Building Reliable Microservices with Dapr (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"Building Reliable Microservices with Dapr" "Building Reliable Microservices with Dapr" is a comprehensive guide tailored for developers and architects seeking to construct robust, scalable, and secure cloud-native systems using modern microservice principles. The book starts by addressing the inherent challenges of distributed architectures-such as reliability, observability, configuration management, and security-and outlines time-tested patterns and solutions for building resilient services. Readers will gain a foundational understanding of microservice architectural patterns, service bound...
"Building Reliable Microservices with Dapr"
"Building Reliable Microservices with Dapr" is a comprehensive guide tailored for developers and architects seeking to construct robust, scalable, and secure cloud-native systems using modern microservice principles. The book starts by addressing the inherent challenges of distributed architectures-such as reliability, observability, configuration management, and security-and outlines time-tested patterns and solutions for building resilient services. Readers will gain a foundational understanding of microservice architectural patterns, service boundaries, advanced monitoring, and zero-trust security, setting the stage for creating dependable systems in complex environments.
The book delves deep into the Dapr (Distributed Application Runtime) ecosystem, systematically breaking down its architectural building blocks, including service invocation, state management, pub/sub messaging, bindings, and secret handling. Core features like Dapr's sidecar model, polyglot interoperability, and runtime extensibility are explored, followed by real-world patterns for reliable service-to-service communication, seamless service mesh integration, distributed tracing, transactional state operations, and secure event-driven microservices. Detailed chapters walk readers through building event-driven workflows, integrating legacy systems, enforcing stringent security controls, managing secrets, auditing, regulatory compliance, and proactive observability and incident response.
Bringing these concepts together, the book covers deployment at scale, operational best practices with Kubernetes, automating CI/CD pipelines, performing chaos engineering, optimizing performance and cost, and ensuring safe rollouts. Advanced chapters showcase how to extend Dapr with custom components, adopt multi-tenant and multi-cloud strategies, integrate AI/ML workloads, and prepare for future trends in distributed systems. Through in-depth case studies and hands-on best practices, "Building Reliable Microservices with Dapr" equips professionals with the knowledge and confidence to architect, deploy, and operate state-of-the-art microservice solutions in production-ready environments.
"Building Reliable Microservices with Dapr" is a comprehensive guide tailored for developers and architects seeking to construct robust, scalable, and secure cloud-native systems using modern microservice principles. The book starts by addressing the inherent challenges of distributed architectures-such as reliability, observability, configuration management, and security-and outlines time-tested patterns and solutions for building resilient services. Readers will gain a foundational understanding of microservice architectural patterns, service boundaries, advanced monitoring, and zero-trust security, setting the stage for creating dependable systems in complex environments.
The book delves deep into the Dapr (Distributed Application Runtime) ecosystem, systematically breaking down its architectural building blocks, including service invocation, state management, pub/sub messaging, bindings, and secret handling. Core features like Dapr's sidecar model, polyglot interoperability, and runtime extensibility are explored, followed by real-world patterns for reliable service-to-service communication, seamless service mesh integration, distributed tracing, transactional state operations, and secure event-driven microservices. Detailed chapters walk readers through building event-driven workflows, integrating legacy systems, enforcing stringent security controls, managing secrets, auditing, regulatory compliance, and proactive observability and incident response.
Bringing these concepts together, the book covers deployment at scale, operational best practices with Kubernetes, automating CI/CD pipelines, performing chaos engineering, optimizing performance and cost, and ensuring safe rollouts. Advanced chapters showcase how to extend Dapr with custom components, adopt multi-tenant and multi-cloud strategies, integrate AI/ML workloads, and prepare for future trends in distributed systems. Through in-depth case studies and hands-on best practices, "Building Reliable Microservices with Dapr" equips professionals with the knowledge and confidence to architect, deploy, and operate state-of-the-art microservice solutions in production-ready environments.
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