netflow

The video dives into a topic of network segmentation in Cisco Catalyst SD-WAN. We will create additional Service VPN and review how routes remain segregated in SD-WAN overlay. We will demonstrate a quick way to exclude a site from participating in VPN routing using VPN Membership. The lab ends with configuration and testing of per-VPN QoS feature.

The video dives into a topic of network segmentation in Cisco Catalyst SD-WAN. We will create additional Service VPN and review how routes remain segregated in SD-WAN overlay. We will demonstrate a quick way to exclude a site from participating in VPN routing using VPN Membership. The lab ends with configuration and testing of per-VPN QoS feature.

The video dives into a topic of network segmentation in Cisco Catalyst SD-WAN. We will create additional Service VPN and review how routes remain segregated in SD-WAN overlay. We will demonstrate a quick way to exclude a site from participating in VPN routing using VPN Membership. The lab ends with configuration and testing of per-VPN QoS feature.

The video looks at two features in Cisco Catalyst SD-WAN; Flow Collection and Device Access Policy. We will enable flow collection on Service VPN using cFlowd and VPN0 using Easy Performance Monitor (ezPM). In the second half of the lab, we will lock down Edge device SSH and SNMP access using Device Access Policy.

The video looks at two features in Cisco Catalyst SD-WAN; Flow Collection and Device Access Policy. We will enable flow collection on Service VPN using cFlowd and VPN0 using Easy Performance Monitor (ezPM). In the second half of the lab, we will lock down Edge device SSH and SNMP access using Device Access Policy.

The video looks at two features in Cisco Catalyst SD-WAN; Flow Collection and Device Access Policy. We will enable flow collection on Service VPN using cFlowd and VPN0 using Easy Performance Monitor (ezPM). In the second half of the lab, we will lock down Edge device SSH and SNMP access using Device Access Policy.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.