DSP Agent

This workflow implements a Retrieval-Augmented Generation (RAG) function through real-time data updates, automatically retrieving the latest content from the Notion knowledge base. It performs text chunking and vectorization, storing the results in the Supabase vector database. By integrating OpenAI's GPT-4 model, it provides contextually relevant intelligent Q&A, significantly enhancing the efficiency and accuracy of knowledge base utilization. This is applicable in scenarios such as enterprise knowledge management, customer support, and education and training, ensuring that users receive the most up-to-date information.

This workflow implements a session-based A/B split testing, which can randomly assign different prompts (baseline and alternative) to users in order to evaluate the effectiveness of language model responses. By integrating a database to record sessions and allocation paths, and combining it with the GPT-4o-mini model, it ensures continuous management of conversation memory, enhancing the scientific rigor and accuracy of the tests. It is suitable for AI product development, chatbot optimization, and multi-version effectiveness verification, helping users quickly validate prompt strategies and optimize interaction experiences.

This workflow enables real-time synchronization of data from the Airtable database to Obsidian notes. Users simply need to select the relevant text in Obsidian and send a request. An intelligent AI agent will understand the query intent and invoke the OpenAI model to retrieve the required data. Ultimately, the results will be automatically inserted into the notes, streamlining the process of data retrieval and knowledge management, thereby enhancing work efficiency and user experience. It is suitable for professionals and team collaboration users who need to quickly access structured data.

This workflow builds a multi-agent AI analysis system that integrates real-time data from CoinMarketCap, providing comprehensive insights into the cryptocurrency market. Users can quickly obtain analysis results for cryptocurrency prices, exchange holdings, and decentralized trading data through Telegram. The system can handle complex queries and automatically generate reports on market sentiment and trading data, assisting investors and researchers in making precise decisions, thereby enhancing information retrieval efficiency and streamlining operational processes.

This workflow automatically processes CSV files exported from Screaming Frog to generate an `llms.txt` file that meets AI training standards. It supports multilingual environments and features intelligent URL filtering and optional AI text classification, ensuring that the extracted content is of high quality and highly relevant. Users simply need to upload the file to obtain structured data, facilitating AI model training and website content optimization, significantly enhancing work efficiency and the accuracy of data processing. The final file can be easily downloaded or directly saved to cloud storage.

This workflow builds an intelligent movie recommendation chatbot that utilizes Retrieval-Augmented Generation (RAG) technology, combining the Qdrant vector database and OpenAI language model to provide personalized movie recommendations for users. By importing rich IMDb data, it generates text vectors and conducts efficient similarity searches, allowing for a deep understanding of users' movie preferences, optimizing recommendation results, and enhancing user interaction experience. It is particularly suitable for online film platforms and movie review communities.

This workflow utilizes an automated intelligent agent to help users efficiently conduct competitor research. Users only need to input the target company's official website link, and the system can automatically identify similar companies, collect and analyze their basic information, products and services, and customer reviews. Ultimately, all data will be consolidated into a detailed report, stored in Notion, significantly enhancing research efficiency and addressing the issues of scattered information and cumbersome organization found in traditional research methods, thereby supporting market analysis and strategic decision-making.

This workflow automates the extraction of article and page content from WordPress websites to create an intelligent question-and-answer system based on retrieval-augmented generative artificial intelligence. It filters, transforms, and vectorizes the content, storing the data in a Supabase database to support efficient semantic retrieval and dynamic questioning. By integrating OpenAI's GPT-4 model, users can enjoy a more precise query experience while achieving persistent management of chat memory, enhancing the contextual continuity of interactions and increasing the intelligent utilization value of the website's content.