Appendix A. Citations

This appendix consolidates key references that chart the emergence of server-side WebAssembly across research, engineering practice, and community discourse. Together, these sources trace how WebAssembly is moving beyond the browser into cloud, serverless, and edge environments, highlighting advances in isolation, performance, and operational models. The collection presents a balanced view of foundational studies alongside industry momentum and runtime evolution, showing a technology maturing toward practical, large-scale deployment.

The academic works explore core questions around feasibility and design. They evaluate WebAssembly in non-web settings, propose lightweight approaches to Function-as-a-Service, and assess the performance and usability of WebAssembly containers in cloud contexts. They also introduce mechanisms for efficient isolation that support stateful serverless workloads and describe execution models tailored for edge functions. Collectively, these studies examine trade-offs between security and efficiency, highlight the importance of fast start-up and density, and probe how state, portability, and runtime characteristics shape real-world architectures.

The industry and community sources complement this foundation with signals of adoption and capability growth. Announcements of Kubernetes-integrated WebAssembly platforms emphasize density gains, while mainstream runtime developments—such as enabling WebAssembly Garbage Collection by default—point to broader language support and improved developer ergonomics. Community discussions underscore how these advances can reshape cloud-native patterns, suggesting a convergence of research insights and production needs that is accelerating WebAssembly’s role in modern infrastructure.

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