to enforce consistent access security on wireless client as on the wired network. We will also review capture packet from an AP.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC. We will go through design, provisioning and testing process. You will see configuration automation the DNAC perform on a WLC. Implementation of security policy is completed to enforce consistent access security on wireless client as on the wired network. We will also review capture packet from an AP.

The video shows you how to provision a SDA fabric on Cisco DNAC. We will add network devices to the fabric, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to support the fabric as well as packet analysis of LISP and VXLAN when two endpoint communicates.

The video shows you how to provision a SDA fabric on Cisco DNAC. We will add network devices to the fabric, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to support the fabric as well as packet analysis of LISP and VXLAN when two endpoint communicates.

The video shows you how to provision a SDA fabric on Cisco DNAC. We will add network devices to the fabric, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to support the fabric as well as packet analysis of LISP and VXLAN when two endpoint communicates.

The video introduces you to the concept of URL and DNS Security Intelligence on ASA Firepower 6.0. Unlike their predecessor, Network-based SI that monitor traffic at the IP address level, URL and DNS SI allow or deny traffic based on URL and DNS requests. We will go through some lab exercise of configuring both static and dynamic feed. We will also demonstrate an ability to have Firepower intercept and redirect DNS request to a sinkhole target.