UK Practical Driving Test Satisfaction Interview

This workflow is designed to achieve automatic extraction and intelligent parsing of content from PDF documents. Users can directly upload PDF files without the need for OCR recognition, simplifying the process. It simultaneously utilizes two AI models, Claude 3.5 Sonnet and Gemini 2.0 Flash, allowing for a comparison of their performance in data extraction effectiveness, response speed, and cost. It supports customizable extraction instructions, and the output can be adjusted to JSON format, making it suitable for extracting key information from documents such as financial invoices and contracts, thereby enhancing data processing efficiency and automation levels.

This workflow achieves content-based intelligent querying by automatically retrieving and processing files stored in Supabase, combined with OpenAI's text embedding technology. It effectively deduplicates, extracts PDF and text content, and stores it in a vectorized format, supporting fast and accurate information retrieval. It is suitable for scenarios such as enterprise knowledge base management, customer support, and professional document querying, significantly enhancing document management efficiency and user interaction experience.

This workflow utilizes an AI language model to automate user interviews, capable of generating open-ended questions and recording user responses in real-time. Users initiate the interview through a form, and the interview data is stored in a Redis database and synchronized to Google Sheets for easy data analysis and sharing. Users can end the interview at any time, and the interview records can be accessed via a Webhook, ensuring data security and efficient management. This system is suitable for market research, user experience studies, and academic surveys, greatly enhancing the flexibility and efficiency of interviews.

This workflow aims to create an OpenAI smart assistant integrated with Google Drive, capable of automatically downloading and converting documents, and dynamically updating the assistant's knowledge base using the GPT model. Through contextual memory, the assistant enables multi-turn conversations, providing coherent and accurate responses, suitable for scenarios such as travel services, corporate knowledge management, and educational resource assistance. Users can easily build a personalized intelligent Q&A system, enhancing service efficiency and user experience.

This workflow automatically generates high-quality exam questions from the content of articles in Google Docs using AI technology, including open-ended questions and multiple-choice questions. By combining vector databases with advanced language models, the process can deeply understand the document's content, extract key knowledge points, and quickly generate exam questions that meet educational needs. This significantly improves the efficiency of question creation while ensuring the quality and diversity of the questions, making it suitable for various scenarios such as educational institutions, online training platforms, and corporate training.

This workflow can automatically fetch the top news headlines from the Hacker News homepage for a specified date, utilize a large language model for intelligent categorization and trend analysis, generate themed Markdown news summaries, and push them to subscribed users via a Telegram channel. It addresses the issues of historical news data aggregation and information overload, helping users quickly grasp technological trends and hot topics. It is suitable for technology media, researchers, and information service providers, enhancing the timeliness and value of the content.

This workflow combines LangChain and the OpenAI GPT-4 model to enable intelligent question-and-answer queries of historical workflow data. Users can ask questions in natural language, and the system automatically retrieves and analyzes relevant data to provide accurate answers. This process simplifies information retrieval, enhances data utilization, and is suitable for scenarios such as enterprise knowledge base queries, customer information retrieval, and data analysis, helping users quickly obtain key information and improve decision-making efficiency.

This workflow is an AI-based legal assistant that can automatically download and parse PDF documents of tax laws from Texas, storing the structured data in a vector database. Users can ask questions through a chat interface, and the system will intelligently retrieve relevant provisions and provide accurate answers. By combining vector search and intelligent Q&A technology, this workflow simplifies the process of querying tax laws and enhances the efficiency of accessing legal information, making it suitable for various fields such as legal consulting, tax work, and education and training.