Analysis Performance of Web Assembly Applications on Cloud

Abstract

A binary instruction format for stacked virtual machines is called web assembly. A compilation target for programs that allows browser execution is called Web Assembly. Web assembly makes it feasible to develop applications quickly and with performance that is as good as native. It is discovered that its performance is comparable to that of languages like C, C++, and Rust. It produces byte code that is quick to parse and build for a variety of systems. Since byte code is so small, sharing puts less stress on the network. Cloud computing that is created close to data centers is known as edge computing. In wasmrt, the web assembly was used for the first time outside of a browser. Web assembly may be utilized in docker, cloud, microservices, CMS, and environments other than web browsers. There are several advantages to using Web assembly outside of the browser's context. In this investigation, we assess how well Web Assembly programs perform in cloud computing settings, especially in terms of execution speed and memory consumption. We experimented with three distinct cloud providers and two separate benchmark suites. Our findings demonstrate that Web Assembly apps can, in some circumstances, run as well as or better than native code while simultaneously offering portability and security advantages.