International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 04 | Apr 2025
p-ISSN: 2395-0072
www.irjet.net
WEB BASED KNOWLEDGE SHARE PLATFORM Shudhanshu Ranjan Dwivedi 1, Vandana2, Ankit Kumar3, Meenakshi Singh4, Vivek Krishna Mishra5 1-4 Student Computer Science and Information Technology, Dronacharya Group of Institution, U.P., India
5 Assist. Professor, Dept. of Computer Science and Information Technology, Dronacharya Group of Institution, U.P.,
India ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - The capacity to access, exchange, and work together on knowledge is crucial for promoting creativity and lifelong learning in the current digital age. In order to promote smooth information sharing, this project presents a web-based information-sharing platform that allows users to create, share, and explore a variety of content, such as tutorials, articles, and multimedia resources. Constructed with the sturdy MERN stack (MongoDB, Express.js, React, and Node.js), the platform guarantees excellent performance, scalability, and security, enabling it to effectively manage a growing user base and volume of interactions. The platform's real-time collaboration function is one of its main highlights; it allows users to collaborate on projects and have debates, which promotes a collaborative learning environment. By offering tailored content recommendations based on user preferences, search trends, and previous interactions, the incorporation of machine learning algorithms improves user engagement. This guarantees that consumers are shown interesting and pertinent content that is catered to their interests while also optimizing content discovery. Users may easily browse through the platform's many functionalities and contribute content because of its intuitive and user-friendly layout. While secure authentication methods, such as JWT (JSON Web Tokens), protect user data and stop unwanted access, the content management system (CMS) guarantees effective organization and retrieval of knowledge resources.
materials, in an easy-to-use and cooperative setting. By utilizing the MERN stack—MongoDB, Express.js, React, and Node.js—the platform guarantees a stable, scalable, and secure infrastructure that can effectively manage growing user needs. This platform's real-time collaboration function, which enables users to interact with one another without difficulty regardless of where they are in the world, is one of its primary features. In order to promote a collaborative learning environment, users can collaborate on projects, participate in debates, and share ideas in real time. In addition to encouraging collaboration, this feature improves user insight sharing and knowledge retention. In order to guarantee that users receive pertinent and interesting information based on their preferences, past interactions, and search activity, the platform also incorporates personalized content recommendations driven by machine learning algorithms. A more immersive and customized learning experience is facilitated by this clever suggestion system, which also increases user engagement. The platform's integrated content management system (CMS) guarantees effective information organization and retrieval. The community can easily access knowledge resources because of the ease with which users may submit, organize, and manage content. While the backend, which is powered by Node.js and Express.js, guarantees seamless API interactions and request handling, the platform's userfriendly interface, which was created using React, offers smooth navigation and an improved user experience. The platform may grow as user demand rises thanks to the effective storage and management of massive volumes of data using MongoDB, a versatile NoSQL database.
Key Words: Digital Learning, Adaptive Learning, Secure Authentication, Machine Learning, Personalized Recommendations, Real-Time Collaboration, User Engagement
1.INTRODUCTION
In the current digital environment, security and privacy are crucial. The software uses JWT (JSON Web Tokens) authentication to protect user data, guaranteeing safe login and thwarting unwanted access. Protocols for data encryption are also used to safeguard private data and uphold user confidence. Because of its highly scalable architecture, the platform can support an expanding user population while still offering the best possible security and speed.
There has never been a bigger need for efficient and userfriendly knowledge-sharing platforms in a world that is becoming more and more digital and where progress is driven by information. The flexibility, teamwork, and realtime communication required to satisfy the ever-changing needs of contemporary education and professional development are frequently absent from traditional learning environments. In order to overcome these obstacles, this project presents a web-based knowledge-sharing platform that enables users to produce, distribute, and access a variety of content, such as tutorials, articles, and multimedia
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