Google Anthos in Action Version 6

Google Anthos in Action MEAP V06
Copyright
Welcome letter
Brief contents
Chapter 1: Overview of Google Anthos
	1.1 Anatomy of a Modern Application
		1.1.1 Accelerating Software Development
		1.1.2 Standardizing Operations At-Scale
	1.2 Origins in Google
	1.3 How to read this book
Chapter 2: Cloud is a new computing stack
	2.1 Introduction
	2.2 Digital Velocity and The Enterprise Dilema
	2.3 Traditional models for application development and delivery
		2.3.1 Advantages and Pitfalls of Client / Server Architecture
		2.3.2 Advantages and Pitfalls of Web Architecture
		2.3.3 Service Oriented Architecture
	2.4 Disrupting Application Delivery and The Birth of Cloud
		2.4.1 Disrupting How Software is Made
		2.4.2 Development Innovation at Google
		2.4.3 Application Development throughout the Industry
		2.4.4 Contract-first development, SOA and the evolution to Microservices
	2.5 Microservices and Containers
		2.5.1 Containers Enable Microservices
	2.6 Software defined everything and DevOps
	2.7 Cloud is the modern computing stack
	2.8 Summary
Chapter 3: Anthos, the one single pane-of-glass
	3.1 Terminology
		3.1.1 Personas
		3.1.2 DevOps/Site Reliability Engineering Concepts
		3.1.3 Other Terminology
	3.2 Non-Anthos Visibility and Interaction
	3.3 Kubernetes Dashboard
		3.3.1 Provider-specific UIs
		3.3.2 Bespoke Software
	3.4 The Anthos UI
		3.4.1 Fleets
	3.5 Connect, How does it work?
		3.5.1 Installation and Registration
	3.6 The Anthos Cloud UI
		3.6.1 The Anthos Dashboard
		3.6.2 Service Mesh
		3.6.3 Config Management
		3.6.4 Clusters
		3.6.5 Features
		3.6.6 Migrate to containers
		3.6.7 Security
	3.7 Monitoring and Logging
	3.8 GKE Dashboard
	3.9 Connecting to a Remote cluster
	3.10 Summary
Chapter 4: Anthos, the computing environment built on Kubernetes
	4.1 Why do you need to understand Kubernetes?
	4.2 The History of Abstraction
	4.3 Introducing Physical Servers
		4.3.1 Introducing Virtual Machines
		4.3.2 Introducing Containers
		4.3.3 Introduction to Serverless
	4.4 Introducing Kubernetes
		4.4.1 Addressing Kubernetes Gaps
		4.4.2 Managing On-Prem and Off-Prem Clusters
	4.5 Kubernetes architecture
		4.5.1 Understanding the Cluster Layers
		4.5.2 The Control Plane Components
		4.5.3 Worker node components
		4.5.4 Understanding Declarative and Imperative
		4.5.5 Understanding Kubernetes resources
		4.5.6 Kubernetes Resources In Depth
		4.5.7 Understanding the Kubernetes scheduler
		4.5.8 Controlling pod scheduling
	4.6 Advanced topics
	4.7 Aggregate ClusterRoles
	4.8 Custom schedulers
	4.9 Summary
	4.10 Examples and Case Studies
		4.10.1 FooWidgets Industries
	4.11 References
		4.11.1 The EFK stack
		4.11.2 Backing up ETCD on GKE on-prem Clusters
Chapter 5: Anthos Service Mesh: Security and Observability at Scale
	5.1 Technical Requirements
	5.2 What is a service mesh?
	5.3 An Introduction to Istio
		5.3.1 Istio architecture
		5.3.2 Istio Traffic Management
		5.3.3 Istio Security
		5.3.4 Istio Observability
	5.4 What is Anthos Service Mesh?
	5.5 Installing ASM
		5.5.1 Sidecar proxy injection
		5.5.2 Uniform Observability
		5.5.3 Operational agility
		5.5.4 Policy-Driven security
	5.6 Conclusion
	5.7 Examples and Case Studies
		5.7.1 Evermore Industries
	5.8 Summary
Chapter 6: Operations management in Anthos
	6.1 Unified User Interface from Google Cloud Console
		6.1.1 Registering clusters to Google Cloud Console
		6.1.2 Authentication
		6.1.3 Cluster Management
	6.2 Logging and Monitoring
		6.2.1 Logging and Monitoring GKE on-prem
	6.3 Service Mesh Logging
	6.4 Using Service Level Indicators and Agreements
	6.5 Anthos Command Line Management
		6.5.1 Using CLI Tools for GKE on-prem
		6.5.2 Cluster Management: Creating a new user Cluster
		6.5.3 Cluster Management: Scaling
		6.5.4 Cluster Management: Upgrading Anthos
		6.5.5 Cluster Management: Backing up Clusters
	6.6 GKE on AWS
		6.6.1 Connecting to the management service
		6.6.2 Cluster Management: Creating a new user cluster
		6.6.3 Cluster Management: Scaling
		6.6.4 Cluster Management: Upgrading
	6.7 Anthos attached clusters
	6.8 Anthos on Bare Metal
	6.9 Connect Gateway
	6.10 Anthos on Azure
		6.10.1 Cluster management: Creation
		6.10.2 Cluster management: Deletion
	6.11 Summary
Chapter 8: Hybrid applications in Anthos
	8.1 Highly available applications
		8.1.1 Architecture
		8.1.2 Benefits
		8.1.3 Limitations
	8.2 Geographically distributed applications
		8.2.1 Ingress for Anthos Architecture
		8.2.2 Ingress for Anthos Benefits
		8.2.3 Ingress for Anthos Limitations
	8.3 Hybrid Multi Cloud applications with internet access
		8.3.1 Traffic Director Architecture
		8.3.2 Traffic Director Benefits
		8.3.3 Traffic Director Limitations
	8.4 Applications regulated by law
		8.4.1 Architecture
		8.4.2 Benefits
	8.5 Applications which have to run on the edge
		8.5.1 Architecture
		8.5.2 Benefits
		8.5.3 Limitations
	8.6 Summary
Chapter 9: Anthos, the compute environment running on VMware
	9.1 Why should I use Anthos on VMware?
	9.2 Anthos on VMware Architecture
		9.2.1 Anthos Networking
		9.2.2 GCP integration capabilities
	9.3 Summary
Chapter 11: Knative serverless extension
	11.1 What is the problem we are trying to solve
	11.2 Introduction to Serverless
	11.3 Knative
		11.3.1 Introduction
		11.3.2 Knative History
		11.3.3 Knative Architecture
		11.3.4 Knative Kubernetes Resources Types
		11.3.5 Knative Serving
		11.3.6 Knative Serving Control Plane
		11.3.7 Knative Eventing
		11.3.8 Knative Eventing Resources
		11.3.9 Knative Use Cases
		11.3.10 Observability
		11.3.11 Installing Knative
		11.3.12 Deploying to Knative
	11.4 Summary
Chapter 12: Anthos - the networking environment
	12.1 Cloud networking and hybrid connectivity
		12.1.1 Single cloud deployment
		12.1.2 Multi / Hybrid Cloud Deployment
	12.2 Anthos GKE Networking
		12.2.1 Anthos cluster networking
		12.2.2 Anthos GKE IP address management
	12.3 Anthos Multi-cluster Networking
		12.3.1 Multi-cluster networking on GCP
		12.3.2 Multi-cluster networking in hybrid and multi-cloud environments
	12.4 Services and Client Connectivity
		12.4.1 Client to Service connectivity
		12.4.2 Service to Service Connectivity
		12.4.3 Service to external services connectivity
	12.5 Summary
Chapter 13: Anthos Config Management
	13.1 What are we trying to solve?
	13.2 Overview of ACM
		13.2.1 ACM Policy Structure
		13.2.2 ACM-specific Objects
		13.2.3 Additional Components
	13.3 Examples and Case Studies
		13.3.1 Evermore Industries
		13.3.2 Village Linen, LLC
		13.3.3 Ambiguous Rock Feasting
	13.4 Conclusions
	13.5 Summary
Chapter 18: Migrate for Anthos and GKE
	18.1 Migrate for Anthos benefits
	18.2 Recommended workloads for migration
	18.3 M4A Architecture
		18.3.1 Migration workflow
		18.3.2 From virtual machines to containers
		18.3.3 A look at the Windows environment
		18.3.4 A complete view on the modernization journey
	18.4 Real world scenarios
		18.4.1 Using the fit assessment tool
		18.4.2 Basic migration example
		18.4.3 Google Cloud Console UI migration example
		18.4.4 Windows migration
		18.4.5 Migration from other clouds
	18.5 Advanced topic: M4A best practices
	18.6 Post-migration integration with CI/CD pipelines
	18.7 Post-migration integration with ASM
	18.8 Summary