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Multi-Cloud Architecture and Governance

You're reading from   Multi-Cloud Architecture and Governance Leverage Azure, AWS, GCP, and VMware vSphere to build effective multi-cloud solutions

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Product type Paperback
Published in Dec 2020
Publisher Packt
ISBN-13 9781800203198
Length 412 pages
Edition 1st Edition
Tools
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Authors (2):
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Jeroen Mulder Jeroen Mulder
Author Profile Icon Jeroen Mulder
Jeroen Mulder
Jeroen Mulder Jeroen Mulder
Author Profile Icon Jeroen Mulder
Jeroen Mulder
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Toc

Table of Contents (28) Chapters Close

Preface 1. Section 1 – Introduction to Architecture and Governance for Multi-Cloud Environments
2. Chapter 1: Introduction to Multi-Cloud FREE CHAPTER 3. Chapter 2: Business Acceleration Using a Multi-Cloud Strategy 4. Chapter 3: Getting Connected – Designing Connectivity 5. Chapter 4: Service Designs for Multi-Cloud 6. Chapter 5: Managing the Enterprise Cloud Architecture 7. Section 2 – Getting the Basics Right with BaseOps
8. Chapter 6: Designing, Implementing, and Managing the Landing Zone 9. Chapter 7: Designing Resilience and Performance 10. Chapter 8: Defining Automation Tools and Processes 11. Chapter 9: Defining and Using Monitoring and Management Tools 12. Section 3 – Cost Control in Multi-Cloud with FinOps
13. Chapter 10: Managing Licenses 14. Chapter 11: Defining Principles for Resource Provisioning and Consumption 15. Chapter 12: Defining Naming Conventions and Tagging 16. Chapter 13: Validating and Managing Bills 17. Section 4 – Security Control in Multi-Cloud with SecOps
18. Chapter 14: Defining Security Policies 19. Chapter 15: Implementing Identity and Access Management 20. Chapter 16: Defining Security Policies for Data 21. Chapter 17: Implementing and Integrating Security Monitoring 22. Section 5 – Structured Development on Multi-Cloud Environments with DevOps
23. Chapter 18: Designing and Implementing CI/CD Pipelines 24. Chapter 19: Introducing AIOps in Multi-Cloud 25. Chapter 20: Introducing Site Reliability Engineering in Multi-Cloud 26. Assessments 27. Other Books You May Enjoy

Optimizing cloud environments using AIOps

The two major benefits of AIOps are first, the speed and accuracy in detecting anomalies and responding to them without human intervention. Second, AIOps can be used for capacity optimization. Most cloud providers offer some form of scale-out/-up mechanism driven by metrics, already available natively within the platform. AIOps can optimize this scaling since it knows what thresholds are required to do this, whereas the cloud provider requires engineers to define and hardcode it. Since the system is learning, it can help in predicting when and what resources are needed. The following diagram shows the evaluation of operations, from descriptive to prescriptive. Most monitoring tools are descriptive, whereas AIOps is predictive:

Figure 19.1 – Evolution of monitoring to AIOps

Monitoring simply registers what's happening. With log analytics, companies can set a diagnosis of events and take remediation actions...

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