Dr. Praful Nandankar

Self-Evolving APIs: A Framework for AI-Driven Middleware that Autonomously Refactors, Optimizes, and Documents Endpoints from Real Time

APIs serve as critical contracts connecting modern distributed systems, directly impacting reliability, performance, cost, and developer productivity. Current API evolution remains largely manual: engineers detect usage changes via logs, plan breaking changes, refactor code and c...

Autonomous Wireless Networks for Smart Factories: An Experimental Study of Latency, Reliability, and Self-Healing Performance in Industrial Environments

In this paper, a detailed experimental study of autonomous wireless network technologies deployed in a live smart factory setup at an automotive component manufacturing facility in Nagpur, India, is presented. A coexisting multi-technology wireless infrastructure, including a 5G...

Self-Evolving APIs: A Framework for AI-Driven Middleware that Autonomously Refactors, Optimizes, and Documents Endpoints from Real Time

APIs serve as critical contracts connecting modern distributed systems, directly impacting reliability, performance, cost, and developer productivity. Current API evolution remains largely manual: engineers detect usage changes via logs, plan breaking changes, refactor code and c...

Autonomous Wireless Networks for Smart Factories: An Experimental Study of Latency, Reliability, and Self-Healing Performance in Industrial Environments

In this paper, a detailed experimental study of autonomous wireless network technologies deployed in a live smart factory setup at an automotive component manufacturing facility in Nagpur, India, is presented. A coexisting multi-technology wireless infrastructure, including a 5G...