V3I6P9

Design and Implementation of a Secure, High-Performance Mern-Stack Blog Management System with Context-Aware Authentication and Multimedia Integration 

Dr. Praveen Kumar Shrivastava¹, Dr. Kirti Jain², Akshita Danewala^3*

Abstract

In the contemporary decentralized web ecosystem, digital storytelling platforms demand a sophisticated blend of architectural scalability, low-latency client-side interaction, and ironclad cryptographic security. This research paper delineates the end-to-end engineering and systematic deployment of “Blog Vista”, an advanced, enterprise-grade full-stack Content Management System (CMS) synthesized utilizing the MERN (MongoDB, Express.js, React.js, Node.js) technology stack. Addressing critical structural vulnerabilities inherent in legacy architectures—such as unencrypted payload delivery, monolithic single-thread bottlenecks, and improper session protection—the engineered system implements an autonomous state-driven Single Page Application (SPA) blueprint unified with an asynchronous server-side runtime. Key architectural innovations include custom middleware pipelines leveraging JSON Web Tokens (JWT) bound to secure cookies, multi-layered password cryptanalysis utilizing salted bcrypt iterative hashing algorithms, and a high-efficiency binary stream pipeline using Multer for deterministic server-side media isolation. Evaluation results show near-zero micro-packet synchronization latencies, exceptional throughput under high CRUD query concurrency, and cross-platform responsive scalability powered by utility-first structural styling layers.

Keywords:

MERN Stack, Single Page Application (SPA), Cryptographic Authentication, Content Management System, RESTful API Gateway, Database Schema Scaling.