failover

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video covers various aspect of routing and configuration of a dual-transport setup in Cisco SD-WAN. We will modify our lab configuration to have our sites fully utilize both transport and look at how route/path redundancy and failover behaves by default. Other supporting configuration for site redundancy such as using loopback for tunnel source and VRRP are also implemented in this lab.

The video covers various aspect of routing and configuration of a dual-transport setup in Cisco SD-WAN. We will modify our lab configuration to have our sites fully utilize both transport and look at how route/path redundancy and failover behaves by default. Other supporting configuration for site redundancy such as using loopback for tunnel source and VRRP are also implemented in this lab.

The video covers various aspect of routing and configuration of a dual-transport setup in Cisco SD-WAN. We will modify our lab configuration to have our sites fully utilize both transport and look at how route/path redundancy and failover behaves by default. Other supporting configuration for site redundancy such as using loopback for tunnel source and VRRP are also implemented in this lab.

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 how to create a high availability deployment of Cisco Prime Infrastructure 3.1. We will discuss two different deployment model and demonstrate HA creation using virtual IP. Once HA is created, we will attempt to perform an automatic failover and manual failback.

The video walks you through how to create a high availability deployment of Cisco Prime Infrastructure 3.1. We will discuss two different deployment model and demonstrate HA creation using virtual IP. Once HA is created, we will attempt to perform an automatic failover and manual failback.

The video discusses and demonstrates basic concepts of FlexConnect on Cisco Wireless LAN Controller. We will go through different modes of operation of Cisco FlexConnect, including traffic switching, and client authentication. We will configure and shows how FlexConnect Group can reduce configuration overhead and maintain configuration consistency. We will test FlexConnect failover to validate local EAP and backup RADIUS using various mobile devices.