Programming And Automating Cisco Networks- A Guide To Network Programmability And Automation In The Data Center- Campus- And Wan -networking Technology- Page

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In this article, we will explore the concept of programming and automating Cisco networks, with a focus on network programmability and automation in the data center, campus, and WAN. We will discuss the benefits of network automation, the tools and technologies used to achieve it, and provide a guide on how to get started with programming and automating Cisco networks.

is a technical guide authored by Ryan Tischer and Jason Gooley, published by Cisco Press . The book serves as a roadmap for network engineers to transition from traditional CLI-based management to modern automation and software-driven operations. Core Focus Areas response = requests

The WAN is the hardest domain. It spans unreliable links, diverse carriers, and branch offices. Automation turns WAN chaos into orchestrated SD-WAN.

dashboard = meraki.DashboardAPI("YOUR_API_KEY") for store_id in range(1, 201): dashboard.networks.createNetworkSsid( networkId=f"N_store_id", number=0, name=f"Store_store_id_Guest", enabled=True, authMode="open" ) The book serves as a roadmap for network

Using this, you can dynamically provision VLANs, port-channels, and VXLAN tunnels from a CMDB (Configuration Management Database) or orchestration platform.

The text is structured to address the specific automation needs of different network domains: Automation turns WAN chaos into orchestrated SD-WAN

If you are doing classic MPLS VPN (not SD-WAN), automate Route Target assignments and VRF creation using and Cisco IOS modules ( ios_config or ios_bgp ).