Encrypted real-time communication web (WEBRTC) using the principle of virtual DOM rendering cycles

Abstract

Website is a collection of formatted pages that display text, image, audio or video content to provide information. Various fields in industry, science, government, non-profit agencies use the website as a medium for presenting information to public or stakeholders. Generally, websites present data synchronously so that it requires an effort to request data until it is displayed on a web page. Industries in the investment, stock and even weather reports require to present information with real-time results. This study aims: (1) Create and design architecture Web Real-time Communication using Virtual DOM Rendering Cycles principles. (2) Present encrypted data to real-time decryption process to render into web page. This research purpose is to provide the solution of real-time rendering encrypted data through process rendering with virtual DOM manipulation. Data encrypted collection have real-time decryption process; its results can be rendered in less interval time of request, with the whole process running on asynchronous process. Technical and non-technical testing steps were conducted, namely (1) White-box, (2) Black-box testing, and (3) Performance consistency testing.