DevOps for Networking

Boost your organization's growth by incorporating networking in the DevOps culture

DevOps for Networking

Learning
Steven Armstrong

Boost your organization's growth by incorporating networking in the DevOps culture
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RRP $49.99
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Book Details

ISBN 139781786464859
Paperback364 pages

Book Description

Frustrated that your company’s network changes are still a manual set of activities that slow developers down? It doesn’t need to be that way any longer, as this book will help your company and network teams embrace DevOps and continuous delivery approaches, enabling them to automate all network functions.

This book aims to show readers network automation processes they could implement in their organizations. It will teach you the fundamentals of DevOps in networking and how to improve DevOps processes and workflows by providing automation in your network. You will be exposed to various networking strategies that are stopping your organization from scaling new projects quickly.

You will see how SDN and APIs are influencing DevOps transformations, which will in turn help you improve the scalability and efficiency of your organizations networks operations. You will also find out how to leverage various configuration management tools such as Ansible, to automate your network.

The book will also look at containers and the impact they are having on networking as well as looking at how automation impacts network security in a software-defined network.

Table of Contents

Chapter 1: The Impact of Cloud on Networking
An overview of cloud approaches
The difference between Spanning Tree and Leaf-Spine networking
Changes that have occurred in networking with the introduction of public cloud
The AWS approach to networking
The OpenStack approach to networking
Summary
Chapter 2: The Emergence of Software-defined Networking
Why SDN solutions are necessary
How the Nuage SDN solution works
Integrating OpenStack with the Nuage VSP platform
How the Nuage VSP platform can support greenfield and brownfield projects
The Nuage VSP multicast support
Summary
Chapter 3: Bringing DevOps to Network Operations
Initiating a change in behavior
Top-down DevOps initiatives for networking teams
Bottom-up DevOps initiatives for networking teams
Summary
Chapter 4: Configuring Network Devices Using Ansible
Network vendors' operating systems
Introduction to Ansible
Ansible core modules available for network operations
Configuration management processes to manage network devices
Summary
Chapter 5: Orchestrating Load Balancers Using Ansible
Centralized and distributed load balancers
Popular load balancing solutions
Load balancing immutable and static infrastructure
Using Ansible to Orchestrate load balancers
Summary
Chapter 6: Orchestrating SDN Controllers Using Ansible
Arguments against software-defined networking
Why would organizations need software-defined networking?
Summary
Chapter 7: Using Continuous Integration Builds for Network Configuration
Continuous integration overview
Tooling available for continuous integration
Network continuous integration
Summary
Chapter 8: Testing Network Changes
Testing overview
Quality assurance best practices
Available test tools
Summary
Chapter 9: Using Continuous Delivery Pipelines to Deploy Network Changes
Continuous integration package management
Continuous Delivery and deployment overview
Deployment methodologies
Packaging deployment artifacts
Deployment pipeline tooling
Deploying network changes with deployment pipelines
Summary
Chapter 10: The Impact of Containers on Networking
Overview of containers
Impact of containers on networking
Summary
Chapter 11: Securing the Network
The evolution of network security and debunking myths
Securing a software-defined network
Network security and Continuous Delivery
Summary

What You Will Learn

  • Learn about public and private cloud networking using AWS and OpenStack as examples
  • Explore strategies that can be used by engineers or managers to initiate the cultural changes required to enable the automation of network functions
  • Learn about SDN and how an API-driven approach to networking can help solve common networking problems
  • Get the hang of configuration management tools, such as Ansible and Jenkins, that can be used to orchestrate and configure network devices
  • Setup continuous integration, delivery, and deployment pipelines for network functions
  • Create test environments for network changes
  • Understand how load balancing is becoming more software defined with the emergence of microservice applications

Authors

Table of Contents

Chapter 1: The Impact of Cloud on Networking
An overview of cloud approaches
The difference between Spanning Tree and Leaf-Spine networking
Changes that have occurred in networking with the introduction of public cloud
The AWS approach to networking
The OpenStack approach to networking
Summary
Chapter 2: The Emergence of Software-defined Networking
Why SDN solutions are necessary
How the Nuage SDN solution works
Integrating OpenStack with the Nuage VSP platform
How the Nuage VSP platform can support greenfield and brownfield projects
The Nuage VSP multicast support
Summary
Chapter 3: Bringing DevOps to Network Operations
Initiating a change in behavior
Top-down DevOps initiatives for networking teams
Bottom-up DevOps initiatives for networking teams
Summary
Chapter 4: Configuring Network Devices Using Ansible
Network vendors' operating systems
Introduction to Ansible
Ansible core modules available for network operations
Configuration management processes to manage network devices
Summary
Chapter 5: Orchestrating Load Balancers Using Ansible
Centralized and distributed load balancers
Popular load balancing solutions
Load balancing immutable and static infrastructure
Using Ansible to Orchestrate load balancers
Summary
Chapter 6: Orchestrating SDN Controllers Using Ansible
Arguments against software-defined networking
Why would organizations need software-defined networking?
Summary
Chapter 7: Using Continuous Integration Builds for Network Configuration
Continuous integration overview
Tooling available for continuous integration
Network continuous integration
Summary
Chapter 8: Testing Network Changes
Testing overview
Quality assurance best practices
Available test tools
Summary
Chapter 9: Using Continuous Delivery Pipelines to Deploy Network Changes
Continuous integration package management
Continuous Delivery and deployment overview
Deployment methodologies
Packaging deployment artifacts
Deployment pipeline tooling
Deploying network changes with deployment pipelines
Summary
Chapter 10: The Impact of Containers on Networking
Overview of containers
Impact of containers on networking
Summary
Chapter 11: Securing the Network
The evolution of network security and debunking myths
Securing a software-defined network
Network security and Continuous Delivery
Summary

Book Details

ISBN 139781786464859
Paperback364 pages
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