Moleculer for Scalable Microservices (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"Moleculer for Scalable Microservices" "Moleculer for Scalable Microservices" is a definitive guide for architects, engineers, and developers seeking a comprehensive understanding of modern distributed systems through the lens of the Moleculer microservices framework. The book begins by tracing the evolution from monolithic to microservice architectures, establishing foundational concepts such as loose coupling, fault isolation, and dynamic scalability. It delves into the design goals of Moleculer and rigorously compares its innovative features against other leading frameworks, making it an es...
"Moleculer for Scalable Microservices"
"Moleculer for Scalable Microservices" is a definitive guide for architects, engineers, and developers seeking a comprehensive understanding of modern distributed systems through the lens of the Moleculer microservices framework. The book begins by tracing the evolution from monolithic to microservice architectures, establishing foundational concepts such as loose coupling, fault isolation, and dynamic scalability. It delves into the design goals of Moleculer and rigorously compares its innovative features against other leading frameworks, making it an essential resource for technology decision-makers. Additionally, the initial chapters offer a panoramic view of the integration landscape and the ecosystem that has grown around Moleculer, equipping readers with context for its fit in real-world scenarios.
Building on this solid foundation, the book thoroughly addresses the modeling, implementation, and operation of microservices with Moleculer. Readers are guided through crucial topics including service granularity, lifecycle management, mixin-based extensibility, and domain-driven design. Advanced service communication mechanisms such as actions, events, transport adapters, and dynamic service discovery are explored, with practical insights into resilience, reliability, and robust operational strategies-covering circuit breakers, transactional sagas, chaos engineering, and more. The coverage of observability-spanning logging, distributed tracing, metrics, and production diagnostics-prepares readers to maintain high standards of reliability and transparency in live environments.
Throughout its chapters, "Moleculer for Scalable Microservices" sets a new standard for microservices literature by interweaving best practices in security, compliance, testing, and deployment. Detailed guidance on authentication, encrypted communications, audit logging, and regulatory alignment supports teams building secure and compliant systems. Real-world case studies, war stories, and lessons learned from large-scale deployments provide actionable advice, while forward-looking sections on performance engineering, hybrid cloud scalability, and future trends ensure that practitioners are not only equipped for today's challenges but are also agile in adapting to tomorrow's innovations.
"Moleculer for Scalable Microservices" is a definitive guide for architects, engineers, and developers seeking a comprehensive understanding of modern distributed systems through the lens of the Moleculer microservices framework. The book begins by tracing the evolution from monolithic to microservice architectures, establishing foundational concepts such as loose coupling, fault isolation, and dynamic scalability. It delves into the design goals of Moleculer and rigorously compares its innovative features against other leading frameworks, making it an essential resource for technology decision-makers. Additionally, the initial chapters offer a panoramic view of the integration landscape and the ecosystem that has grown around Moleculer, equipping readers with context for its fit in real-world scenarios.
Building on this solid foundation, the book thoroughly addresses the modeling, implementation, and operation of microservices with Moleculer. Readers are guided through crucial topics including service granularity, lifecycle management, mixin-based extensibility, and domain-driven design. Advanced service communication mechanisms such as actions, events, transport adapters, and dynamic service discovery are explored, with practical insights into resilience, reliability, and robust operational strategies-covering circuit breakers, transactional sagas, chaos engineering, and more. The coverage of observability-spanning logging, distributed tracing, metrics, and production diagnostics-prepares readers to maintain high standards of reliability and transparency in live environments.
Throughout its chapters, "Moleculer for Scalable Microservices" sets a new standard for microservices literature by interweaving best practices in security, compliance, testing, and deployment. Detailed guidance on authentication, encrypted communications, audit logging, and regulatory alignment supports teams building secure and compliant systems. Real-world case studies, war stories, and lessons learned from large-scale deployments provide actionable advice, while forward-looking sections on performance engineering, hybrid cloud scalability, and future trends ensure that practitioners are not only equipped for today's challenges but are also agile in adapting to tomorrow's innovations.
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