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Diving into Secure Access Service Edge

You're reading from   Diving into Secure Access Service Edge A technical leadership guide to achieving success with SASE at market speed

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Product type Paperback
Published in Nov 2022
Publisher Packt
ISBN-13 9781803242170
Length 192 pages
Edition 1st Edition
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Author (1):
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Jeremiah Ginn Jeremiah Ginn
Author Profile Icon Jeremiah Ginn
Jeremiah Ginn
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Toc

Table of Contents (28) Chapters Close

Preface 1. Part 1 – SASE Market Perspective
2. Chapter 1: SASE Introduction FREE CHAPTER 3. Chapter 2: SASE Human 4. Chapter 3: SASE Managed 5. Chapter 4: SASE Orchestration 6. Chapter 5: SASE SD-WAN 7. Part 2 – SASE Technical Perspective
8. Chapter 6: SASE Detail 9. Chapter 7: SASE Session 10. Chapter 8: SASE Policy 11. Chapter 9: SASE Identity 12. Chapter 10: SASE Security 13. Chapter 11: SASE Services 14. Chapter 12: SASE Management 15. Part 3 – SASE Success Perspective
16. Chapter 13: SASE Stakeholders 17. Chapter 14: SASE Case 18. Chapter 15: SASE Design 19. Chapter 16: SASE Trust 20. Part 4 – SASE Bonus Perspective
21. Chapter 17: SASE Learn 22. Chapter 18: SASE DevOps 23. Chapter 19: SASE Forward 24. Chapter 20: SASE Bonus 25. Index 26. Other Books You May Enjoy Appendix: SASE Terms

SASE Orchestration

Scale is never achieved in a linear fashion as labor is never available at the rate of organizational growth. For an organization to scale at the pace of its growth, a non-linear or modular process is required. A successful process will require an understanding of architecture at both ten and one hundred times the currently needed sizing. Once the theoretical worst-case scenario is documented, the question of how must be asked. Assuming labor is static, how would it be possible to scale one hundred times the current size of the architecture? With human labor, it would be statistically impossible; therefore, non-human labor must be employed. Currently, the most effective way to scale infrastructure, virtual machines, or applications is to leverage an orchestrated model as well as an effective orchestrator. That orchestrator requires tools that abstract the process into modular components that are pre-built and made available on-demand.

In this chapter, we will...

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