Akshay Sharma

Designed and built an end-to-end agentic AI automation ecosystem to validate enterprise and government-grade applications, combining Java-based Selenium automation with MCP-based AI-callable tools and autonomous AI agents (LangChain4j/MCP Java OpenAI Agents SDK).

The solution enables self-healing UI automation, intelligent waits, dynamic element recovery, and autonomous test decision-making to improve stability across complex, frequently changing UIs. In parallel, developed a Python-based framework for generative AI chatbot validation, covering multilingual English/Arabic (RTL/LTR) intent confidence scoring, fallback handling, security and response consistency checks, and hallucination detection.

The ecosystem includes enterprise-ready reporting, screenshots, execution evidence, CI/CD compatibility, and governance-level quality metrics, enabling scalable, AI-driven testing for regulated environments such as government and large enterprises.

Cybersecurity VOIP Messenger is a secure mobile messaging and VoIP platform for government use, providing encrypted chat, calling, and real-time communication, tested across Android and iOS for reliability, security, and performance.

I worked on back-end API and microservices testing for a large-scale OTT/TV platform, focusing on ensuring reliability, scalability, and integration quality. I designed and executed automated API test suites using Java and Rest Assured, validating service contracts, business logic, and error handling. My work included testing microservices dependencies, validating asynchronous back-end flows involving message queues, and ensuring backward compatibility using Swagger/OpenAPI specifications. I integrated API automation into CI/CD pipelines to provide early feedback on regressions and collaborated closely with back-end teams to support stable, production-ready releases.

I worked on back-end API and microservices testing for a large-scale banking platform, focusing on validating critical financial workflows, service integrations, and system reliability. I designed and maintained automated API test suites using Java and Rest Assured to validate business logic, error handling, and data integrity across back-end services. My responsibilities included testing microservices dependencies, validating integrations with downstream systems, and performing contract validation using Swagger/OpenAPI specifications to ensure backward compatibility. I also executed performance and regression API testing and integrated automation into CI/CD pipelines, collaborating closely with development teams to ensure secure, stable, and release-ready back-end services.