This project aimed to boost platform engagement by 20% by creating a scalable and secure RESTful Blog API using Spring Boot, Spring Security, JWT, and MySQL. Leveraging AWS for deployment ensured robust performance and availability. With Spring Security and JWT, authentication and authorization were implemented to safeguard the API. The MySQL database facilitated efficient storage and retrieval of blog-related data. Overall, the project focused on enhancing user interaction while prioritizing security and scalability.

Spring Boot Mailer API that allows users to send automated email updates and confirmations to any email address, triggered by events or cron jobs. It supports plain text, HTML, and MIME emails, attachments, dynamic content, and email delivery and opens tracking. It can be used to send automated emails for a variety of purposes, such as welcome emails, order confirmations, shipping notifications, weekly newsletters, and subscription reminders.

Full Stack Application (Log Search Utility) to enhance log analysis efficiency by 70%. It is built with React, Spring Boot, Spring Security LDAP, and Apache Lucene, and it enables easy log searching and downloading for BAs and Developers. The Log Search Utility provides significant benefits, including improved log analysis efficiency, increased productivity, enhanced security, and scalability.

This project aimed to streamline timesheet reporting using Java, React, and Spring Boot. By integrating OAuth2.0 login and MySQL, it ensured secure authentication and efficient data management. This solution reduced manual reporting efforts by 10 hours weekly. The Java backend enabled seamless data processing, while React's frontend offered user-friendly interaction. Spring Boot ensured reliability and scalability, optimizing time management and enhancing data security in timesheet processes.

Developed contact form system in React and Spring Boot, enabling streamlined routing of inquiries to multiple NGO departments. Achieved a 40% faster response time for user inquiries, feedback, and support requests, significantly enhancing overall operational efficiency.

This project utilized React.js and Spring Boot to create a full-stack application with a microservices architecture. Its core aim was to optimize file uploads to Amazon S3, resulting in a notable 30% speed enhancement. Efficiently managing over 1000 daily uploads via a RESTful API ensured streamlined data handling. The combination of React.js for dynamic UIs and Spring Boot for robust backend support facilitated seamless scalability for handling large volumes of file uploads.