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Mastering Service Mesh

You're reading from   Mastering Service Mesh Enhance, secure, and observe cloud-native applications with Istio, Linkerd, and Consul

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Product type Paperback
Published in Mar 2020
Publisher Packt
ISBN-13 9781789615791
Length 626 pages
Edition 1st Edition
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Authors (2):
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Vikram Khatri Vikram Khatri
Author Profile Icon Vikram Khatri
Vikram Khatri
Anjali Khatri Anjali Khatri
Author Profile Icon Anjali Khatri
Anjali Khatri
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Table of Contents (31) Chapters Close

Preface 1. Section 1: Cloud-Native Application Management
2. Monolithic Versus Microservices FREE CHAPTER 3. Cloud-Native Applications 4. Section 2: Architecture
5. Service Mesh Architecture 6. Service Mesh Providers 7. Service Mesh Interface and SPIFFE 8. Section 3: Building a Kubernetes Environment
9. Building Your Own Kubernetes Environment 10. Section 4: Learning about Istio through Examples
11. Understanding the Istio Service Mesh 12. Installing a Demo Application 13. Installing Istio 14. Exploring Istio Traffic Management Capabilities 15. Exploring Istio Security Features 16. Enabling Istio Policy Controls 17. Exploring Istio Telemetry Features 18. Section 5: Learning about Linkerd through Examples
19. Understanding the Linkerd Service Mesh 20. Installing Linkerd 21. Exploring the Reliability Features of Linkerd 22. Exploring the Security Features of Linkerd 23. Exploring the Observability Features of Linkerd 24. Section 6: Learning about Consul through Examples
25. Understanding the Consul Service Mesh 26. Installing Consul 27. Exploring the Service Discovery Features of Consul 28. Exploring Traffic Management in Consul 29. Assessment 30. Other Books You May Enjoy

Control plane

The purpose of the control plane is to set the policies and configurations for all of the data planes running as a service mesh. As we mentioned in Chapter 3, Service Mesh Architecture, an ideal service mesh should follow the ORASTAR principle. Take a look at the following diagram:

From the preceding diagram, we can see that the control plane satisfying the ORASTAR principle resides in the Kubernetes master nodes. You can run the control plane through the use of taints and tolerations to limit the control plane nodes to a set of dedicated nodes. The microservice with sidecar proxy applications running in worker nodes form a data plane. The control plane is a set of pods that communicate with the data plane's set of pods, which have a sidecar proxy.

Sometimes, the service mesh is also attributed to a mesh of a sidecar proxy, such as Envoy or Linkerd, which...

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