STEAM GAURDIAN: A SMART WEB APPLICATION FOR INSTANT ONLINE MEETINGS

Abstract

In an era of escalating privacy concerns and remote cooperation, the WebRTC-Based Video Conference Portal with JWT Authentication provides a new viewpoint on managing secure and productive virtual meetings. This project uses WebRTC (Web Real-Time Communication) technology, which is well-known for its real-time audio and video communication capabilities, to provide a robust and smooth user experience. By implementing JWT (JSON Web Tokens) authentication, the research article strengthens its commitment to user data security and access control. The article provides a full explanation of the objectives, methodology, system design, and implementation. It covers the steps required to create software, with a focus on establishing the development environment, important features, and testing phases. Methods for protecting sensitive information, such as JWT authentication and data encryption, are thoroughly tested. The research article accomplishments and results demonstrate how it may improve the usability and security of virtual meetings by incorporating user feedback, essential functionality, and the user experience. The project timetable and recommended future work not only identify prospects for extension and enhancements, but they also address the issues encountered throughout development. This innovative and forward-thinking project has improved the virtual communication environment. Aside from satisfying the urgent demand for secure online meetings, it also allows for future adaptation and evolution, making it a realistic and relevant solution to a wide range of user requirements and industry expectations.

In an era of escalating privacy concerns and remote cooperation, the WebRTC-Based Video Conference Portal with JWT Authentication provides a new viewpoint on managing secure and productive virtual meetings. This project uses WebRTC (Web Real-Time Communication) technology, which is well-known for its real-time audio and video communication capabilities, to provide a robust and smooth user experience. By implementing JWT (JSON Web Tokens) authentication, the research article strengthens its commitment to user data security and access control. The article provides a full explanation of the objectives, methodology, system design, and implementation. It covers the steps required to create software, with a focus on establishing the development environment, important features, and testing phases. Methods for protecting sensitive information, such as JWT authentication and data encryption, are thoroughly tested. The research article accomplishments and results demonstrate how it may improve the usability and security of virtual meetings by incorporating user feedback, essential functionality, and the user experience. The project timetable and recommended future work not only identify prospects for extension and enhancements, but they also address the issues encountered throughout development. This innovative and forward-thinking project has improved the virtual communication environment. Aside from satisfying the urgent demand for secure online meetings, it also allows for future adaptation and evolution, making it a realistic and relevant solution to a wide range of user requirements and industry expectations.