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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 demonstrates how to integrate a load balancer into traffic flows using Service Graph One-Arm mode and L3 PBR in Cisco ACI 6.0. We will cover inbound load balancing from L3OUT to EPG as well as East-West load balancing between EPGs. We have a bonus scenario that chains a firewall and load balancer together in a multi-node PBR service graph. 

This video demonstrates how to integrate a load balancer into traffic flows using Service Graph One-Arm mode and L3 PBR in Cisco ACI 6.0. We will cover inbound load balancing from L3OUT to EPG as well as East-West load balancing between EPGs. We have a bonus scenario that chains a firewall and load balancer together in a multi-node PBR service graph. 

This video demonstrates how to integrate a load balancer into traffic flows using Service Graph One-Arm mode and L3 PBR in Cisco ACI 6.0. We will cover inbound load balancing from L3OUT to EPG as well as East-West load balancing between EPGs. We have a bonus scenario that chains a firewall and load balancer together in a multi-node PBR service graph. 

This video demonstrates L3 Policy-Based Redirect (PBR) in Cisco ACI 6.0. The lab walks through six scenarios: FW insertion between ESGs in different subnets, between ESGs on the same subnet, intra-ESG traffic inspection, vzAny policy to enforce FW across all inter-ESG flows, Service EPG selector to control access to the FW subnet, and PBR to an L3OUT. The goal is to demonstrate the flexibility of PBR option compared to the traditional service insertion we covered in previous labs.

This video demonstrates L3 Policy-Based Redirect (PBR) in Cisco ACI 6.0. The lab walks through six scenarios: FW insertion between ESGs in different subnets, between ESGs on the same subnet, intra-ESG traffic inspection, vzAny policy to enforce FW across all inter-ESG flows, Service EPG selector to control access to the FW subnet, and PBR to an L3OUT. The goal is to demonstrate the flexibility of PBR option compared to the traditional service insertion we covered in previous labs.

This video demonstrates L3 Policy-Based Redirect (PBR) in Cisco ACI 6.0. The lab walks through six scenarios: FW insertion between ESGs in different subnets, between ESGs on the same subnet, intra-ESG traffic inspection, vzAny policy to enforce FW across all inter-ESG flows, Service EPG selector to control access to the FW subnet, and PBR to an L3OUT. The goal is to demonstrate the flexibility of PBR option compared to the traditional service insertion we covered in previous labs.

This video covers Policy-Based Redirect (PBR) for L1 and L2 inline service devices in Cisco ACI 6.0. L1 PBR is demonstrated with a physical FTD in inline IPS mode between ESGs in different BDs, while L2 PBR uses a virtual FTD in transparent mode between ESGs on the same subnet. The key advantages over traditional Service Graph modes are that endpoints do not need to be split into new BDs, the FW does not need to be the default gateway, and a single service graph can be shared by multiple ESG pairs.

This video covers Policy-Based Redirect (PBR) for L1 and L2 inline service devices in Cisco ACI 6.0. L1 PBR is demonstrated with a physical FTD in inline IPS mode between ESGs in different BDs, while L2 PBR uses a virtual FTD in transparent mode between ESGs on the same subnet. The key advantages over traditional Service Graph modes are that endpoints do not need to be split into new BDs, the FW does not need to be the default gateway, and a single service graph can be shared by multiple ESG pairs.

This video covers Policy-Based Redirect (PBR) for L1 and L2 inline service devices in Cisco ACI 6.0. L1 PBR is demonstrated with a physical FTD in inline IPS mode between ESGs in different BDs, while L2 PBR uses a virtual FTD in transparent mode between ESGs on the same subnet. The key advantages over traditional Service Graph modes are that endpoints do not need to be split into new BDs, the FW does not need to be the default gateway, and a single service graph can be shared by multiple ESG pairs.