11
3
India
1 year of experience
I recently began my professional career with a one-year internship and have transitioned into a role as a Front-End Developer. Along the way, I’ve developed several Proof of Concepts (POCs) in Generative AI, showcasing my ability to innovate in this exciting domain.
This project focuses on providing farmers in underserved communities with an intelligent AI-powered chatbot that addresses both general and complex queries related to plant care and farming. The system uses a Strategic agent approach: A local model (LLaMA 3.2 3B) running on an edge device to answer general, everyday plant care questions. A larger, cloud-hosted model (LLaMA 3.1 70 B) accessible via API for handling more complex or specialized queries. An intelligent agent is designed to assess the complexity of each query and assign a score. Based on the score, the agent dynamically routes the query to the appropriate model, optimizing for response time, computational resources, and accuracy. Farmers will interact with the system through a simple web or mobile chat interface (powered by Streamlit), enabling them to ask questions about plant health, harvest cycles, and more.
Support teams often struggle to manage increasing customer queries, leading to delayed responses and incorrect issue resolutions. IBM Diagnostics Gen AI Assistant addresses this challenge by automating troubleshooting processes, enabling faster and more accurate solutions. The system analyzes queries, identifies root causes, and suggests solutions, reducing manual intervention and increasing efficiency. This automation allows support teams to handle larger volumes of issues, scale operations, and improve overall response times. Ultimately, IBM's AI Assistant enhances customer satisfaction by ensuring issues are resolved quickly and correctly, leading to a more streamlined and effective support experience.
The lack of user-friendly tools creates barriers to independent citizen to access services on their own, leading to increasing administrative burdens and costs. We propose a Gen AI-powered platform using Grok models to simplify navigation and automate tasks on government websites. This empowers citizens to access services independently, reducing reliance on personnel and enhancing accessibility. User initiates a query with website and information request. Gen AI agent processes the request and accesses the target website in front of user and provide the screenshot of their flow to reach Target state. Gen AI extracts relevant data and generates a concise and understandable response about the given website