ftd

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

The video shows you how to configure network segmentation using Policy on Cisco DNAC. We will go through different segmentation scenarios both for traffic within and between Virtual Network, all of which leveraging the underlying technology of Cisco TrustSec and Scalable Group Tag (SGT). We will also demonstrate how to continue to use SGT to enforce security beyond SDA fabric.

The video shows you how to configure network segmentation using Policy on Cisco DNAC. We will go through different segmentation scenarios both for traffic within and between Virtual Network, all of which leveraging the underlying technology of Cisco TrustSec and Scalable Group Tag (SGT). We will also demonstrate how to continue to use SGT to enforce security beyond SDA fabric.

The video shows you how to configure network segmentation using Policy on Cisco DNAC. We will go through different segmentation scenarios both for traffic within and between Virtual Network, all of which leveraging the underlying technology of Cisco TrustSec and Scalable Group Tag (SGT). We will also demonstrate how to continue to use SGT to enforce security beyond SDA fabric.

The video shows you how to convert a Cisco FTD 6.1 device back to an ASA

The video shows you how to configure High Availability on Cisco FTD 6.1. We will setup a pair of FTD device to create a HA pair. We will configure failover links and virtual MAC address. Failover test will be performed at the end using various failure scenarios. 

The video shows you how to configure High Availability on Cisco FTD 6.1. We will setup a pair of FTD device to create a HA pair. We will configure failover links and virtual MAC address. Failover test will be performed at the end using various failure scenarios. 

The video walks you through configuration of site-to-site IPSec VPN on Cisco FTD 6.1 with IKEv2. We will explore all three supported VPN topologies; point-to-point, hub-and-spoke, and full mesh. Our topology includes three VPN devices; two FTD as hub and spoke and an ISR router as another spoke. 

The video walks you through configuration of site-to-site IPSec VPN on Cisco FTD 6.1 with IKEv2. We will explore all three supported VPN topologies; point-to-point, hub-and-spoke, and full mesh. Our topology includes three VPN devices; two FTD as hub and spoke and an ISR router as another spoke. 

The video walks you through configuration of site-to-site IPSec VPN on Cisco FTD 6.1 with IKEv2. We will explore all three supported VPN topologies; point-to-point, hub-and-spoke, and full mesh. Our topology includes three VPN devices; two FTD as hub and spoke and an ISR router as another spoke.