Shrink your services, not your ambitions. Traditional backends often feel heavy, costly, and slow to adapt. Server-Side WebAssembly shows you how to build lightning-fast, portable backends that run anywhere, giving you the power of Wasm without the pain of complex rewrites.

• Polyglot components: Reuse Rust, JavaScript, and Python code without rewrites.

• OCI-compliant containers: Package Wasm workloads once, deploy on any registry or platform.

• Kubernetes scaling: Orchestrate tiny binaries that launch in milliseconds and slash cloud bills.

• Edge readiness: Serve users closer, lower latency, and maximise device performance.

• Built-in security: Sandboxed execution reduces attack surface for production workloads.

• Hands-on project path: Key-value, HTTP, and ML components show real workflows step by step.

Serve- Side WebAssembly by WebAssembly contributor Danilo Chiarlone delivers a clear, code-first roadmap for next-gen back-end development.

Starting with essential Wasm fundamentals, the book moves quickly into building production-grade microservices. You containerise components, push them to registries, and integrate with Kubernetes, serverless, and edge platforms. Each chapter layers new skills through a running sample app.

By the final page, you will confidently compile, package, and scale Wasm workloads from multiple languages, tap hardware isolation, and connect to cloud resources and machine-learning models.

Ideal for backend developers, DevOps engineers, and system architects seeking leaner, faster, portable services.

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The Linux memory management subsystem hasn't had a definitive reference since 2004. The Linux Memory Manager fills this void with a modern, in-depth exploration of how Linux handles memory, combining high-level overviews with detailed code analysis. Written by a Linux kernel maintainer and supported by insights from memory management experts, this book provides readers with a rare opportunity to explore the subsystem at both the conceptual and code levels. This 1,300-page guide goes beyond surface explanations, showing how core principles are implemented in the Linux kernel source and serving as both a study guide and an on-the-job reference for years to come.

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