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All major web browsers now support WebAssembly, a low-level bytecode intendedto serve as a compilation target for code written in languages like C and C++.A key goal of WebAssembly is performance parity with native code; previous workreports near parity, with many applications compiled to WebAssembly running onaverage 10% slower than native code. However, this evaluation was limited to asuite of scientific kernels, each consisting of roughly 100 lines of code.Running more substantial applications was not possible because compiling codeto WebAssembly is only part of the puzzle: standard Unix APIs are not availablein the web browser environment. To address this challenge, we buildBrowsix-Wasm, a significant extension to Browsix that, for the first time,makes it possible to run unmodified WebAssembly-compiled Unix applicationsdirectly inside the browser. We then use Browsix-Wasm to conduct the firstlarge-scale evaluation of the performance of WebAssembly vs. native. Across theSPEC CPU suite of benchmarks, we find a substantial performance gap:applications compiled to WebAssembly run slower by an average of 45% (Firefox)to 55% (Chrome), with peak slowdowns of 2.08x (Firefox) and 2.5x (Chrome). Weidentify the causes of this performance degradation, some of which are due tomissing optimizations and code generation issues, while others are inherent tothe WebAssembly platform.

Not So Fast: Analyzing the Performance of WebAssembly vs. Native Code