AI Agent Using Model Context Protocol (MCP)
Dr. J. I. Seyyed1, Vinayak Bhoj2, Gaikwad Dadasaheb3, Bhandari Yash4,Markad Aniket5
Dr. J. I. Seyyed.., Department of Computer Engineering, HSBPVT’s GOI FOE, Kashti
Vinayak Bhoj, Department Of Computer Engineering. HSBPVT’s GOI FOE, Kashti
Gaikwad Dadasaheb, Department of Computer Engineering. HSBPVT’s GOI FOE, Kashti
Bhandari Yash, Department of Computer Engineering. HSBPVT’s GOI FOE, Kashti
Markad Aniket, Department of Computer Engineering. HSBPVT’s GOI FOE, Kashti
Abstract-The proliferation of Large Language Models (LLMs) has revolutionized natural language processing and artificial intelligence, yet their practical application in real-world scenarios remains constrained by their inability to interact with external systems and execute actionable tasks. This research presents a comprehensive implementation of an AI Agent System utilizing the Model Context Protocol (MCP), a standardized framework that bridges the gap between conversational AI and practical automation. The developed system demonstrates the integration of Google's Gemini AI with custom-built tools capable of performing diverse operations including social media management through Twitter API integration, visual analysis through screenshot processing, and web navigation automation. The architecture employs a client-server model utilizing Node.js and Express.js, implementing the MCP SDK for secure and modular communication between the AI model and external services. This paper details the system architecture, implementation methodologies, technical challenges encountered, and solutions developed. Through rigorous testing and evaluation, the system successfully demonstrates autonomous execution of multi-step tasks, intelligent tool selection based on context, and seamless integration of natural language understanding with programmatic actions. The research contributes to the growing field of agentic AI systems by providing a practical framework for extending LLM capabilities beyond text generation, paving the way for more sophisticated autonomous digital assistants capable of understanding user intent and executing complex workflows without human intervention.
Key Words: Artificial Intelligence, Large Language Models, Model Context Protocol, AI Agents, Tool Integration, Autonomous Systems, Gemini AI, Social Media Automation, Natural Language Processing, Multi-Agent Systems.
