AI Agent Web Scraping and API Data Interaction Workflow

This workflow automatically filters relevant "Ask HN" posts and comments from HackerNews based on the learning topics submitted by users. It utilizes advanced language models for analysis, extracting high-quality learning resource recommendations, and generates a list in structured Markdown format, which is ultimately sent to the user via email. This process effectively addresses the issue of information overload, helping users quickly find practical learning materials and enhancing their learning efficiency and experience.

This workflow automates the process from receiving a Request for Proposal (RFP) document to generating a complete response document. It intelligently extracts questions from the RFP, automatically generates answers using internal company resources, and organizes them into a structured Google Docs document. Additionally, the system supports email and Slack notifications to ensure the team is promptly informed about the response status. This process significantly improves response efficiency, reduces labor costs, and helps the sales team quickly and accurately address customer needs.

This workflow automatically captures the homepage content of the custom website field when a new organization is created in Pipedrive. It utilizes AI for intelligent analysis to generate detailed notes that include the company description, market positioning, and competitor information. This information is synchronized back to Pipedrive and pushed to Slack after format conversion, ensuring that team members can share customer information in real-time, enhancing sales and customer management efficiency while reducing manual data entry work.

This workflow can automatically monitor a specified Google Drive folder, real-time retrieve the content of newly uploaded Google Docs, and generate intelligent summaries using an AI model. The summaries and the information of the document uploaders will be automatically saved to Google Sheets, facilitating later management and quick reference. This process significantly improves document management efficiency, reduces the time spent on manual organization, and minimizes the risk of omissions, making it suitable for businesses, teams, and educational institutions that need to quickly obtain and organize document information.

This workflow builds an intelligent travel assistant that integrates large language models and vector search technology to achieve personalized travel recommendations and intelligent Q&A functions. Through dynamic data reception and chat memory, users can receive real-time updates on travel information, enhancing the interactive experience. At the same time, the system addresses issues such as the isolation of traditional travel information, inaccurate recommendations, and incoherent interactions, making it suitable for online travel platforms, travel agencies, and personal travel planning, significantly improving service intelligence and travel efficiency.

This workflow utilizes advanced artificial intelligence technology to automate the execution of in-depth research tasks. Users only need to input the research topic, and the system can generate precise search queries, conduct multiple rounds of online searches, and integrate information from various authoritative sources through intelligent analysis. Ultimately, the workflow produces a structured research report in Markdown format, significantly enhancing research efficiency and information accuracy. It is suitable for various scenarios such as academic research, market analysis, and product research, helping users quickly obtain comprehensive and valuable research results.

This workflow automates the retrieval of the latest academic papers from Hugging Face, utilizing the advanced GPT-4 model for in-depth analysis and structured extraction of paper abstracts. Ultimately, it intelligently stores key information in a Notion database. It effectively addresses the tediousness of manually searching for papers, avoids redundant information storage, and provides efficient management of academic resources. This is suitable for researchers, academic institutions, and AI practitioners to continuously track the latest research developments, enhancing the efficiency and quality of literature organization.

The DSP Agent is an intelligent learning assistant specifically designed for students in the field of signal processing. It receives text and voice messages through Telegram and utilizes advanced AI models to provide instant knowledge queries, calculation assistance, and personalized learning tracking. This tool helps students quickly understand complex concepts, offers dynamic problem analysis and learning suggestions, addressing the issues of insufficient interactivity and lack of personalized tutoring in traditional learning. It enhances learning efficiency and experience.