Overview

""Nanomsg for Resilient Systems: Practical Patterns for Reliable, High-Performance Messaging"" equips engineers and architects with a clear, practical foundation for designing dependable distributed messaging. The book opens by demystifying delivery guarantees-at-most-once, at-least-once, and exactly-once-while dissecting failure modes, reliability metrics, and the trade-offs between latency, throughput, and resilience. These fundamentals give readers the context to make principled design decisions that balance performance with correctness in real-world systems. At its core, the book delivers a methodical, hands-on exploration of the Nanomsg framework: its modular architecture, transport abstractions, and core protocols such as request-reply, publish-subscribe, pipeline, survey, and bus. Through concrete patterns and examples, it shows how to implement durable pub-sub systems, pipeline topologies, and consensus workflows, and how to combine Nanomsg primitives to achieve robust delivery semantics. Practical chapters address error detection, failover strategies, message integrity, persistence options, and transactional techniques that push systems toward exactly-once behavior where needed. The final chapters focus on production-readiness: high availability, performance tuning, security hardening, and interoperability in heterogeneous and cloud-native environments. Case studies and integration patterns illustrate deployment, monitoring, and operational concerns, helping teams apply Nanomsg effectively at scale. Concise and pragmatic, this book is a go-to resource for technology leaders and developers building resilient, high-performance messaging infrastructures.

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