wireshark

The video shows you how to enable native multicast routing on a SDA fabric in Cisco DNAC 2.1. We will work through configuration on DNAC and try to understand how multicast packets are delivered with a packet capture. We will attempt to have multicast source located both on and off the fabric while we test it in both wired and fabric-enabled wireless.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC 2.1. We will go through design, provisioning and testing WLC and AP. You will see configuration automation the DNAC performs. Security policy is enabled to enforce consistent access security on wireless client as on wired network. We will also review captured packet from an AP.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC 2.1. We will go through design, provisioning and testing WLC and AP. You will see configuration automation the DNAC performs. Security policy is enabled to enforce consistent access security on wireless client as on wired network. We will also review captured packet from an AP.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC 2.1. We will go through design, provisioning and testing WLC and AP. You will see configuration automation the DNAC performs. Security policy is enabled to enforce consistent access security on wireless client as on wired network. We will also review captured packet from an AP.

The video shows you how to configure fabric-enabled wireless on Cisco DNAC 2.1. We will go through design, provisioning and testing WLC and AP. You will see configuration automation the DNAC performs. Security policy is enabled to enforce consistent access security on wireless client as on wired network. We will also review captured packet from an AP.

The video shows you how to enable Group-Based Access Control in SDA using Cisco DNAC 2.1. Our scenario begins with a simple configuration to deny traffic between two user groups. We will then use Group-based Policy Analytic to identify type of traffic between endpoints, and leverage the information to restrict communication within the same endpoint group. Wireshark packet capture will be performed to give us an insight into VXLAN packet structure.

The video shows you how to enable Group-Based Access Control in SDA using Cisco DNAC 2.1. Our scenario begins with a simple configuration to deny traffic between two user groups. We will then use Group-based Policy Analytic to identify type of traffic between endpoints, and leverage the information to restrict communication within the same endpoint group. Wireshark packet capture will be performed to give us an insight into VXLAN packet structure.

The video shows you how to enable Group-Based Access Control in SDA using Cisco DNAC 2.1. Our scenario begins with a simple configuration to deny traffic between two user groups. We will then use Group-based Policy Analytic to identify type of traffic between endpoints, and leverage the information to restrict communication within the same endpoint group. Wireshark packet capture will be performed to give us an insight into VXLAN packet structure.

The video shows you how to provision a SDA fabric on Cisco DNAC 2.1. We will create a SDA fabric, add network devices, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to fabric nodes and packet analysis of LISP and VXLAN when two endpoint communicates. The lab finishes with a demonstration of IPv6 support.

The video shows you how to provision a SDA fabric on Cisco DNAC 2.1. We will create a SDA fabric, add network devices, assign fabric role, create Virtual Networks, and perform port assignment. You will get to see what underlying configuration is pushed from DNAC to fabric nodes and packet analysis of LISP and VXLAN when two endpoint communicates. The lab finishes with a demonstration of IPv6 support.