FetchFox offers innovative AI-powered web scraping, available as a Chrome extension. It allows users to articulate their data needs in plain English, enabling quick and accurate data extraction. Whether you need information for lead generation, research, or other data-driven tasks, FetchFox provides an intuitive and efficient solution. By leveraging AI, it understands and processes user requests to extract the desired content from any website. This revolutionary tool boosts productivity and ensures accuracy in data handling.

Nitro GPT is a unique Chrome extension that facilitates conversation with webpages by leveraging OpenAI's advanced GPT technology. Users can ask questions related to the content of any page and receive immediate, contextually relevant responses. This tool simplifies information gathering by offering one-click prompts for common queries, making it an ideal assistant for research and learning. Whether you need a summary, specific details, or explanations, Nitro GPT empowers users to delve deeper into web content effortlessly.

PaperLens combines cutting-edge AI technology with intuitive design to help you find the most relevant academic research. With features like RAG-Powered Search, Research Assistant Chatbot, saving papers, and smart filtering, PaperLens ensures you get precise, real-time results for every query. Whether analyzing complex papers or compiling literature reviews, PaperLens streamlines the research process, making it more efficient and user-friendly.

Summative Info Researcher Agents offers a modular framework of AI-driven agents designed to perform end-to-end research tasks. It automates web searches, scrapes content, extracts relevant data points, and synthesizes findings into clear, structured summaries. Built atop popular LLMs and extensible via plugin tools, the project allows users to define multi-step workflows, chain agents together, and adjust settings for domain-specific queries. Its flexible architecture supports integration with custom APIs, database connectors, and scheduling systems to fit academic, business, or personal research needs.