Northvale Institute Course Inquiry SMS Assistant

This workflow combines a Telegram chatbot with OpenAI's GPT-4 model to provide intelligent conversation and image generation services. Users can interact with the bot through simple commands to receive natural language responses in multiple languages or generate images based on specified content. The bot is capable of automatically recognizing commands, welcoming new users, and handling errors in a friendly manner, optimizing the user experience and enhancing the efficiency and enjoyment of group interactions. It is suitable for scenarios such as customer service, community management, and creative content generation.

This workflow receives video data generated by Luma AI through a Webhook, automatically extracts the URLs of the videos and thumbnails, and updates the information in the Airtable database. It ensures that only valid video data is processed, significantly improving the accuracy and efficiency of data handling. This process effectively addresses the cumbersome issues of traditional video content management, achieving automated data reception and processing. It is applicable to various scenarios such as content creation, marketing, and product development, greatly enhancing the timeliness and accuracy of video management.

This workflow integrates natural language processing and intelligent information retrieval capabilities, allowing users to quickly query and obtain complex data using simple natural language input. It combines the OpenAI chat model with a custom retrieval chain, enabling precise answers to questions about specific projects or individuals. This significantly lowers the barriers to data access and enhances the convenience and accuracy of information retrieval, making it suitable for various scenarios such as intelligent assistants and automated knowledge bases within enterprises.

The Podcast Digest workflow aims to automatically process podcast transcripts by employing a multi-stage approach that includes text segmentation, summarization, and topic extraction to generate structured episode summaries and related questions. By integrating various AI models and knowledge bases, it facilitates deep content mining and enriched interpretation, helping users quickly grasp the core insights of the podcast. Ultimately, the organized summaries are sent to subscribers via email, enhancing the utilization efficiency and learning value of podcast content, making it suitable for content operation teams, educational institutions, researchers, and other scenarios.

This workflow utilizes OpenAI's image generation and editing API to automatically generate high-definition images based on text descriptions and perform intelligent edits, such as adding elements and modifying details. Users can easily convert Base64 formatted image data into downloadable PNG files, enabling a fully automated process from image generation to editing. This solution significantly lowers the design barrier and enhances efficiency, making it suitable for users in marketing, design, and content creation fields.

This workflow implements automated visual regression testing of web pages through an AI visual model, automatically generating and comparing web page screenshots to accurately identify changes in content, layout, and color. It integrates web screenshot services and cloud storage to ensure efficient screenshot management. It can promptly detect visual anomalies on web pages, generate structured change reports, and create tasks to help teams quickly locate issues, thereby enhancing product quality. It is suitable for development, testing, and operations teams in continuous integration and delivery processes.

This workflow automates the generation of webpage screenshots and compares them with an AI visual model to achieve visual regression testing for websites. It manages the list of URLs through Google Sheets, uses Apify to generate baseline and latest screenshots, stores them in Google Drive, and intelligently detects visual differences using the Google Gemini model. Ultimately, it automatically summarizes the detection results and generates Linear task reports, significantly enhancing the efficiency of website quality monitoring. This helps development and testing teams quickly identify abnormal changes on webpages, ensuring website stability and user experience.

This workflow enables convenient music control through Telegram. Users can directly send song names or descriptions in the chat, and the system will utilize intelligent parsing to identify the song information, search for it in Spotify, add it to the playlist, and ultimately control music playback. This process simplifies traditional operations, allowing users to quickly request or switch songs without opening the app, enhancing the music experience, especially for users in work, study, or remote scenarios.