pbr l3

The video demonstrates Service Graph configuration in a ACI Multi-Site setup using L3 Policy-Based Redirect (PBR) to Cisco Secure Firewall Virtual (FTDv). Two traffic scenarios are validated: North-South (N-S) and East-West (E-W). We will try to understand traffic processing behavior by the Service Graph in each scenario. We will perform L3Out failover and see how traffic rerouting between sites is handled.

The video demonstrates Service Graph configuration in a ACI Multi-Site setup using L3 Policy-Based Redirect (PBR) to Cisco Secure Firewall Virtual (FTDv). Two traffic scenarios are validated: North-South (N-S) and East-West (E-W). We will try to understand traffic processing behavior by the Service Graph in each scenario. We will perform L3Out failover and see how traffic rerouting between sites is handled.

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.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.