Category: Application Development

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Job Search & Matching Platform

Posted on | by Ajitha Gunasekaran | Leave a Comment on Job Search & Matching Platform

Job Search & Matching Platform

An AI-powered mobile platform that connects job seekers and employers with smart, personalized job recommendations. It streamlines onboarding, discovery, and application in one intuitive experience. Built for accessibility and engagement, it accelerates hiring and improves user satisfaction across devices.

Platform Developed

Overview

An AI-powered job platform designed for U.S. users that connects job seekers and employers through smart matching, mobile-first design, and personalized recommendations.

Problem

  • Disjointed job portals lacking personalization and unified access.
  • Low engagement and difficulty connecting qualified candidates with employers.

Solution

  • Mobile-first job search app with AI-based recommendations.
  • Easy onboarding using Google, Apple, or LinkedIn sign-in.
  • Swipe-based job discovery with categorized “My Jobs” tracking.
  • Direct application system for faster hiring connections.

Key Business Outcomes

  • 30% higher job application conversions.
  • Faster time-to-hire through improved candidate matching.
  • Increased engagement and satisfaction among users.

Technology

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Property Management Platform

Posted on | by Ajitha Gunasekaran | Leave a Comment on Property Management Platform

Property Management Platform

A modern property management solution built to simplify rent, lease, and maintenance operations through automation and real-time insights. It integrates accounting tools and dashboards to deliver full financial transparency. Designed for scalability, it empowers property owners and teams to manage portfolios efficiently from anywhere.

Platform Developed

Overview

A cloud-based property management platform that automates rent, lease, and maintenance operations while improving real-time visibility and financial accuracy.

Problem

  • Outdated interface, missing dashboards, and slow system performance.
  • Frequent calculation errors and poor real-time data synchronization.

Solution

  • Automated rent, lease, and maintenance workflows.
  • Integrated QuickBooks and Plaid for seamless financial tracking.
  • Added real-time dashboards for occupancy and maintenance visibility.
  • Built a scalable cloud-native system for remote access.

Key Business Outcomes

  • 40% boost in operational efficiency and reduced manual work.
  • Improved financial accuracy with real-time data insights.
  • Enhanced scalability and user experience for all stakeholders.

Technology

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Legacy to Modern: Future Proofing Java Applications

Posted on | by Ajitha Gunasekaran | Leave a Comment on Legacy to Modern: Future Proofing Java Applications

Legacy to Modern: Future Proofing Java Applications

A legacy modernization project for a large-scale enterprise application to strengthen performance, security, and compliance. The initiative upgraded the Java stack from JDK 8 to the latest LTS versions (JDK 17/21) with optimized build and deployment pipelines. This transformation ensured long-term maintainability, reduced technical debt, and improved overall development efficiency.

Platform Developed

Overview

We successfully future-proofed a mission-critical DCM application by migrating it from end-of-life JDK 8 to modern JDK 17/21 and refactoring the codebase. This guaranteed enhanced security, compliance, and significant performance improvement by leveraging the latest JVM features.

Problem

  • The existing DCM application runs on JDK 8, posing significant security risks, compliance challenges, and limited compatibility with modern build systems and cloud platforms.
  • JVM inefficiencies inherent in JDK 8 hinder application scalability, affecting overall performance and long-term maintainability.

Solution

  • JDK 17 Migration: Upgraded the core application from JDK 8 to JDK 17, and eventually JDK 21, to address critical security, compliance, and performance challenges.
  • Codebase Refactoring: Identified and refactored deprecated APIs, removed outdated libraries, and resolved incompatibilities to align the codebase with the latest JDK standards.
  • Environment & Tooling Upgrade: Updated development and build environments to support JDK 17 and JDK 21, enabling integration with modern tools like Maven, Gradle, J-Unit, and Playwright.
  • Stability Assurance: Conducted thorough testing and validation to ensure seamless functionality and system stability post-migration, leveraging Spring Boot and Hibernate/JPA.

Key Business Outcomes

  • 2x Faster Application Performance: Achieved significant runtime improvements by leveraging JDK 17 and JDK 21’s enhanced garbage collection and JVM features.
  • 100% Security Alignment: Resolved known vulnerabilities and deprecated components, ensuring compliance with modern security standards.
  • 40% Reduction in Technical Debt: Streamlined the codebase by removing outdated practices and aligning with current Java development conventions.

Technology