ISE

The video walks you through a configuration of FlexConnect wireless on Cisco DNAC 2.1. We will use our second remote site BR2 in this demonstration. The goal is to locally-switch user wireless traffic while utilizing a centralized WLC. We will also be experimenting with dynamic VLAN assignment and ISE guest portal.

The video walks you through a configuration of FlexConnect wireless on Cisco DNAC 2.1. We will use our second remote site BR2 in this demonstration. The goal is to locally-switch user wireless traffic while utilizing a centralized WLC. We will also be experimenting with dynamic VLAN assignment and ISE guest portal.

The video shows you how to inter-connect multiple SDA sites over SDA transit on Cisco DNAC 2.1. We will bring up a SDA transit control-plane running LISP and MPBGP, and connect three SDA sites. End-to-end connectivity will be tested with 802.1x authentication and SGT enforcement. Wireshark packet capture will be performed to reveal underlying activity and packet structure.

The video shows you how to inter-connect multiple SDA sites over SDA transit on Cisco DNAC 2.1. We will bring up a SDA transit control-plane running LISP and MPBGP, and connect three SDA sites. End-to-end connectivity will be tested with 802.1x authentication and SGT enforcement. Wireshark packet capture will be performed to reveal underlying activity and packet structure.

The video shows you how to inter-connect multiple SDA sites over SDA transit on Cisco DNAC 2.1. We will bring up a SDA transit control-plane running LISP and MPBGP, and connect three SDA sites. End-to-end connectivity will be tested with 802.1x authentication and SGT enforcement. Wireshark packet capture will be performed to reveal underlying activity and packet structure.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows you how to configure non-fabric (aka Over-The-Top) wireless on Cisco DNAC 2.1. We will use DNAC to provision enterprise 802.1x wireless and guest with Central Web Auth (CWA) to authenticate against Cisco ISE. We will configure IP-Based ACL on DNAC to restrict network access on wireless client. Lastly, we will demonstrate an option of sending guest traffic to an anchor WLC.