Divy Kanani Email & Phone Number

Cleveland, Oh, Us

Texas, United States

● Followed SOA Design pattern and Used Agile methodology in developing the application, which included iterative application development, weekly Sprints, stand-up meetings and customer reporting backlogs.● Built interactive web applications employing AngularJS and Spring Boot, enhancing responsiveness, and leading to a 20% increase in feature utilization.● Developed a highly scalable microservice using Spring Framework, enabling seamless communication between services through RESTful APIs. This enhancement led to a 40% improvement in data retrieval time for the product catalog.● Deployed the services on Amazon ECS, harnessing its auto-scaling capabilities to efficiently handle varying workloads.● Implemented CI/CD pipeline using GitHub Actions, ensuring continuous builds, tests, and seamless deployments for faster iterations, and automated the infrastructure using Terraform.● Safeguarded web applications from cross-site scripting, SQL injection, and CSRF by effectively employing Spring Security

Westlake, Ohio, United States

● Implemented CI/CD pipelines and automated infrastructure provisioning using tools like GitHub actions, Terraform, and Docker, resulting in a 40% reduction in deployment time compared to manual setups.● Coordinated in migrating legacy on-premises applications to the AWS cloud platform, resulting in a significant reduction of over 67% in monthly infrastructure expenses.● Built a resource tagging system for a substantial AWS infrastructure, tagging over 1000+ resources, enabling efficient resource management, and cost allocation across projects.● Facilitated the monitoring and maintenance of production environments, drastically improving uptime and contributing to a notable reduction in incident response time.

Cleveland, Ohio, United States

● Pioneered an in-depth study on the one-center problem of uncertain points on cactus graphs, a facility location dilemma, leveraging advanced algorithms and achieve optimal outcomes.● Created a robust prune-and-search algorithm, leveraging a time complexity of O(|G| + mn log(mn)), resulting in significant performance improvements and streamlining decision making processes.● Researched and examined the correlation between uncertainty in real-world measurement and facility location problems, and designed an innovative algorithm that demonstrated its efficacy in real-life scenarios.