Intelligent Web Search Automation
Devaiah K K Research Scholar
SOCSE&IS, CIT Department Presidency University Bangalore, India devaiah.20211CIT0100@ presidencyuniversity.in
Kushal S Research Scholar
SOCSE&IS, CIT Department Presidency University Bangalore, India kushal.20211CIT0109@ presidencyuniversity.in
Shiva S
Research Scholar SOCSE&IS, CIT Department Presidency University Bangalore, India shiva.20211CIT0181@ presidencyuniversity.in
Ms. Amreen Khanum D Assistant Professor, SOCSE&IS Presidency University Bangalore, India amreen.khanum@ presidencyuniversity.in
Mr.Praveen Giridhar Pawaskar Assistant Professor, SOCSE&IS Presidency University Bangalore, India praveen.pawaskar@ presidencyuniversity.in
Abstract— The Intelligent Web Search Automation project harnesses ultramodern technologies, including Artificial Intelligence (AI), Large Language Models (LLMs), and agentic AI systems, to redefine and streamline web search processes. By utilizing frameworks like LangChain—a comprehensive toolkit for constructing and managing LLM-powered applications—and integrating custom search engines with Google APIs, this project delivers a robust solution for automated search and data extraction. LangChain’s capabilities, including OpenAI embeddings, document loaders like Cheerio Web Loader, memory vector stores, and advanced chain management, form the core of the architecture. These tools enable seamless splitting, embedding, and retrieval of large-scale data with context-aware memory storage. Agentic AI, leveraging frameworks such as ReAct for synergizing reasoning and action, further enhances automation by enabling dynamic decision-making and adaptive task execution. The system employs retrieval-augmented generation (RAG) to improve knowledge-intensive searches, integrating external data sources into the language model responses for highly relevant, structured outputs. Embedding-based search powered by Deep Lake vector stores ensures efficient handling of multimodal data, including text, images, and audio. The scalable and serverless cloud infrastructure guarantees high availability and performance, supporting both small-scale and enterprise-grade deployments. This project emphasizes automation of repetitive search tasks, reducing manual effort and enhancing efficiency. Real-time data integration and analytics empower proactive decision-making, while a user-friendly, mobile-optimized interface with multilingual support broadens accessibility. By aligning with sustainable practices and global goals, Intelligent Web Search Automation advances technological inclusivity and transforms conventional web search paradigms, making AI- driven search accessible and impactful across diverse applications.
Keywords— Artificial Intelligence, Language Models, Deep Learning, NLP, Transformers, Attention Mechanism, Retrieval- Augmented Generation, Generative Agents, Text Classification.
