failover

The video introduces you to Application-Aware Routing (AAR) feature in Cisco Catalyst SD-WAN. We will first go through basic components of AAR such as BFD, SLA, and application. We will create and test AAR policy to add some intelligence to routing decision making. We will perform failover testing and see AAR in action.

The video introduces you to Application-Aware Routing (AAR) feature in Cisco Catalyst SD-WAN. We will first go through basic components of AAR such as BFD, SLA, and application. We will create and test AAR policy to add some intelligence to routing decision making. We will perform failover testing and see AAR in action.

The video demonstrates common use-cases with Centralized Data Policy in Cisco Catalyst SD-WAN. The use-cases are security with ACL, traffic control with AVC, and Traffic Engineering. Towards the end of the lab, we will test failover behavior when traffic engineering is configured.

The video demonstrates common use-cases with Centralized Data Policy in Cisco Catalyst SD-WAN. The use-cases are security with ACL, traffic control with AVC, and Traffic Engineering. Towards the end of the lab, we will test failover behavior when traffic engineering is configured.

The video demonstrates common use-cases with Centralized Data Policy in Cisco Catalyst SD-WAN. The use-cases are security with ACL, traffic control with AVC, and Traffic Engineering. Towards the end of the lab, we will test failover behavior when traffic engineering is configured.

The video completes the remaining router configuration to implement dual transports on Cisco Catalyst SD-WAN. We will visit the topics of additional static default route, source loopback interface, control connection removal, and VRRP. We will use Real-time Tools and Simulate Flow to analyze available routes. The lab finishes with failover testing.

The video completes the remaining router configuration to implement dual transports on Cisco Catalyst SD-WAN. We will visit the topics of additional static default route, source loopback interface, control connection removal, and VRRP. We will use Real-time Tools and Simulate Flow to analyze available routes. The lab finishes with failover testing.

The video completes the remaining router configuration to implement dual transports on Cisco Catalyst SD-WAN. We will visit the topics of additional static default route, source loopback interface, control connection removal, and VRRP. We will use Real-time Tools and Simulate Flow to analyze available routes. The lab finishes with failover testing.

The video goes through high-availability configuration on Cisco Firepower 7.0. We will discuss and implement HA on FMC and FTD. We will spend more time on FTD HA and go through recommended HA parameters. We finish the lab with firewall failover testing and decommissioning of HA.

The video goes through high-availability configuration on Cisco Firepower 7.0. We will discuss and implement HA on FMC and FTD. We will spend more time on FTD HA and go through recommended HA parameters. We finish the lab with firewall failover testing and decommissioning of HA.