Optimizing Microsoft Azure Workloads: Leverage the Well-Architected Framework to boost performance, scalability, and cost efficiency

The definitive manual for mastering Azure Well Architected Framework, improving your optimization skills, and enhancing the quality of workloads

Key Features

• Learn Well Architected Framework from a Cloud Solution Architect and official Microsoft trainer
• Acquire the skills required to optimize your workloads in Azure by following the best practices recommended by Microsoft
• Even if you don’t have a subscription, use the mock data to conduct optimization assessments and master the techniques.

Book Description

It’s easy to learn and deploy resources in Microsoft Azure, thanks to Microsoft’s meticulous documentation. When we deploy resources in Azure to learn and explore the platform, we don’t need to be concerned about the best practices or resource optimization. However, when it comes to production or mission critical workloads, it’s very crucial that we follow the best practices for resource deployment to attain security, reliability, operational excellence and performance. Apart from these aspects, we should take the cost into consideration, as this is one of the reasons behind every organization’s cloud transformation.

In this book, you will learn how to leverage the Microsoft’s Well Architected Framework to optimize our workloads in Azure. Well Architected Framework is a set of recommended practices developed by Microsoft based on five aligned pillars. The pillars are Cost Optimization, Performance, Reliability, Operational Excellence and Security. You will take a deep dive of each of these pillars and see how we can perform an assessment to determine the quality of our existing workloads.

During the journey, we will cover different design patterns and procedures related to each of the Well Architected Framework pillars. By the end of this book, you should be able to collect and assess data from an Azure environment and then perform necessary upturn of your Azure workloads.

What you will learn

• Deep Dive of Azure Well Architected Framework
• Difference between Cloud Adoption Framework and Well Architected Framework
• Understanding the pillars of Well Architected Framework
• Data collection and assessment of Azure workloads
• Remediation planning for optimization

Who This Book Is For

The targeted audience for this book is developers, cloud solution architects, cloud administrators and professional who have knowledge in design, implementation and management of Azure resources. Professional who aspire to learn cloud optimization or take up a role related to architecture can also benefit from reading the book. It’s recommended that the readers of this book have intermediate level understanding of Microsoft Azure platform and services. Experience in implementing or designing solutions in Azure is a plus but not mandatory.

Table of Contents

1. Planning Workloads with Well-Architected Framework
2. Distinguishing Cloud Adoption Framework and Well Architected Framework
3. Implementing Cost Optimization
4. Achieving Operational Excellence
5. Improving applications with Performance efficiency
6. Building Reliable applications
7. Leveraging the Security Pillar
8. Understanding the assessments

Rithin Skaria is a prominent supporter of cloud technologies, in addition to his roles as a speaker, consultant, and published author with a specialization in the design and enhancement of cloud architecture. He has spent over a decade managing, implementing, and designing IT infrastructure solutions for public and private clouds. At present, he works with Microsoft Qatar as a cloud solution architect, placing particular emphasis on Azure solutions. Rithin holds an impressive array of over 18 certifications in diverse technologies such as Azure, Linux, Microsoft 365, and Kubernetes, and he is a Microsoft Certified Trainer. His substantial contributions to the Microsoft worldwide Open Source community have earned him recognition as one of its engagement leaders. He has also spoken at several events and conferences, including Microsoft Spark.