location-based pbr

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.