Prakash Kumar Nayak

Led the development and optimization of high-performance APIs and microservices for real-time lead distribution, enhancing system reliability and user engagement.

• Developed and optimized 10+ high-performance APIs and microservices using PHP, Node.js, SQL, React.js, MongoDB, and Kafka, improving real-time lead distribution efficiency.
• Managed and optimized databases through advanced indexing and query tuning, achieving 99.9% uptime and high availability for critical systems.
• Enhanced the Leads module, boosting vendor lead delivery efficiency by 30% and implementing automated user feedback collection to streamline operations.
• Collaborated with frontend teams to significantly improve React-based UI/UX, boosting user engagement by 25%.

Developed and maintained scalable MERN stack applications, integrating payment gateways and e-commerce APIs to optimize performance and streamline operations.

• Developed and maintained scalable MERN stack applications with TypeScript and Next.js, optimizing frontend and backend performance for enhanced user experience.
• Implemented Razorpay payment gateway, increasing transaction success rates by 40% and enhancing seamless checkout experiences for users.
• Integrated Shopify API, streamlining e-commerce automation, vendor management, and increasing order processing efficiency by 35%.
• Designed and built a custom form builder, enabling dynamic workflows for automated SMS, email, and WhatsApp notifications, reducing manual effort by 60% in lead management.

Contributed to software architecture and feature enhancements within a development team, gaining expertise in cloud environments and gRPC technology.

• Simulated cloud environments and gained hands-on expertise in gRPC technology, contributing to advanced system development.
• Developed an Android application using Java, improving performance by 60% through targeted optimizations.
• Contributed significantly to software architecture and feature enhancements, collaborating with the development team on critical projects.

A full-stack cybercrime platform developed to streamline legal processes and reduce case processing times.

An engineered full-stack ed-tech platform designed to improve content delivery, manage media assets, and support a high volume of concurrent users.