redistribution

The video demonstrates Service Chaining capability in Cisco Catalyst SD-WAN through two lab scenarios using a firewall insertion. In the first scenario, we will route all site-to-site traffic through a centralized Cisco Secure firewall. In the second scenario, we will, in addition, insert the firewall between Service VPN. 

The video demonstrates Service Chaining capability in Cisco Catalyst SD-WAN through two lab scenarios using a firewall insertion. In the first scenario, we will route all site-to-site traffic through a centralized Cisco Secure firewall. In the second scenario, we will, in addition, insert the firewall between Service VPN. 

The video goes through different scenarios that require route leaking in Cisco Catalyst SD-WAN and their configuration. We will cover route leaking between Service VPN using Centralized Control and Data Policy, between Transport and Service VPN, and between Service VPN locally on an Edge device.  

The video goes through different scenarios that require route leaking in Cisco Catalyst SD-WAN and their configuration. We will cover route leaking between Service VPN using Centralized Control and Data Policy, between Transport and Service VPN, and between Service VPN locally on an Edge device.  

The video goes through different scenarios that require route leaking in Cisco Catalyst SD-WAN and their configuration. We will cover route leaking between Service VPN using Centralized Control and Data Policy, between Transport and Service VPN, and between Service VPN locally on an Edge device.  

The video looks deep into Localized Control Policy in Cisco Catalyst SD-WAN and how it can be utilized in a SD-WAN design. To demonstrate, we will use it to perform route redistribution and filtering in BPG, OSPF, and EIGRP routing protocols at various part of our lab for underlay WAN and overlay LAN.

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols. 

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols. 

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols. 

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols.