Application of WebAssembly Technology in High-Performance Web Applications

This research paper explores the efficacy of WebAssembly technology in enhancing the performance of web applications, with a focus on graphic-intensive domains such as video games, simulations, and image processing. WebAssembly, a binary instruction format designed for browsers, offers performance comparable to desktop applications by executing code within a secure, low-level virtual machine environment. The study further examines the integration of WebAssembly into various programming languages such as C/C++, C#, and Rust, highlighting its cross-platform capabilities and efficient memory management. Through the development of a website that hosts retro-themed video games, the paper assesses performance across different platforms, demonstrating that while unrestricted desktop platforms show higher speeds, regulated environments exhibit negligible performance discrepancies. The findings suggest that while WebAssembly substantially boosts web application performance, opportunities for further enhancements in areas such as garbage collection, debugging, and JavaScript integration remain. This research underscores WebAssembly's potential to revolutionize web application development, providing a robust framework for future advancements in complex web-based applications.