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By Don Jayamaha Jr

Instantly access NFT metadata, collections, traits, contracts, and ownership details from OpenSea! This workflow integrates GPT-4o-mini AI, OpenSea API, and n8n automation to provide structured NFT data for traders, collectors, and investors. How It Works Receives user queries via Telegram, webhooks, or another connected interface. Determines the correct API tool based on the request (e.g., user profile, NFT metadata, contract details). Retrieves data from OpenSea API (requires API key). Processes the information using an AI-powered NFT insights engine. Returns structured insights in an easy-to-read format for quick decision-making. What You Can Do with This Agent 🔹 Retrieve OpenSea User Profiles → Get user bio, links, and profile info. 🔹 Fetch NFT Collection Details → Get collection metadata, traits, fees, and contract info. 🔹 Analyze NFT Metadata → Retrieve ownership, rarity, and trait-based pricing. 🔹 Monitor NFTs Owned by a Wallet → Track all NFTs under a specific account. 🔹 Retrieve Smart Contract Data → Get blockchain contract details for an NFT collection. 🔹 Identify Valuable Traits → Fetch NFT trait insights and rarity scores. Example Queries You Can Use ✅ "Get OpenSea profile for 0xA5f49655E6814d9262fb656d92f17D7874d5Ac7E." ✅ "Retrieve details for the 'Azuki' NFT collection." ✅ "Fetch metadata for NFT #5678 from 'Bored Ape Yacht Club'." ✅ "Show all NFTs owned by 0x123... on Ethereum." ✅ "Get contract details for NFT collection 'CloneX'." Available API Tools & Endpoints 1️⃣ Get OpenSea Account Profile → /api/v2/accounts/{address_or_username} (Retrieve user bio, links, and image) 2️⃣ Get NFT Collection Details → /api/v2/collections/{collection_slug} (Get collection-wide metadata) 3️⃣ Get NFT Metadata → /api/v2/chain/{chain}/contract/{address}/nfts/{identifier} (Retrieve individual NFT details) 4️⃣ Get NFTs Owned by Account → /api/v2/chain/{chain}/account/{address}/nfts (List all NFTs owned by a wallet) 5️⃣ Get NFTs by Collection → /api/v2/collection/{collection_slug}/nfts (Retrieve all NFTs from a specific collection) 6️⃣ Get NFTs by Contract → /api/v2/chain/{chain}/contract/{address}/nfts (Retrieve all NFTs under a contract) 7️⃣ Get Payment Token Details → /api/v2/chain/{chain}/payment_token/{address} (Fetch info on payment tokens used in NFT transactions) 8️⃣ Get NFT Traits → /api/v2/traits/{collection_slug} (Retrieve collection-wide trait data) Set Up Steps Get an OpenSea API Key Sign up at OpenSea API and request an API key. Configure API Credentials in n8n Add your OpenSea API key under HTTP Header Authentication. Connect the Workflow to Telegram, Slack, or Database (Optional) Use n8n integrations to send alerts to Telegram, Slack, or save results to Google Sheets, Notion, etc. Deploy and Test Send a query (e.g., "Azuki latest sales") and receive instant NFT market insights! Unlock powerful NFT analytics with AI-powered OpenSea insights—start now!. An n8n automation workflow template by Don Jayamaha Jr.

By Don Jayamaha Jr

Track NFT market trends, collections, and trades in real time—directly from Telegram! This master workflow integrates the OpenSea API, GPT-4o-mini AI, and Telegram, allowing users to request natural-language NFT analytics and receive structured insights instantly. Whether you're an NFT trader, collector, or market analyst, this Telegram-native assistant brings you on-demand market intelligence—powered by OpenSea and AI. > ⚠️ Important: This workflow requires three sub-workflows to function properly. These must be downloaded and published in your n8n instance. 🧩 Required Sub-Workflows To activate this template, download and publish the following workflows: Analyze NFT Market Trends with AI-Powered OpenSea Analytics Agent Tool Get Real-time NFT Insights with OpenSea AI-Powered NFT Agent Tool Get Real-time NFT Marketplace Insights with OpenSea Marketplace Agent Tool 📌 You can also find these by visiting my Creator profile: 👉 https://n8n.io/creators/don-the-gem-dealer/ How It Works A Telegram bot receives a message (e.g., “Top sales for Azuki”). The AI router in this workflow determines which agent should process the request: Marketplace Agent → Listings, offers, and orders Analytics Agent → Sales volume, price trends, wallet behavior NFT Agent → Metadata, traits, ownership info The selected agent queries the OpenSea API using your API key. The response is processed using GPT-4o-mini, formatted, and sent back via Telegram. What You Can Do with This Agent 🔹 Discover undervalued NFTs based on trait rarity and price 🔹 Track market trends for any collection in real time 🔹 Compare collection performance by volume, sales, and listings 🔹 Analyze flipping trends and whale activity across wallets 🔹 Retrieve NFT ownership and metadata instantly 🔹 View trait-specific offers for insight into rarity-driven demand Example Queries You Can Use ✅ "What are the cheapest NFTs in the Pudgy Penguins collection?" ✅ "Get sales volume for Azuki and CloneX over the last 30 days." ✅ "Who owns Bored Ape #456?" ✅ "Show the best current offers for Moonbirds." Set Up Steps Create a Telegram Bot Use @BotFather to create your bot and get the API token. Get an OpenSea API Key Apply for your API key via the OpenSea Developer Portal. Configure n8n Credentials Add your Telegram Bot and OpenSea API Key under Credentials in n8n. Download Required Sub-Workflows Install and publish the following workflows: Analytics Agent Tool NFT Agent Tool Marketplace Agent Tool Deploy & Test Chat with your Telegram bot. Try: "Compare BAYC and Azuki volume" or "Show listings for Doodles." ✅ Final Notes > If your queries don’t respond correctly, make sure all three sub-workflows are installed and published, not just saved. 🚀 Dominate the NFT market with AI-powered OpenSea intelligence—right from your Telegram inbox!. An n8n automation workflow template by Don Jayamaha Jr.

By bangank36

This workflow retrieves all users from n8n, compares them against entries in a Google Sheets spreadsheet, and automatically creates new users when needed. Once new users are created, invitation emails are sent automatically. You can trigger the workflow manually or set it to run on a schedule to ensure continuous synchronization. Spreadsheet Template This workflow is designed to work with a Google Sheets structure inspired by Squarespace's newsletter block connection. You can modify the node settings to adapt to a different column format. 👉 Clone the sample sheet here Suggested columns: Submitted On Email Address Name Requirements Credentials To use this workflow, you need: n8n API Key – to update users from n8n. Google Sheets API credentials – Required to get data from a spreadsheet. Configure Your n8n Instance To make this workflow work with your n8n instance, update the API endpoint: 🔧 Edit Global node 👇 Change n8n_url to match your instance URL: Authentication Guide Explore More Templates 👉 Check out my other n8n templates. An n8n automation workflow template by bangank36.

By Samir Saci

Tags: Supply Chain Management, Logistics, Transportation, Data Transmission Context Hey! I'm Samir , a Supply Chain Engineer and Data Scientist from Paris founder of LogiGreen Consulting We help small and medium businesses improve their logistics processes using AI, Data Analytics and Automation. > Sustainable and Efficient supply chains with N8N! 📬 For business inquiries, you can add me on Here What is an EDI Message? Electronic Data Interchange (EDI) is a standardized method of automatically transferring data between computer systems. They ensure the smooth flow of essential transactional data, such as purchase orders, invoices, shipping notices, and more. For instance, a manufacturing company can receive purchase orders from a retailer via EDI. However, they need complex integration for the transmission and processing of the messages. Who is this template for? This workflow template is designed for small companies that cannot connect to their customers and need to manually process the EDI messages received. How does it work? This workflow uses a Gmail Trigger that analyzes all the incoming emails. 📧 Gmail Trigger → Detects emails with "EDI" in the subject. 📜 Parses EDI Message → Uses a JavaScript Code Node to extract structured data. 📊 Formats the Data → Converts it into a table-friendly format. 📑 Updates Google Sheets → Automatically logs the processed orders. Prerequisite This workflow does not require any additional paying subscription. A Google Drive Account with a folder including a Google Sheet API Credentials: Google Drive API, Google Sheets API and Gmail API A Google sheet to store the shipment records. You do not need to prepare the columns. Next Steps Follow the sticky notes to set up the parameters inside each node and get ready to improve your logistics operations! 📺 Watch the Step-by-Step Guide 🎥 Check My Tutorial 🚀 Interested in applications of N8N for Logistics & Supply Chain Management? Let's connect on Linkedin Notes This template includes an example of EDI message to test the workflow. If you want to learn more about Electronic Data Interchange: 🚚 Blog Article about Electronic Data Interchange (EDI) This workflow has been created with N8N 1.82.1 Submitted: March 19th, 2025. An n8n automation workflow template by Samir Saci.

By Samir Saci

Tags: Supply Chain Management, Logistics, Transportation Context Hey! I'm Samir, a Supply Chain Engineer and Data Scientist from Paris founder of LogiGreen Consulting We design tools to help small and medium businesses in improving their logistics processes using data analytics and automation. > Let's use N8N to make supply chains more efficient and sustainable Supply Chains! 📬 For business inquiries, you can add me on Here Who is this template for? This workflow template is designed for logistics operations that cannot rely on a Transportation Management System to record proofs of deliveries. What is a delivery confirmation? This workflow uses a Telegram bot to automatically notify logistics teams by email when a shipment is delivered. Drivers (equipped with their smartphones) can record their arrival with all the necessary information for accurate distribution planning. How do we notify the delivery? Let us imagine a truck driver arriving at the destination; he can contact the bot to be guided on how to record the delivery. User Guide: the first bot's message is a brief explanation of the process Record Shipment Number: the bot asks the driver to share the shipment number and record it Collect GPS Location: the bot asks the driver to share its GPS location and record them Picture of the Shipment: the bot asks for a picture of the shipment and saves it in Google Drive Send Confirmation: after data collection, the bot proposes to send a confirmation to the logistics management team An email is then automatically sent by the N8N workflow including all the information recorded by the flow and a picture of the shipment. Prerequisite This workflow does not require any additional paying subscription. A Google Drive Account with a folder including a Google Sheet API Credentials: Google Drive API, Google Sheets API and Gmail API A Telegram Bot with its API token from BotFather A Google sheet to store the shipment records with these five columns prepared: shipmentNumber, recordTime, gpsLattitude, gpsLongitude, cargoPicture, deliveryTime Next Steps Follow the sticky notes to set up the parameters inside each node and get ready to improve your logistics operations! I have detailed the steps in a short tutorial 👇 🎥 Check My Tutorial 🚀 Interested in applications of N8N for Logistics & Supply Chain Management? Let's connect on Linkedin Notes This workflow can be adapted to add more functionalities. I explain how in the video. The bot can handle multiple drivers at the same time. If you want to learn more about the original tool designed with Python: 🚚 Blog Article about Telegram Shipment Tracking Bot This workflow has been created with N8N 1.82.1 Submitted: March 17th, 2025. An n8n automation workflow template by Samir Saci.

By Audun

Who is this for? This workflow is tailored for content creators, artists, and developers who use Ko-fi to receive financial support through donations, subscriptions, or product sales. Use case This workflow automates the process of receiving and categorizing payment notifications from Ko-fi, ensuring that creators can focus on their work rather than administrative tasks. What this workflow does Webhook Reception**: The workflow listens for incoming payment notifications from Ko-fi via a configured webhook. Token Verification**: It validates incoming requests to ensure they originate from Ko-fi using a verification token for enhanced security. Type Differentiation**: It categorizes payments into types—donations, subscriptions, and shop orders—allowing for tailored handling for each payment type. Custom Response Options**: Depending on the payment type received, the workflow activates specific actions or processes, enabling seamless integration with other applications or services. Setup Webhook Configuration: Access the Webhook node within the workflow and take note of your unique webhook URL. Visit your Ko-fi webhooks management page at Ko-fi Webhooks Management and input this URL. Verification Token Setup: In your Ko-fi account, locate the verification token in the advanced settings. Input this token in the Prepare node of your n8n workflow. Enable the Workflow: Activate the workflow in n8n to start listening for incoming webhook notifications. Testing: Use the test feature in the Ko-fi webhooks settings to send a test webhook to ensure everything is functioning as expected. How to customize this workflow to your needs Add Actions for Each Payment Type**: You can modify the Donation, Subscription, and Shop Order nodes to include actions such as sending emails, logging payments within a database, or triggering notifications. Enhance Security Measures**: You can further refine the Check token node to include additional checks or to log all incoming webhook requests for monitoring. Integration with Other Services**: Consider linking this workflow with messaging platforms (e.g., Slack, Discord) or CRM tools to keep your supporters informed or to manage relationships more effectively. Custom Fields**: If needed, adjust the fields captured in the Subscription and Shop Order nodes to include more data or different parameters based on your specific use case. An n8n automation workflow template by Audun.

By Adyl Itto

🚀 YouTube Transcript Indexing Backend for Pinecone 🎥💾 This tutorial explains how to build the backend workflow in n8n that indexes YouTube video transcripts into a Pinecone vector database. Note: This workflow handles the processing and indexing of transcripts only—the retrieval agent (which searches these embeddings) is implemented separately. 📋 Workflow Overview This backend workflow performs the following tasks: Fetch Video Records from Airtable 📥 Retrieves video URLs and related metadata. Scrape YouTube Transcripts Using Apify 🎬 Triggers an Apify actor to scrape transcripts with timestamps from each video. Update Airtable with Transcript Data 🔄 Stores the fetched transcript JSON back in Airtable linked via video ID. Process & Chunk Transcripts ✂️ Parses the transcript JSON, converts "mm:ss" timestamps to seconds, and groups entries into meaningful chunks. Each chunk is enriched with metadata—such as video title, description, start/end timestamps, and a direct URL linking to that video moment. Generate Embeddings & Index in Pinecone 💾 Uses OpenAI to create vector embeddings for each transcript chunk and indexes them in Pinecone. This enables efficient semantic searches later by a separate retrieval agent. 🔧 Step-by-Step Guide Step 1: Retrieve Video Records from Airtable 📥 Airtable Search Node:** Setup: Configure the node to fetch video records (with essential fields like url and metadata) from your Airtable base. Loop Over Items:** Use a SplitInBatches node to process each video record individually. Step 2: Scrape YouTube Transcripts Using Apify 🎬 Trigger Apify Actor:** HTTP Request Node ("Apify NinjaPost"): Method: POST Endpoint: https://api.apify.com/v2/acts/topaz_sharingan~youtube-transcript-scraper-1/runs?token=<YOUR_TOKEN> Payload Example: { "includeTimestamps": "Yes", "startUrls": ["{{ $json.url }}"] } Purpose: Initiates transcript scraping for each video URL. Wait for Processing:** Wait Node: Duration: Approximately 1 minute to allow Apify to generate the transcript. Retrieve Transcript Data:** HTTP Request Node ("Get JSON TS"): Method: GET Endpoint: https://api.apify.com/v2/acts/topaz_sharingan~youtube-transcript-scraper-1/runs/last/dataset/items?token=<YOUR_TOKEN> Step 3: Update Airtable with Transcript Data 🔄 Format Transcript Data:** Code Node ("Code"): Task: Convert the fetched transcript JSON into a formatted string. const jsonObject = items[0].json; const jsonString = JSON.stringify(jsonObject, null, 2); return { json: { stringifiedJson: jsonString } }; Extract the Video ID:** Set Node ("Edit Fields"): Expression: {{$json.url.split('v=')[1].split('&')[0]}} Update Airtable Record:** Airtable Update Node ("Airtable1"): Updates: ts: Stores the transcript string. videoid: Uses the extracted video ID to match the record. Step 4: Process Transcripts into Semantic Chunks ✂️ Retrieve Updated Records:** Airtable Search Node ("Airtable2"): Purpose: Fetch records that now contain transcript data. Parse and Chunk Transcripts:** Code Node ("Code4"): Functionality: Parses transcript JSON. Converts "mm:ss" timestamps to seconds. Groups transcript entries into chunks based on a 3-second gap. Creates an object for each chunk that includes: Text: The transcript segment. Video Metadata: Video ID, title, description, published date, thumbnail. Chunk Details: Start and end timestamps. Direct URL: A link to the exact moment in the video (e.g., https://youtube.com/watch?v=VIDEOID&t=XXs). Enrich & Split Text:** Default Data Loader Node: Attaches additional metadata (e.g., video title, description) to each chunk. Recursive Character Text Splitter Node: Settings: Typically set to 500-character chunks with a 50-character overlap. Purpose: Ensures long transcript texts are broken into manageable segments for embedding. Step 5: Generate Embeddings & Index in Pinecone 💾 Generate Embeddings:** Embeddings OpenAI Node: Task: Convert each transcript chunk into a vector embedding. Tip: Adjust the batch size (e.g., 512) based on your data volume. Index in Pinecone:** Pinecone Vector Store Node: Configuration: Index: Specify your Pinecone index (e.g., "videos"). Namespace: Use a dedicated namespace (e.g., "transcripts"). Outcome: Each enriched transcript chunk is stored in Pinecone, ready for semantic retrieval by a separate retrieval agent. 🎉 Final Thoughts This backend workflow is dedicated to processing and indexing YouTube video transcripts so that a separate retrieval agent can perform efficient semantic searches. With this setup: Transcripts Are Indexed:** Chunks of transcripts are enriched with metadata and stored as vector embeddings. Instant Topic Retrieval:** A retrieval agent (implemented separately) can later query Pinecone to find the exact moment in a video where a topic is discussed, thanks to the direct URL and metadata stored with each chunk. Scalable & Modular:** The separation between indexing and retrieval allows for easy updates and scalability. Happy automating and enjoy building powerful search capabilities with your YouTube content! 🎉. An n8n automation workflow template by Adyl Itto.

By Hostinger

This template is designed for community managers, developers, and enthusiasts who want to monitor and capture discussions on the n8n community forum by specific keywords. By tracking new topics that match your provided keyword, the workflow automatically logs them into a Google Sheet, helping you keep a pulse on trending discussions and manage community insights effortlessly. How it Works Keyword Monitoring: The workflow continuously monitors the n8n community forum for new topics containing your specified keyword. Data Extraction: When a matching topic is found, relevant details such as id, title, URL, and posting time are extracted. Google Sheets Integration: The extracted information is automatically appended as a new row in your Google Sheet, providing an organized log of community discussions. Alert Option: Optionally, you can add notifications (e.g., Slack messages or emails) to alert you when a new topic is captured, ensuring you never miss an important update. Set Up Steps Import the Workflow: Download and import the workflow into your n8n instance. Configure Keyword Monitoring: In the HTTP Request node, set your desired keyword to filter the n8n community topics. Set Up Google Sheets: Connect your Google Sheets account and specify the target sheet where the new topics should be logged. Customize Data Fields: Adjust the data extraction node parameters if you wish to capture additional details from each topic. Deploy and Test: Deploy the workflow and perform a test run to confirm that new topics matching the keyword are correctly added to your Google Sheet. Set Up Messaging Channels (Optional): Connect to Slack, Email or other providers to get instant messages when new topics are added into your Google Sheet. This template streamlines the process of tracking community discussions, ensuring you have timely and organized insights to enhance your community engagement and strategic decision-making. Enjoy seamless monitoring and easy data management with this ready-to-use n8n workflow template!. An n8n automation workflow template by Hostinger.

By Mario

Purpose This workflow creates a versioned backup of an entire Clockify workspace split up into monthly reports. How it works This backup routine runs daily by default The Clockify reports API endpoint is used to get all data from the workspace based on time entries A report file is being retrieved for every month starting with the current one, going back 3 month in total by default If changes happened during a day to any report, it is being updated in Github Prerequisites Create a private Github repository Create credentials for both Clockify and Github (make sure to give permissions for read and write operations) Setup Clone the workflow and select the belonging credentials Follow the instructions given in the yellow sticky notes Activate the workflow. An n8n automation workflow template by Mario.

By Francis Njenga

Workflow Documentation: Auto-Retry Engine – Error Recovery Workflow Detailed Description The Auto-Retry Engine: Error Recovery Workflow is designed to automate the process of identifying and retrying failed executions in n8n workflows. By leveraging scheduled triggers, API integrations, and conditional logic, this workflow ensures that any failed executions are automatically retried on an hourly basis. This reduces manual intervention, improves system reliability, and ensures smoother workflow operations. Who is this for? This workflow is ideal for: Automation Engineers**: Managing and maintaining workflows with minimal manual intervention. DevOps Teams**: Ensuring high availability and reliability of automated processes. IT Administrators**: Reducing downtime and improving system performance by automating error recovery. What problem does this workflow solve? Manual Error Handling**: Eliminates the need for manual monitoring and retrying of failed executions. Improved Reliability**: Automatically retries failed executions, reducing downtime and improving workflow success rates. Time Efficiency**: Saves time by automating repetitive error recovery tasks, allowing teams to focus on higher-priority work. What this workflow does This workflow automates the following steps: Scheduled Monitoring: Checks for failed executions hourly using a schedule trigger. Error Filtering: Identifies executions that have failed and filters out those that have already been successfully retried. Authentication: Logs into the n8n instance using API credentials to retrieve session details. Automatic Retry: Retries the failed executions using the n8n API. Batch Processing: Processes multiple failed executions in batches to avoid overloading the system. Setup Prerequisites To use this workflow, you’ll need: n8n Account**: To create and run the workflow. n8n API Credentials**: For logging into the n8n instance and retrying executions. HTTP Request Node**: Configured to interact with the n8n API. Schedule Trigger**: Set to run the workflow hourly. Setup Process Configure Schedule Trigger Set the trigger to run hourly to check for failed executions. Set Login Credentials Add your n8n instance URL, username, and password in the Set Node. Integrate n8n API Use the HTTP Request node to log into the n8n instance and retrieve session details. Retry Failed Executions Configure the HTTP Request node to retry failed executions using the session details. Batch Processing Use the Split in Batches node to process multiple failed executions in batches. How to customize this workflow Tailor the workflow to fit your specific needs: Adjust Schedule Frequency** Modify the schedule trigger to run at different intervals (e.g., every 30 minutes). Add Notifications** Integrate email or Slack notifications to alert teams about failed retries. Refine Error Filtering** Customize the filtering logic to exclude specific types of failed executions. Scale Batch Size** Adjust the batch size in the Split in Batches node to optimize performance. Conclusion The Auto-Retry Engine: Error Recovery Workflow is a powerful tool for automating error recovery in n8n workflows. By reducing manual intervention and ensuring failed executions are retried automatically, this workflow enhances system reliability and operational efficiency. Whether you're managing a few workflows or a complex automation ecosystem, this workflow ensures your processes run smoothly and consistently. An n8n automation workflow template by Francis Njenga.

By lin@davoy.tech

This workflow template, "n8n Error Report to LINE," is designed to streamline error handling by sending real-time notifications to your LINE account whenever an error occurs in any of your n8n workflows. By integrating with the LINE Messaging API , this template ensures you stay informed about workflow failures, allowing you to take immediate action and minimize downtime. Whether you're a developer managing multiple workflows or a business owner relying on automation, this template provides a simple yet powerful way to monitor and resolve errors efficiently. Who Is This Template For? Developers: Who manage complex n8n workflows and need real-time error notifications. DevOps Teams: Looking to enhance monitoring and incident response for automated systems. Business Owners: Who rely on n8n workflows for critical operations and want to ensure reliability. Automation Enthusiasts: Seeking tools to simplify error tracking and improve workflow performance. What Problem Does This Workflow Solve? When automating processes with n8n, errors can occur due to various reasons such as misconfigurations, API changes, or unexpected inputs. Without proper error handling, these issues may go unnoticed, leading to delays or disruptions. This workflow solves that problem by: 1) Automatically detecting errors in your n8n workflows. 2) Sending instant notifications to your LINE account with details about the failed workflow, including its name and execution URL. Allowing you to quickly identify and resolve issues, ensuring smooth operation of your automated systems. What This Workflow Does 1) Error Trigger: The workflow is triggered automatically whenever an error occurs in any n8n workflow configured to use this error-handling flow. 2) Send Notification via LINE: Using the LINE Push API , the workflow sends a message to your LINE account with key details about the error, such as the workflow name and execution URL. You can also customize the notification message to include additional information or format it to suit your preferences. Setup Guide Pre-Requisites Access to the LINE Developers Console with a registered bot and access to the Push API. https://developers.line.biz/console/ [API Reference]( https://developers.line.biz/en/reference/messaging-api/#send-narrowcast-message) Basic knowledge of n8n workflows and JSON formatting. An active n8n instance where you can configure error workflows. Step-by-Step Setup Configure the Error Trigger: Set this workflow as the default error workflow in your n8n instance. https://docs.n8n.io/flow-logic/error-handling/ Set Up LINE Push API: Replace <UID HERE> in the HTTP Request node with your LINE user ID to ensure notifications are sent to the correct account. An n8n automation workflow template by lin@davoy.tech.

By bangank36

This workflow backup Squarespace website header and footer injections into Github How It Works The Squarespace injections are fetched when an URL is placed Setup Instructions First, edit HTTP Request's URL to put your Squarespace site URL there Next, to configure the Github, update the Globals node with the following values: repo.owner – Your GitHub username repo.name – The name of your GitHub repository storing the workflows repo.path – The folder path within the repository where workflows are stored For example, if your GitHub username is john-doe, your repository is named n8n-backups, and injections are stored in a squarespace-backup/ folder, you would set: repo.owner → john-doe repo.name → n8n-backups repo.path → squarespace-backup/ Each site's injections will be added into seperate folder Required Credentials GitHub API – Access to your repository Who Is This For? This template is made for Squarespace users who want to backup their header and footer injections at interval to or on demand Check out my other templates: 👉 My n8n Templates. An n8n automation workflow template by bangank36.

By bangank36

This workflow converts an exported CSV from Squarespace profiles into a Shopify-compatible format for customer import. How It Works Clone this Google Sheets template, which includes two sheets: Squarespace Profiles (Input) Go to Squarespace Dashboard → Contacts Click the three-dot icon → Select Export all Contacts Shopify Customers (Output) This sheet formats the data to match Shopify's customer import CSV. Shopify Dashboard → Customers → Import customers by CSV The workflow can run on-demand or be triggered via webhook. Via webhook Set up webhook node to expect a POST request Trigger the webhook using this code (psuedo) - replace {webhook-url} with the actual URL const formData = new FormData(); formData.append('file', blob, 'profiles_export.csv'); // Add file to FormData fetch('{webhook-url}', { // Replace with your target URL method: 'POST', mode: 'no-cors', body: formData }); The data is processed into the Shopify Customers sheet. Manually trigger Import Squarespace profiles into the sheet. Run the workflow to convert and populate the Shopify Customers sheet. Once workflow is done, export the Shopify to csv and import to Shopify customers Requirements To use this template, you need: Google Sheets API credentials Google Sheets Setup Use this sample Google Sheets template to get started quickly. Who Is This For? For anyone looking to automate Squarespace contact exports into a Shopify-compatible format—no more manual conversion! Explore More Templates Check out my other n8n templates: 👉 n8n.io/creators/bangank36. An n8n automation workflow template by bangank36.

By bangank36

Overview This workflow retrieves all blog and event collection items from a Squarespace site and saves them into a Google Sheets spreadsheet. It uses pagination to fetch 20 items per request, ensuring all content is collected efficiently. How It Works The workflow queries your Squarespace blog and event collections. It fetches data in paginated batches (20 items per page). The retrieved data is formatted and inserted into Google Sheets. The workflow runs on demand or on a schedule, ensuring your data stays up to date. Requirements Credentials To use this template, you need: Your Squarespace collection URL Google Sheets API credentials Google Sheets Setup Use this sample Google Sheets template to get started quickly. Who Is This For? This template is designed for: Bloggers looking to manage and analyze content externally. Businesses and marketers tracking content performance. Anyone who needs an automated way to extract Squarespace blog and event data. Explore More Templates Check out my other n8n templates: 👉 n8n.io/creators/bangank36. An n8n automation workflow template by bangank36.

By Vincent LE ROUX

Sync Dartagnan Email Templates to Braze Why Use This Workflow Email marketing demands consistency across platforms. This workflow automatically synchronizes your email templates from Dartagnan to Braze, eliminating manual transfers and ensuring brand consistency. Perfect for marketing teams who need to maintain a unified email experience while leveraging the strengths of both platforms. Business Benefits Save Time**: Eliminate hours of manual template copying and formatting between platforms Maintain Consistency**: Ensure your email templates look identical across Dartagnan and Braze Reduce Errors**: Automated synchronization prevents human error in template transfers Streamline Workflows**: Create once in Dartagnan, use everywhere through Braze's distribution power Preserve Image Assets**: Keep images hosted on Dartagnan while properly formatting them for Braze How It Works This workflow performs a bi-directional sync between your Dartagnan email templates and Braze platform. It intelligently handles: Template Updates: Automatically updates existing templates in Braze when modified in Dartagnan New Template Creation: Creates new templates in Braze when added to Dartagnan Image URL Transformation: Properly embeds and formats image URLs to meet Braze requirements while keeping assets on Dartagnan infrastructure Technical Implementation The workflow uses a scheduled trigger to check for template changes and then processes them in batches: Authentication: Securely connects to both Dartagnan and Braze APIs Template Retrieval: Fetches current templates from Dartagnan Comparison Logic: Determines which templates need updating or creation in Braze Content Transformation: Processes HTML content and image URLs to ensure compatibility API Integration: Pushes changes to Braze through their Content Blocks API Customization Options This workflow can be customized to meet your specific needs: Sync Frequency**: Adjust the schedule to run hourly, daily, or on any custom schedule Template Filtering**: Add conditions to sync only specific templates based on tags or categories Error Handling**: Configure notification emails when synchronization issues occur Logging**: Enable detailed logs for troubleshooting and auditing Setup Requirements Setting up this workflow takes approximately 20-30 minutes and requires: Dartagnan Requirements API Client ID API Client Secret Template access permissions Braze Requirements Braze Instance URL API Key with content block permissions Appropriate rate limits configured Common Use Cases Email Campaign Coordination**: Maintain consistent templates across platforms for multi-channel campaigns Agency Work**: Design in Dartagnan, deploy through client's Braze instance Rebranding Projects**: Update templates once and propagate changes automatically International Marketing**: Maintain language variants across platforms with automatic synchronization Get Started Once installed, configure your API credentials, set your desired synchronization schedule, and let the workflow handle the rest. The initial sync will create all your templates in Braze, with subsequent runs only updating what's changed. An n8n automation workflow template by Vincent LE ROUX.

By PDFMonkey

Automate Actions After PDF Generation with PDFMonkey in n8n Overview This n8n workflow template allows you to automatically react to PDF generation events from PDFMonkey. When a new PDF is successfully created, this workflow retrieves the file and processes it based on your needs—whether it’s sending it via email, saving it to cloud storage, or integrating it with other apps. How It Works Trigger: The workflow listens for a PDFMonkey webhook event when a new PDF is generated. Retrieve PDF: It fetches the newly generated PDF file from PDFMonkey. Process & Action: Depending on the outcome: ✅ On success: The workflow downloads the PDF and can distribute or store it. ❌ On failure: It handles errors accordingly (e.g., sending alerts, retrying, or logging the issue). Configuration To set up this workflow, follow these steps: Copy the Webhook URL generated by n8n. Go to your PDFMonkey Webhooks dashboard and paste the URL in the appropriate field to define the callback URL. Save your settings and trigger a test to ensure proper integration. 📖 For detailed setup instructions, visit: PDFMonkey Webhooks Documentation Use Cases This workflow is ideal for: Automating invoice processing (e.g., sending PDFs to customers via email). Archiving reports** in cloud storage (e.g., Google Drive, Dropbox, or AWS S3). Sending notifications** via Slack, Microsoft Teams, or WhatsApp when a new PDF is available. Logging generated PDFs** in Airtable, Notion, or a database for tracking. Customization You can customize this workflow to: Add conditional logic** (e.g., different actions based on the document type). Enhance security** (e.g., encrypting PDFs before sharing). Extend integrations** by connecting with CRM tools, task managers, or analytics platforms. Need Help? If you need assistance setting up or customizing this workflow, feel free to reach out to us via chat on pdfmonkey.io—we’ll be happy to help! 🚀. An n8n automation workflow template by PDFMonkey.

By n8n custom workflows

Introduction The namesilo Bulk Domain Availability workflow is a powerful automation solution designed to check the registration status of multiple domains simultaneously using the Namesilo API. This workflow efficiently processes large lists of domains by splitting them into manageable batches, adhering to API rate limits, and compiling the results into a convenient Excel spreadsheet. It eliminates the tedious process of manually checking domains one by one, saving significant time for domain investors, web developers, and digital marketers. The workflow is particularly valuable during brainstorming sessions for new projects, when conducting domain portfolio audits, or when preparing domain acquisition strategies. By automating the domain availability check process, users can quickly identify available domains for registration without the hassle of navigating through multiple web interfaces. Who is this for? This workflow is ideal for: Domain investors and flippers who need to check multiple domains quickly Web developers and agencies evaluating domain options for client projects Digital marketers researching domain availability for campaigns Business owners exploring domain options for new ventures IT professionals managing domain portfolios Users should have basic familiarity with n8n workflow concepts and a Namesilo account to obtain an API key. No coding knowledge is required, though understanding of domain name systems would be beneficial. What problem is this workflow solving? Checking domain availability one-by-one is a time-consuming and tedious process, especially when dealing with dozens or hundreds of potential domains. This workflow solves several key challenges: Manual Inefficiency: Eliminates the need to individually search for each domain through registrar websites. Rate Limiting: Handles API rate limits automatically with built-in waiting periods. Data Organization: Compiles availability results into a structured Excel file rather than scattered notes or multiple browser tabs. Bulk Processing: Processes up to 200 domains per batch, with the ability to handle unlimited domains across multiple batches. Time Management: Frees up valuable time that would otherwise be spent on repetitive manual checks. What this workflow does Overview The workflow takes a list of domains, processes them in batches of up to 200 domains per request (to comply with API limitations), checks their availability using the Namesilo API, and compiles the results into an Excel spreadsheet showing which domains are available for registration and which are already taken. Process Input Setup: The workflow begins with a manual trigger and uses the "Set Data" node to collect the list of domains to check and your Namesilo API key. Domain Processing: The "Convert & Split Domains" node transforms the input list into batches of up to 200 domains to comply with API limitations. Batch Processing: The workflow loops through each batch of domains. API Integration: For each batch, the "Namesilo Requests" node sends a request to the Namesilo API to check domain availability. Data Parsing: The "Parse Data" node processes the API response, extracting information about which domains are available and which are taken. Rate Limit Management: A 5-minute wait period is enforced between batches to respect Namesilo's API rate limits. Data Compilation: The "Merge Results" node combines all the availability data. Output Generation: Finally, the "Convert to Excel" node creates an Excel file with two columns: Domain and Availability (showing "Available" or "Unavailable" for each domain). Setup Import the workflow: Download the workflow JSON file and import it into your n8n instance. Get Namesilo API key: Create a free account at Namesilo and obtain your API key from https://www.namesilo.com/account/api-manager Configure the workflow: Open the "Set Data" node Enter your Namesilo API key in the "Namesilo API Key" field Enter your list of domains (one per line) in the "Domains" field Save and activate: Save the workflow and run it using the manual trigger. How to customize this workflow to your needs Modify domain input format**: You can adjust the code in the "Convert & Split Domains" node if your domain list comes in a different format. Change batch size**: If needed, you can modify the batch size (currently set to 200) in the "Convert & Split Domains" node to accommodate different API limitations. Adjust wait time**: If you have a premium API account with different rate limits, you can modify the wait time in the "Wait" node. Enhance output format**: Customize the "Convert to Excel" node to add additional columns or formatting to the output file. Add domain filtering**: You could add a node before the API request to filter domains based on specific criteria (length, keywords, TLDs). Integrate with other services**: Connect this workflow to domain registrars to automatically register available domains that meet your criteria. An n8n automation workflow template by n8n custom workflows.

By darrell_tw

Water Reminder Workflow This workflow demonstrates how to use n8n and Slack to build an intelligent water drinking reminder system, combined with Google Sheets for data recording and OpenAI for generating personalized reminder messages. Google Sheet Template The iOS shortcut template: The result in iOS health: The template demo in Youtube Key Features Scheduled Reminders: Automatically sends water reminders at random times every hour. Intelligent Scheduling: Delays the next reminder if you've recently had water. AI-Generated Messages: Uses OpenAI to generate friendly and non-repetitive reminder messages. Data Tracking: Records daily water intake and calculates percentage of goal achievement. Quick Response: Easily record water intake through Slack buttons. iOS Integration: Provides iOS shortcut links to sync data with the Health app. Pre-Configuration Requirements To use this workflow, you need to set up the following: Google Sheets: Create a Google spreadsheet with log and setting sheets The log sheet should include date, time, and value columns The setting sheet is used to store daily water intake goals Slack: Create a Slack app and obtain an API token Configure permissions for interactive buttons OpenAI: Obtain an OpenAI API key iOS Shortcut (optional): Create an iOS shortcut named darrell_water for recording health data Node Configurations 1. Scheduled Triggers and Data Collection 1.1. Schedule Trigger Purpose**: Triggers water reminders on schedule Configuration**: Cron Expression: 0 {{ Math.floor(Math.random() * 11) }} 8-23 * * * Triggers at a random minute every hour, only between 8 AM and 11 PM 1.2. Google Sheets - Get Target Purpose**: Retrieves daily water intake goal Configuration**: Document ID: Your Google spreadsheet ID Sheet Name: setting 1.3. Google Sheets - Get Log Purpose**: Retrieves today's water intake records Configuration**: Document ID: Your Google spreadsheet ID Sheet Name: log Filter Condition: date equals today's date {{ $now.format('yyyy-MM-dd') }} 1.4. Summarize Purpose**: Calculates total water intake for today Configuration**: Fields to Summarize: value (sum) 1.5. Limit Purpose**: Gets the most recent water intake record Configuration**: Keep: Last items 2. Intelligent Reminder Logic 2.1. Combine Data Purpose**: Merges target and actual water intake data Configuration**: Combine By: Combine by position Number of Inputs: 3 2.2. If Purpose**: Checks if water was consumed recently Configuration**: Condition: {{ DateTime.fromISO($json.date+"T"+$json.time).format('yyyy-MM-dd HH:mm:ss') }} is after {{ $now.minus(30, "minutes") }} 2.3. Wait Purpose**: Randomly delays the reminder if water was consumed recently Configuration**: Wait Time: {{ Math.floor(Math.random() * 1) + 1 }} minutes 3. AI Message Generation and Sending 3.1. OpenAI Purpose**: Generates personalized water reminder messages Configuration**: Model: gpt-4o-mini Messages: System prompt: Requests responses in Traditional Chinese and in JSON format User prompt: Includes information about last water time, current time, goal, and progress Temperature: 1 3.2. Slack Send Drink Notification Purpose**: Sends water reminders to Slack channel Configuration**: Channel: Your Slack channel ID Message Type: Block Block UI: Contains AI-generated reminder message and water amount buttons (100ml, 150ml, 200ml, 250ml, 300ml) 4. User Interaction and Data Recording 4.1. Slack Drink Webhook Purpose**: Receives user interactions when water buttons are clicked Configuration**: HTTP Method: POST Path: slack-water-webhook 4.2. Slack Action Payload Purpose**: Parses Slack interaction data Configuration**: Mode: Raw JSON Output: {{ $json.body.payload }} 4.3. Slack Action Drink Data Purpose**: Extracts water amount and message information Configuration**: Assignments: value: {{ $json.actions[0].value }} message_text: {{ $json.message.text }} shortcut_url: shortcuts://run-shortcut?name=darrell_water&input= shortcut_url_data: JSON containing water amount and time message_ts: {{ $json.container.message_ts }} 4.4. Google Sheets Purpose**: Records water intake data to spreadsheet Configuration**: Operation: Append Document ID: Your Google spreadsheet ID Sheet Name: log Column Mapping: date: {{ $now.format('yyyy-MM-dd') }} time: {{ $now.format('HH:mm:ss') }} value: {{ $json.value }} 4.5. Send to Slack with Confirm Purpose**: Sends confirmation message and provides iOS shortcut link Configuration**: Channel: Your Slack channel ID Message Type: Block Block UI: Contains confirmation message and iOS Health app button Reply Settings: Reply to the thread of the original message Author Information This workflow was created by darrell_tw_, an engineer focused on AI and Automation. Contact: X Threads Instagram Website. An n8n automation workflow template by darrell_tw.

By lin@davoy.tech

This workflow template, "Daily Gratitude Reminder Bot for LINE," is designed to help users cultivate a habit of gratitude by sending personalized, AI-generated reminders every evening at 9:00 PM. Using Azure OpenAI , the bot generates varied and engaging messages to prompt users to reflect on the positive aspects of their day. The reminders are then sent directly to users via the LINE messaging platform , ensuring a seamless and impactful experience. Whether you're a developer, counselor, or business owner, this template offers a customizable and scalable solution for promoting mental wellness and fostering a culture of gratitude. profile Qwen2.5-Max 2:56 pm Here’s a polished and detailed description for your "Daily Gratitude Reminder Bot for LINE" template, following the submission guidelines provided. This description is structured to meet all the requirements, including SEO optimization, clarity, and user convenience. Daily Gratitude Reminder Bot for LINE This workflow template, "Daily Gratitude Reminder Bot for LINE," is designed to help users cultivate a habit of gratitude by sending personalized, AI-generated reminders every evening at 9:00 PM. Using Azure OpenAI , the bot generates varied and engaging messages to prompt users to reflect on the positive aspects of their day. The reminders are then sent directly to users via the LINE messaging platform , ensuring a seamless and impactful experience. Whether you're a developer, counselor, or business owner, this template offers a customizable and scalable solution for promoting mental wellness and fostering a culture of gratitude. Who Is This Template For? Developers who want to integrate AI-powered workflows into messaging platforms like LINE. Counselors & Therapists looking to encourage mindfulness and emotional well-being among their clients. Businesses & Organizations focused on employee wellness or customer engagement through positive reinforcement. Educators & Nonprofits seeking tools to promote mental health awareness and self-care practices. What Problem Does This Workflow Solve? Gratitude journaling has been proven to improve mental health, reduce stress, and increase overall happiness. However, many people struggle to maintain the habit due to busy schedules or forgetfulness. This workflow solves that problem by automating daily reminders to reflect on positive experiences, making it easier for users to build and sustain a gratitude practice. What This Workflow Does Scheduled Trigger: The workflow is triggered every evening at 9:00 PM using a schedule node. AI-Powered Message Generation: An Azure OpenAI Chat Model generates a unique and engaging reminder message with a temperature setting of 0.9 to ensure variety and creativity. Message Formatting: The generated message is reformatted to comply with the LINE Push API requirements, ensuring smooth delivery. Push Notification via LINE: The formatted message is sent to the user via the LINE Push API , delivering the reminder directly to their chat. Setup Guide Pre-Requisites Access to an Azure OpenAI account with credentials. A LINE Developers Console account with access to the Push API. Basic knowledge of n8n workflows and JSON formatting. How to Customize This Workflow to Your Needs Change the Time: Adjust the schedule trigger to send reminders at a different time. Modify the Prompt: Edit the AI model's input prompt to generate messages tailored to your audience (e.g., focus on work achievements or personal growth). Expand Recipients: Update the LINE Push API node to send reminders to multiple users or groups. Integrate Additional Features: Add nodes to log user responses or track engagement metrics. Why Use This Template? Promotes Mental Wellness: Encourages users to reflect on positive experiences, improving emotional well-being. Highly Customizable: Easily adapt the workflow to suit different audiences and use cases. Scalable: Send reminders to one user or thousands, making it suitable for both personal and organizational use. AI-Powered Creativity: Avoid repetitive messages by leveraging AI to generate fresh and engaging content. An n8n automation workflow template by lin@davoy.tech.

By Antonio Cheong

Run Apache Airflow DAG and Retrieve XCom Value What this workflow does This workflow integrates the Apache Airflow API DAGRun and XCom. It enables n8n to trigger Airflow DAGs and retrieve the execution results. Preparation: Update Airflow API Link Prefix Navigate to the airflow-api node. Update the prefix of the Airflow API link in the format: http(s)://ip:port. Example: https://airflow.example.com Configure Authentication Go to the Airflow: dag_run node. Update the Basic Auth credentials with your Airflow username and password. Repeat this step for Airflow: dag_run - state and Airflow: dag_run - get result nodes. Security Note: Using Basic Authentication requires storing credentials in plaintext. If possible, consider using API Keys or Tokens for enhanced security. An example is setting Airflow's API Authentication to basic\_auth. Choose other authentication methods if needed. Ensure the user account has the following permissions: can create on DAG Runs, can read on DAG Runs, can read on XComs, can edit on DAGs, and can read on DAGs. How to Use: To execute this workflow, use the Execute Sub-workflow node with the following input parameters: dag\_id**: The DAG ID (name) in Airflow that you want to trigger. task\_id**: The Task ID (name) from which you want to retrieve the XCom return\_value. conf**: Input data for the Airflow DAG run. wait**: Delay (in seconds) between each Airflow: dag_run - state check. wait\_time**: The maximum time (in seconds) to wait for Airflow: dag_run - state before returning an error. Output: The workflow returns the XCom result from Airflow: dag_run - get result. The XCom return_value is stored in the value field. An n8n automation workflow template by Antonio Cheong.

By DataAnts

Dynamically Run SuiteQL Queries in NetSuite via HTTP Webhook in n8n > Important: This template uses a NetSuite community node, so it only works on self-hosted n8n. Cloud-based n8n instances currently do not support community nodes. Summary This workflow template allows you to dynamically run SuiteQL queries in NetSuite by sending an HTTP request to an n8n Webhook node. Once triggered, the workflow uses token-based authentication to execute your SuiteQL query and returns the results as JSON. This makes it easy to integrate real-time NetSuite data into dashboards, reporting tools, or other applications. Who Is This For? Developers & Integrators**: Easily embed NetSuite data retrieval into custom apps or internal tools. Enterprises & Consultants**: Integrate dynamic reporting or data enrichment from NetSuite without manual exports. System Administrators**: Automate routine queries and reduce manual intervention. Use Cases & Benefits 1. Dynamic Data Access Send any SuiteQL query on demand instead of hardcoding queries or manually running reports. 2. Seamless Integration Quickly pull NetSuite data into front-end systems (like Excel dashboards, custom web apps, or internal tools) by calling the webhook endpoint. 3. Simplified Reporting Automate data extraction and formatting, reducing the need for manual exports and improving efficiency. How It Works Trigger: An HTTP request to the webhook node initiates the workflow. Input Processing: The workflow reads the SuiteQL query from the incoming request parameter (suiteql). Query Execution: The NetSuite node uses your token-based authentication credentials to run the SuiteQL query. Response: Results are returned as JSON in the HTTP response, ready for further processing or immediate consumption. Prerequisites & Setup NetSuite Community Node This workflow requires the NetSuite community node. Make sure your self-hosted n8n instance supports community nodes. NetSuite Token-Based Authentication Enable TBA in NetSuite. Obtain the required consumer key, consumer secret, token ID, and token secret. n8n Webhook Copy the auto-generated webhook URL (e.g. http://<your-n8n-domain>/webhook/unique-id) from the Webhook node. Usage Send an HTTP GET or POST request to the webhook with your SuiteQL query. For example: curl "http://<your-n8n-domain>/webhook/unique-id?suiteql=SELECT%20*%20FROM%20account%20LIMIT%2010" The workflow will execute the query and return JSON data. Customization Change the Query**: Simply adjust the suiteql parameter in your HTTP request to run different SuiteQL statements. Data Transformation**: Insert nodes (e.g., Function, Set, or Format) to modify or reformat the data before returning it. Extend Integration**: Chain additional nodes to push the retrieved data to other services (Google Sheets, Slack, custom dashboards, etc.). Additional Notes Remember that this template is only compatible with self-hosted n8n because it uses a community node. - [netsuite community node](https://www.npmjs.com/package/n8n-nodes-netsuite ) If you have questions, suggestions, or need support, contact us at support@dataants.org. An n8n automation workflow template by DataAnts.

By xerang

Automated Workflow for Google Form Submissions, GitHub Issues, and Discord Notifications This workflow streamlines how new Google Form submissions are processed by automatically creating GitHub issues and sending real-time notifications to a Discord channel through a webhook. Who Is This Template For? Developers** looking to centralize bug reporting and issue tracking. Project Managers** seeking an efficient way to log tasks and updates. QA Teams** that need a fast, automated process for reporting and resolving issues. Workflow Overview Google Form Trigger The workflow begins with a Google Sheets Trigger node that checks for new form submissions every minute. Add New Form Submissions to Google Sheets Each new submission is recorded in a dedicated Google Sheet for easy reference and archiving. Filter Out Already Posted Issues An If node checks if the issue is already posted on GitHub by looking for an existing GitHub link in the sheet. Format Message / Output Parsing If the issue is new, an OpenAI Chat Model node generates a structured output, including a title, description, and suggested fix. Add Issue to GitHub The structured output is used to create a new issue in the specified GitHub repository. Send Notification to Discord A Discord webhook is triggered to send a notification to your chosen channel, including a link to the newly created GitHub issue. Add GitHub Link to the Sheet The GitHub issue link is added back to the Google Sheet for easy cross-referencing. Setup Steps 1. Google Sheets Setup Create/Designate a Google Sheet:** Ensure it’s set to receive form submissions. Configure the Trigger Node:** Provide the correct document ID and sheet name in the Google Sheets Trigger node. 2. OpenAI Configuration API Credentials:** Set up the OpenAI Chat Model node with valid OpenAI API credentials. Prompt Definition:** Create a prompt that formats the form submission data into a structured output (e.g., title, description, suggested fix). 3. GitHub Configuration OAuth Credentials:** Configure the GitHub node with your GitHub OAuth credentials. Target Repository:** Specify the repository where new issues should be created. 4. Discord Webhook Webhook URL:** Obtain a webhook URL from your Discord server. Notification Setup:** Use the HTTP Request node to send notifications to your chosen Discord channel. 5. Google Sheets Update Document & Sheet Name:** Provide the same Google Sheet details used in the first step. Add GitHub Link:** Update the corresponding row with the newly created GitHub issue link. Recommended Google Sheet Columns Timestamp**: Automatically recorded when the form is submitted. Issue Title**: Generated by the OpenAI Chat Model. Issue Description**: Detailed breakdown of the issue. GitHub Link**: Automatically populated once the issue is created. Discord Notification Status** (optional): Indicates whether the notification was sent successfully. Additional Notes Duplicate Prevention**: The conditional logic ensures existing issues aren’t recreated on GitHub. AI-Powered Formatting**: OpenAI helps structure the issue details, providing clarity for developers. Real-Time Alerts**: Discord notifications keep your entire team updated on new issues as they arise. An n8n automation workflow template by xerang.

By Solomon

Receive a notification when your Facebook Ads balance drops below a set limit. How it works There are two methods to determine your available balance, depending on your account's billing setup. This template gives you both methods, so you can choose the one that best fits your situation. You can also replace the Telegram node with another chat app, like WhatsApp, Slack, Discord, Twilio or even Email. Who is this template for? Marketing professionals who want to automate low balance notifications, so they don’t have to check their balance all the time. How to set up All information you need to set up this workflow is already inside the template. Check out my other templates 👉 https://n8n.io/creators/solomon/. An n8n automation workflow template by Solomon.

By Mohammed Rifad

AppSheet Intelligent Query Orchestrator A friendly, practical tool that makes working with AppSheet data simpler and more efficient. This workflow is your go-to helper for building precise queries without getting lost in a sea of different tables. Background Previously, I built a community node to enable this functionality: Appsheet n8n Community node How It Works This workflow fetches the most up-to-date schema and taxonomy from your Google Sheet mirror and constructs a custom query using key components: TableName**: Specifies exactly which table to query. Selector**: Uses powerful functions like SELECT(), FILTER(), and CONTAINS() to filter data with precision. Columns Required: Extracts only the essential fields, keeping the payload **lean and focused. Natural Language Search Query: Provides a **clear, descriptive context that helps refine and re-rank results. Real-World Use Cases This orchestrator is designed for various industries, making data retrieval effortless: 📦 Supply Chain & Manufacturing Find the right product based on specific attributes. Locate suppliers that meet certain quality or pricing criteria. Obtain details about the lowest-priced raw materials. 🛍 Retail & E-commerce Match customer queries to the most relevant product listings. Identify inventory levels and stock variations. Compare pricing and product features across vendors. 🏥 Healthcare Retrieve patient records based on specific attributes. Track inventory of medical supplies. Schedule and manage appointments dynamically. 🎓 Education Monitor student attendance or performance metrics. Allocate resources and track equipment usage. Manage events and class schedules efficiently. 🔧 Field Services & Maintenance Schedule maintenance tasks by matching service requirements. Track asset conditions and inventory for field equipment. Monitor work orders and dispatch field teams based on real-time data. Examples: Iterative Refinement This workflow operates iteratively, refining the query until it finds the best match—even if it takes multiple rounds. This makes it incredibly versatile for complex inventory management, procurement, and precise data retrieval. In a Nutshell The AppSheet Intelligent Query Orchestrator is like having a smart assistant that: ✅ Understands your data structure ✅ Builds the perfect query every time ✅ Handles a variety of real-world scenarios with ease 🚀 Practical, adaptable, and ready to tackle your toughest data challenges!. An n8n automation workflow template by Mohammed Rifad.

By Davide Boizza

This workflow automates the generation of multi-speaker podcasts using AI-powered text-to-speech technology. It starts by retrieving a podcast script from a Google Sheets document, where each speaker’s lines are clearly defined. The workflow then processes the script, generates a natural-sounding audio file with different voices for each speaker, and stores the final audio file in Google Drive. The workflow is designed to save time and resources by automating the podcast production process, making it ideal for content creators, marketers, and businesses that need to produce high-quality audio content regularly. How It Works Triggering the Workflow: The workflow starts with the When clicking ‘Test workflow’ node, which can be triggered manually to begin the process. Data Retrieval: The Get Podcast text node retrieves data from a Google Sheets document containing the podcast script. The document includes columns for the speaker's name and the corresponding text. Data Aggregation: The Get all rows node aggregates the data from the Google Sheets document, combining the speaker names and their respective text into a single dataset. Text Formatting: The Full Podcast Text node processes the aggregated data, formatting it into a single string where each speaker's text is prefixed with their name. Audio Generation: The Create Audio node sends a request to the API to generate a multi-speaker podcast audio file. The request includes the formatted text and specifies the voices for each speaker. When you register for the API service you will get 1$ for free. For continuous work add API credits to your account. Status Check: The Get status node checks the status of the audio generation request. If the status is "COMPLETED", the workflow proceeds; otherwise, it waits again. Audio Retrieval: The Get Url Audio node retrieves the URL of the generated audio file. The Get File Audio node downloads the audio file from the provided URL. Audio Storage: The Upload Audio node uploads the generated audio file to a specified Google Drive folder for storage. Key Features Multi-Speaker Support**: Generates podcasts with different voices for each speaker, creating a more dynamic and engaging listening experience. Google Sheets Integration**: Retrieves podcast scripts from a Google Sheets document, making it easy to manage and update content. AI-Powered Text-to-Speech**: Uses advanced AI models to generate natural-sounding audio from text. Automated Audio Generation**: Streamlines the process of creating podcast audio files, reducing the need for manual recording and editing. Google Drive Storage**: Automatically uploads the generated audio files to Google Drive for easy access and sharing. This workflow is ideal for businesses and content creators looking to automate the production of multi-speaker podcasts. It leverages AI to handle the complex task of generating natural-sounding audio, allowing users to focus on creating compelling content. Need help customizing? Contact me for consulting and support or add me on Linkedin. An n8n automation workflow template by Davide Boizza.

By Daniel Nolde

What this does Show you how to us XMLRPC APIs via the generic HTTP-Request-node, by the example of posting to a wordpress blog This is also a feasible workaround if a specific n8n integration does not work or stops working (which happens e.g. with the Wordpress node) How it works First, the XML payload for the request is being prepared (in a code node, which also properly escapes special character in the values that you want to send to the XMLRPC endpoint) Then, the HTTP Request node sends the request using the HTTP post method Last, the returned XML response is converted to JSON which a conditional node uses to determine whether th operation was successful or not Setup steps: Import workflow Ensure you have a wordpress blog with a user that has an app-Password Edit the "Settings"-node and enter your individual values for url/user/app-pw. An n8n automation workflow template by Daniel Nolde.

By Codez & AI

This workflow automates the retrieval of invoice PDFs from the Smartbill API and saves them to Google Drive in a dynamically created folder based on last month’s date. It also generates a range of invoice numbers, ensuring proper formatting, and uploads each PDF with a structured filename. Overview Trigger and Data Setup: The workflow is manually triggered. It sets the invoice range (start and end numbers), invoice series, the parent Google Drive folder ID and the folder where to save the PDF files. Folder Handling: Folder Name Calculation: Calculates a default folder name based on last month’s date (formatted as YYYY-MM). Invoice Generation: A code node generates invoice items by iterating over a specified range of numbers. Each invoice number is padded to custom number of digits (e.g., 0013), and the invoice series and folder ID are attached to each item. Retrieving Invoice PDFs: For each generated invoice, the Smartbill API is called (using an HTTP Request node) to retrieve the corresponding invoice PDF. How to Use Credentials:** Ensure you have configured the Smartbill API (HTTP Basic Auth) and Google API credentials correctly. Parameter Adjustment:** Modify the SetData node if you need to change the invoice range, series, or target parent folder. Execution:** Click Execute Workflow to run the workflow manually. An n8n automation workflow template by Codez & AI.

By darrell_tw

Workflow Description This workflow automates the processing of credit card statement emails from multiple banks. It extracts important payment details, stores them in Google Sheets, and creates calendar reminders in Google Calendar. Additionally, it allows users to update the payment status once the bill has been paid. Key Features Email Processing: Retrieves credit card statement emails from eight Taiwanese banks. PDF Parsing: Extracts payment due date and amount from email content or attached PDF files. Google Sheets Integration: Logs extracted data into a Google Sheets document for record-keeping. Google Calendar Integration: Creates Google Calendar events as reminders for due payments. Webhook for Payment Updates: Allows users to update the payment status via a webhook. Node Configurations 1. Email Retrieval Purpose**: Fetches credit card statement emails from Gmail. Configuration**: Email Filters: SinoPac Bank: from:(newebill.banksinopac.com.tw) SinoPac Bank Credit Card E-Statement Notification Cathay United Bank: from:(service@pxbillrc01.cathaybk.com.tw) Cathay United Bank Monthly E-Statement CTBC Bank: from:(ebill@estats.ctbcbank.com) CTBC Bank Credit Card E-Statement Taipei Fubon Bank: from:(rs@cf.taipeifubon.com.tw) Taipei Fubon Bank Credit Card Statement E.SUN Commercial Bank: from:(estatement@esunbank.com) E.SUN Commercial Bank Credit Card E-Statement DBS Bank: from:(eservicetw@dbs.com) DBS Bank Credit Card E-Statement Union Bank of Taiwan: from:(聯邦銀行信用卡) Union Bank of Taiwan Credit Card E-Statement (Year Month) Taishin International Bank: from:(webmaster@bhurecv.taishinbank.com.tw) Taishin International Bank Credit Card E-Statement 2. Extract Payment Information Purpose**: Extracts payment due date, total amount, and minimum payment amount. Methods**: Text-based Extraction: Uses regex to parse email body. PDF Parsing: Extracts text from PDF attachments. 3. Data Processing and Storage 3.1. Consolidate Extracted Data Purpose**: Standardizes extracted payment details. Data Fields**: payment_due_date payment_amount minimum_payment email_id bank email_subject 3.2. Google Sheets Integration Purpose**: Stores the extracted data in a structured format. Configuration**: Sheet Name: n8n-Credit Card Payment Reminder Columns: calendar_id Paid Billing Period Amount Minimum Payment Bank email_id 4. Google Calendar Integration 4.1. Create Calendar Reminders Purpose**: Generates reminders for upcoming payments. Configuration**: Event Title: Credit Card Payment - {{ bank }} Due Date: payment_due_date Reminders: 30 minutes before 60 minutes before 1 day before 4.2. Update Payment Status Purpose**: Updates the calendar event once payment is made. Configuration**: Webhook URL: Automatically updates the Google Calendar event title and description. 5. Webhook for Payment Updates Purpose: Users can mark a payment as **paid via a webhook. Configuration**: Webhook Path: darrell_demo_creditcard_pay_update_path Updates: Marks the payment as Paid Updates Google Calendar and Google Sheets. An n8n automation workflow template by darrell_tw.

By Hubschrauber

Overview This template describes a possible approach to handle a pseudo-callback/trigger from an independent, external process (initiated from a workflow) and combine the received input with the workflow execution that is already in progress. This requires the external system to pass through some context information (resumeUrl), but allows the "primary" workflow execution to continue with BOTH its own (previous-node) context, AND the input received in the "secondary" trigger/process. Primary Workflow Trigger/Execution The workflow path from the primary trigger initiates some external, independent process and provides "context" which includes the value of $execution.resumeUrl. This execution then reaches a Wait node configured with Resume - On Webhook Call and stops until a call to resumeUrl is received. External, Independent Process The external, independent process could be anything like a Telegram conversation, or a web-service as long as: it results in a single execution of the Secondary Workflow Trigger, and it can pass through the value of resumeUrl associated with the Primary Workflow Execution Secondary Workflow Trigger/Execution The secondary workflow execution can start with any kind of trigger as long as part of the input can include the resumeUrl. To combine / rejoin the primary workflow execution, this execution passes along whatever it receives from its trigger input to the resume-webhook endpoint on the Wait node. Notes IMPORTANT: The workflow ids in the Set nodes marked **Update Me have embedded references to the workflow IDs in the original system. They will need to be CHANGED to make this demo work. Note: The Resume Other Workflow Execution node in the template uses the $env.WEBHOOK_URL configuration to convert to an internal "localhost" call in a Docker environment. This can be done differently. ALERT:** This pattern is NOT suitable for a workflow that handles multiple items because the first workflow execution will only be waiting for one callback. The second workflow (not the second trigger in the first workflow) is just to demonstrate how the Independent, External Process needs to work. An n8n automation workflow template by Hubschrauber.

By Mauricio Perera

n8n Workflow: Calculate the Centroid of a Set of Vectors Overview This workflow receives an array of vectors in JSON format, validates that all vectors have the same dimensions, and computes the centroid. It is designed to be reusable across different projects. Workflow Structure Nodes and Their Functions: Receive Vectors (Webhook): Accepts a GET request containing an array of vectors in the vectors parameter. Expected Input: vectors parameter in JSON format. Example Request: /webhook/centroid?vectors=[[2,3,4],[4,5,6],[6,7,8]] Output: Passes the received data to the next node. Extract & Parse Vectors (Set Node): Converts the input string into a proper JSON array for processing. Ensures vectors is a valid array. If the parameter is missing, it may generate an error. Expected Output Example: { "vectors": [[2,3,4],[4,5,6],[6,7,8]] } Validate & Compute Centroid (Code Node): Validates vector dimensions and calculates the centroid. Validation: Ensures all vectors have the same number of dimensions. Computation: Averages each dimension to determine the centroid. If validation fails: Returns an error message indicating inconsistent dimensions. Successful Output Example: { "centroid": [4,5,6] } Error Output Example: { "error": "Vectors have inconsistent dimensions." } Return Centroid Response (Respond to Webhook Node): Sends the final response back to the client. If the computation is successful, it returns the centroid. If an error occurs, it returns a descriptive error message. Example Response: { "centroid": [4, 5, 6] } Inputs JSON array of vectors, where each vector is an array of numerical values. Example Input { "vectors": [ [1, 2, 3], [4, 5, 6], [7, 8, 9] ] } Setup Guide Create a new workflow in n8n. Add a Webhook node (Receive Vectors) to receive JSON input. Add a Set node (Extract & Parse Vectors) to extract and convert the data. Add a Code node (Validate & Compute Centroid) to: Validate dimensions. Compute the centroid. Add a Respond to Webhook node (Return Centroid Response) to return the result. Function Node Script Example const input = items[0].json; const vectors = input.vectors; if (!Array.isArray(vectors) || vectors.length === 0) { return [{ json: { error: "Invalid input: Expected an array of vectors." } }]; } const dimension = vectors[0].length; if (!vectors.every(v => v.length === dimension)) { return [{ json: { error: "Vectors have inconsistent dimensions." } }]; } const centroid = new Array(dimension).fill(0); vectors.forEach(vector => { vector.forEach((val, index) => { centroid[index] += val; }); }); for (let i = 0; i < dimension; i++) { centroid[i] /= vectors.length; } return [{ json: { centroid } }]; Testing Use a tool like Postman or the n8n UI to send sample inputs and verify the responses. Modify the input vectors to test different scenarios. This workflow provides a simple yet flexible solution for vector centroid computation, ensuring validation and reliability. An n8n automation workflow template by Mauricio Perera.

By Brahim HAMICHAN

Watch Demo YouTube Video Optimized Airtable Bulk Data Workflow This workflow is specifically designed to address the challenges of upserting or inserting large volumes of data into Airtable. By leveraging the Airtable Batch API, it delivers up to 9X faster performance compared to standard data insertion methods, making it an indispensable tool for high-demand data operations. Key Features • Accelerated Data Processing: Utilize the Airtable Batch API to perform bulk operations swiftly and efficiently. • Seamless Workflow Integration: Easily integrate this sub-processor into any n8n workflow that requires Airtable updates, ensuring smooth data synchronization across multiple processes. • Enhanced Reliability and Scalability: Designed to handle extensive datasets, this solution is perfect for real-time updates, database migrations, and continuous data syncing without performance degradation. Setup Instructions Add the Sub-Workflow: Import this workflow to your n8n workflows, then add it as a sub-workflow call in other workflows requiring a lot of Airtable updates. **Configure Sub-Worflow variables: "set_Batching_vars" SET Node** • Obtain the correct Base ID and Table ID, and insert in the "set_Batching_vars" SET Node. • Add or select the correct Airtable credentials in both Airtable Upsert & Insert HTTP nodes in the sub-workflow. • Ensure the API permissions are set correctly to allow data insertion/upsertion. **Adjust Batch Settings: "set_Batching_vars" SET Node** • In the same "set_Batching_vars" SET Node, put the field name in the "merge_on" field if you wish to upsert record, otherwise, keep it empty for insertion. • Correctly setup the fields you want to insert/upsert in the 'record' field. Test the Integration: Run a small-scale test to ensure that data is correctly processed and inserted/upserted into Airtable. Use Case Scenarios • Bulk Data Insertion: Efficiently insert large datasets into Airtable, perfect for initial data migrations or periodic data updates. • Real-Time Data Upsertion: Keep your Airtable records current by integrating this workflow with your live data pipelines. • Database Migrations & Synchronization: Seamlessly transfer data between databases and Airtable, ensuring minimal downtime and data integrity. Specific Requirements for Airtable Integration • Airtable Account: You must have an active Airtable account with appropriate permissions to modify the target base. • API Credentials: Secure a valid Airtable API connection and ensure you have the correct Base ID and Table ID for the target data store. By integrating this workflow into your system, you can significantly improve the efficiency of your Airtable operations, reducing processing time and enabling smoother data management at scale. An n8n automation workflow template by Brahim HAMICHAN.

By Gareth B. Davies

Send personalized welcome messages to your new Bluesky followers automatically, helping you maintain engagement while saving time. This workflow monitors your follower list and sends customized direct messages, creating a warm welcome for new connections without manual intervention. How it works Checks your Bluesky followers list daily at 9 AM Identifies new followers by comparing against a database Extracts the follower's first name** when available Sends a personalized welcome message with optional link Prevents duplicate messages** through double-verification Maintains a record of sent messages to avoid repetition Set up steps (10-15 minutes) Create a Bluesky account if you haven't already Generate an app password in your Bluesky settings Enter your Bluesky handle and app password in the "Set Bluesky Credentials" node Set up your database (Baserow, or adapt for Airtable/Google Sheets) Customize your welcome message in the "Create Welcome Message" node Optional: Adjust the regular check time (default: 9 AM) Features Personalized messaging** using follower's first name when available Database tracking** to prevent duplicate messages Basic rate limiting protection** to stay within API limits Customizable welcome message with clickable links Ability to handle up to 100 new followers per check Perfect for creators who want to Welcome new followers consistently Save time** on manual messaging Build early engagement with followers Share important links or resources Maintain a professional presence Scale** their community management Suggested enhancements Add message templates for different follower types Include email/Slack notifications for errors Add analytics tracking for message success rates Implement dynamic timing based on follower activity Create A/B testing for different welcome messages Add follower segmentation based on profile data. An n8n automation workflow template by Gareth B. Davies.

By getBible

Overview The Get Bible Query Workflow is a modular and self-standing workflow designed to retrieve scriptures dynamically based on structured input. It serves as an intermediary layer that extracts references, queries the GetBible API, and returns scriptures in a standardized JSON format. This workflow is fully prepared for integration—simply call it from another workflow with the required JSON input, and it will return the requested scripture data. Who Is This For? This workflow is ideal for developers, Bible study apps, research tools, and dynamic scripture-based projects that need seamless access to scriptural content without direct API interaction. ✅ Use Cases: Bible Study Apps** → Embed scripture retrieval functionality. Research & Theology Tools** → Fetch structured verse data. Dynamic Content Generation** → Integrate real-time scripture references. Sermon Preparation** → Automate scripture lookups. How It Works Trigger Workflow → This workflow is designed to be called from another workflow with a structured JSON input. Receive Input → Accepts a JSON object containing references, translation, and API version. Extract References → Parses single verses, comma-separated lists, and ranged passages. Query API → Sends structured requests to the GetBible API. Format Response → Returns structured JSON output, maintaining API response consistency. JSON Input Structure References** → Should include the book name, chapter, and verse(s). Multiple Verses** → Separated by commas (e.g., John 3:16,18). Verse Ranges** → Defined with a dash (e.g., John 3:16-18). Translation** → Choose from the supported translations. API Version** → Currently supports v2. Example JSON Input { "references": [ "1 John 3:16", "Jn 3:16", "James 3:16", "Rom 3:16" ], "translation": "kjv", "version": "v2" } Example API Response { "result": { "kjv_62_3": { "translation": "King James Version", "abbreviation": "kjv", "book_name": "1 John", "chapter": 3, "ref": ["1 John 3:16"], "verses": [ { "chapter": 3, "verse": 16, "name": "1 John 3:16", "text": "Hereby perceive we the love of God, because he laid down his life for us: and we ought to lay down our lives for the brethren." } ] } } } 💡 Fully structured and formatted response – ready for seamless integration. Integration and Usage The GetBible Query Workflow is designed for immediate use. Simply call it from another workflow and pass the appropriate JSON object as input, and it will return the requested scripture passages. ✔️ No additional configuration is required. ✔️ Designed for fast, reliable, and structured scripture retrieval. ✔️ Fully compatible with GetBible API responses. Why Use This Workflow? ✔️ Fast & Reliable → Direct API integration for efficient queries. ✔️ Flexible Queries → Supports single, multi-verse, and ranged requests. ✔️ Agent-Compatible → Easily integrates into automated workflows. ✔️ No Code Needed → Just configure the JSON input and run the workflow. Next Steps 🔗 API Support 📖 API Documentation 💬 Need help? Join the community for support! 🚀. An n8n automation workflow template by getBible.

By Solomon

Sync your Google Contacts with your Notion database. You can filter contacts by label or sync all contacts. All contact information is kept in sync between Google and Notion. What happens if I delete a contact? It gets deleted on the other end. Google Contact deleted → Notion page deleted Notion page deleted → Google contact deleted But you can easily change this behavior by disabling the respective deletion nodes. Who is this template for? Service providers looking to keep track of client information Organized individuals who like to centralize their lives in Notion Automation nerds who enjoy creating interesting projects How it works First, you perform an initial import to bring your contacts from Google to Notion. After that, the workflow listens for changes in both Notion and Google and keeps everything in sync. How to set up Instructions are included within the workflow itself. Check out my other templates 👉 https://n8n.io/creators/solomon/. An n8n automation workflow template by Solomon.

By Martijn Smit

This workflow template helps Todoist users get a weekly overview of their completed tasks via email, making it easier to review their past week. Why use this workflow? Todoist doesn’t provide completed task reports or filters in its built-in reports or n8n app. This workflow solves that by using Todoist’s public API to fetch your completed tasks. How it works Runs every Friday afternoon (or manually). Uses the Todoist public API to retrieve completed tasks. Excludes specific projects you set (e.g., a grocery list). Sends an email summary, grouping tasks by the day they were completed. Set up steps Copy your Todoist API token (found here). Create a Todoist API credential in n8n. Create an SMTP credential in n8n. Alternatively, use a preferred email service like Brevo, Mailjet, etc. Import this workflow template. In the Get completed tasks via Todoist API step, select your Todoist API credential. In the Send Email step: Select your SMTP credential. Set the sender and recipient email addresses. Run the workflow manually and check your inbox! Ignoring specific projects If you do not want your grocery list, workouts, or other tasks from specific Todoist projects showing up in your weekly summary, modify the step called Optional: Ignore specific projects and change this line: const ignoredProjects = ['2335544024']; This should be an array with the id of each project you'd like to ignore. You can find a list of your projects (inc. their Ids) by visiting this link: https://api.todoist.com/rest/v2/projects. An n8n automation workflow template by Martijn Smit.

By Gareth B. Davies

Create engaging, structured threads on Bluesky with precise control over post timing and visibility. This workflow helps content creators and social media managers schedule and publish threaded posts that maintain proper connections and formatting, ensuring your content appears exactly as intended. How it works Creates an initial visible post that starts your thread Adds a series of hidden reply posts that form the body of your thread Maintains proper parent-child relationships between posts to ensure correct threading Enforces timing delays between posts to prevent rate limiting Concludes with two visible posts at the end of your thread The result is a clean, professional-looking thread where only the first and last two posts are immediately visible to your followers, encouraging engagement while maintaining a clean profile view. Set up steps (10-30 minutes) Create a Bluesky account Enter your Bluesky handle and app password in the "Set Bluesky Credentials" node Customize the post text in the Code nodes to match your content: Initial visible post Hidden reply posts Final visible posts Adjust the scheduling in the "Run Daily at 9 AM" node to match your preferred posting time Suggested enhancements Add error handling with retry logic for API failures Add input validation for post length and credential format Include error notifications via email or Slack Add data persistence to track successful posts and resume failed threads Make timing delays configurable with exponential backoff Add monitoring for rate limits and API quotas For Social Media Managers who want: Control over post visibility and timing Automated posting of long-form content Professional-looking content presentation. An n8n automation workflow template by Gareth B. Davies.

By Ludwig

How it works: This workflow empowers marketers and content creators to seamlessly include Getty Images in their posts, provided they adhere to Getty Images' guidelines: Enter a search phrase and select criteria for Getty Images' editorial collection. Retrieve the latest images that match your input parameters. Extract embeddable links for use in your content. Automate this previously manual process to save time and maintain compliance. Set up steps: Estimated time: ~10 minutes. Configure the input node with your desired search terms and criteria. Link the workflow to your preferred CMS or storage solution. Perform a test run to ensure proper retrieval and embedding of images. Review Getty Images' usage guidelines for compliance before publishing. This solution is ideal for independent news channels and small publications looking for a legal, automated way to use Getty Images on their websites without incurring costs. An n8n automation workflow template by Ludwig.

By Gareth B. Davies

An automated backup solution designed for self-hosted n8n users to automatically backup their workflows to Bitbucket, leveraging Bitbucket's free private repository offering. Perfect for maintaining version control of your n8n workflows without additional costs. How it works: Runs on a regular schedule to check all workflows in your n8n instance Compares each workflow with its version in Bitbucket Only uploads workflows that are new or have changed Uses basic rate limiting to stay within Bitbucket's API limits Formats filenames for easy tracking and includes timestamps in commit messages Handles errors gracefully with automatic retries Set up steps (10-15 minutes): Create a free Bitbucket account and private repository Create a Bitbucket App Password with repository write access Add Bitbucket credentials to n8n (using your username and app password) Set up n8n API access (generate API key in your n8n instance) Configure your Bitbucket workspace and repository names in the Set node Optional: Adjust the backup schedule (default: 2 AM daily) Perfect for n8n self-hosters who want: Version control for their workflows Automated daily backups Free private repository storage Easy workflow recovery Change tracking over time The workflow includes basic error handling and rate limiting to ensure reliable backups even with larger numbers of workflows. Adjust your timing based on https://support.atlassian.com/bitbucket-cloud/docs/api-request-limits/. An n8n automation workflow template by Gareth B. Davies.

By Artur

What this workflow does Monitors Google Drive: The workflow triggers whenever a new CSV file is uploaded. Uses AI to Identify PII Columns: The OpenAI node analyzes the data and identifies PII-containing columns (e.g., name, email, phone). Removes PII: The workflow filters out these columns from the dataset. Uploads Cleaned File: The sanitized file is renamed and re-uploaded to Google Drive, ensuring the original data remains intact. How to customize this workflow to your needs Adjust PII Identification: Modify the prompt in the OpenAI node to align with your specific data compliance requirements. Include/Exclude File Types: Adjust the Google Drive Trigger settings to monitor specific file types (e.g., CSV only). Output Destination: Change the folder in Google Drive where the sanitized file is uploaded. Setup Prerequisites: A Google Drive account. An OpenAI API key. Workflow Configuration: Configure the Google Drive Trigger to monitor a folder for new files. Configure the OpenAI Node to connect with your API Set the Google Drive Upload folder to a different location than the Trigger folder to prevent workflow loops. An n8n automation workflow template by Artur.

By WeblineIndia

This workflow automatically fetches newly uploaded files from a specific folder in Google Drive, shares them via email with specified recipients, and logs the file details (name, ID, created time, modified time) into Airtable for easy tracking. It streamlines the process of file sharing and management while keeping track of important metadata in a central place. Step-by-Step Instructions Google Drive Node (Fetch New File) Action: This node fetches newly uploaded files from the specific folder you’ve mentioned in your Google Drive. Configuration: Set the folder ID in the Google Drive node where the files are uploaded. Use the “New File in Folder” trigger to automatically detect new files added to the folder. Send Email Node (Share File via Email) Action: After detecting the new file, this node shares the file via email with the recipient you specify. Configuration: Set the recipient's email address. Include the file URL from the Google Drive node in the email body, allowing easy access to the file. Add the file name as part of the email subject or body to notify the recipient about the new file. Airtable Node (Store File Metadata) Action: This node stores the file’s metadata, such as name, ID, creation time, modification time, and the email address to which it was sent, in your Airtable database. Configuration: Set up Airtable with a table. Map the output from the Google Drive node to store the file metadata, and use the email address from the email node for tracking. About WeblineIndia WeblineIndia specializes in delivering innovative and custom AI solutions to simplify and automate business processes. If you need any help, please reach out to us. An n8n automation workflow template by WeblineIndia.

By KlickTipp

Community Node Disclaimer: This workflow uses KlickTipp community nodes. How It Works: Typeform Quiz Integration: This workflow streamlines the process of handling quiz answers submitted via Typeform. It ensures the data is correctly formatted and seamlessly integrates with KlickTipp. Data Transformation: Input data is validated and transformed to meet KlickTipp’s API requirements, including formatting phone numbers and converting dates. Key Features Typeform Trigger: Captures new quiz submissions from Typeform, including user details and quiz responses. Data Processing and Transformation: Formats phone numbers to numeric-only format with international prefixes. Converts dates (e.g., birthdays) to UNIX timestamps. Maps multiple-choice quiz answers to string values for API compatibility. Scales numeric quiz responses for tailored use cases. Subscriber Management in KlickTipp: Adds participants as subscribers to a designated KlickTipp list, with custom field mappings for: Personal details (e.g., name, email, phone number, birthday). Quiz responses (e.g., intended usage of KlickTipp, company location, and team size). Tags contacts for segmentation: Adds fixed and dynamic tags to contacts. Error Handling: Handles empty or malformed data gracefully, ensuring clean submissions to KlickTipp. Setup Instructions Install and Configure Nodes: Set up the Typeform and KlickTipp nodes in your n8n instance. Authenticate your Typeform and KlickTipp accounts. Prepare Custom Fields in KlickTipp: Create custom fields to store quiz answers and personal details, such as: | Field Name | Field Type | |----------------------------------------------------|------------------| | Typeform \| URL Linkedin | URL | | Typeform \| Question 1 KlickTipp benefits | Text | | Typeform \| Question 2 KlickTipp headquarter | Text | | Typeform \| Question 3 Members CHT | Decimal Number | After creating fields, allow 10-15 minutes for them to sync. If fields don’t appear, reconnect your KlickTipp credentials. Field Mapping and Adjustments: Verify and customize field assignments in the workflow to align with your specific form and subscriber list setup. Workflow Logic Trigger via Typeform Submission: The workflow initiates upon receiving a new quiz submission. Transform Data for KlickTipp: Converts and validates data from Typeform to match KlickTipp’s API requirements. Add to KlickTipp Subscriber List: Submits the cleaned data to KlickTipp, including all relevant quiz answers. Get all tags from KlickTipp and create a list: Fetches all existing Tags and turns them into an array Define tags to dynamically set for contacts: Definiton of variables that are received from the form submission and should be converted into tags Merge tags of both lists: Checks whether the list of existing tags in KlickTipp contains the tags which should be dynamically set based on the form submission Tag creation and tagging contacts: Creates new tags if it previously did not exist and then tags the contact Benefits Efficient lead generation: Contacts from forms are automatically imported into KlickTipp and can be used immediately, saving time and increasing the conversion rate. Automated processes: Experts can start workflows directly, such as welcome emails or course admissions, reducing administrative effort. Error-free data management: The template ensures precise data mapping, avoids manual corrections and reinforces a professional appearance. Testing and Deployment Test the workflow by filling the form on Typeform and verifying data updates in KlickTipp. Notes Customization: Update field mappings within the KlickTipp nodes to align with your account setup. This ensures accurate data syncing. Resources: Typeform KlickTipp Knowledge Base help article Use KlickTipp Community Node in n8n Automate Workflows: KlickTipp Integration in n8n. An n8n automation workflow template by KlickTipp.

By Mario

Purpose This solution enables you to manage all your Notion and Todoist tasks from different workspaces as well as your calendar events in a single place. All tasks can be managed in Todoist and additionally Fantastical can be used to manage scheduled tasks & events all together. Demo & Explanation How it works The realtime sync consists of two workflows, both triggered by a registered webhook from either Notion or Todoist To avoid overwrites by lately arriving webhook calls, every time the current task is retrieved from both sides. Redis is used to prevent from endless loops, since an update in one system triggers another webhook call again. Using the ID of the task, the trigger is being locked down for 15 seconds. Depending on the detected changes, the other side is updated accordingly. Generally Notion is treaded as the main source. Using an "Obsolete" Status, it is guaranteed, that tasks never get deleted entirely by accident. The Todoist ID is stored in the Notion task, so they stay linked together An additional full sync workflow daily fixes inconsistencies, if any of them occurred, since webhooks cannot be trusted entirely. Since Todoist requires a more complex setup, a tiny workflow helps with activating the webhook. Another tiny workflow helps generating a global config, which is used by all workflows for mapping purposes. Mapping (Notion >> Todoist) Name: Task Name Priority: Priority (1: do first, 2: urgent, 3: important, 4: unset) Due: Date Status: Section (Done: completed, Obsolete: deleted) <page_link>: Description (read-only) Todoist ID: <task_id> Current limitations Changes on the same task cannot be made simultaneously in both systems within a 15-20 second time frame Subtasks are not linked automatically to their parent yet Recurring tasks are not supported yet Tasks names do not support URL’s yet Compatibility n8n v2.5.0 and above Updates This templated has been updated to work with the new "combined" Todoist API (v1). The general flow works exactly the same as before. Only the setup of the Todoist Webhook might look a tiny bit different then shown in the setup video, so please also have a look at the yellow sticky notes. Prerequisites Notion A database must already exist (get a basic template here) with the following properties (case matters!): Text: "Name" Status: "Status", containing at least the options "Backlog", "In progress", "Done", "Obsolete" Select: "Priority", containing the options "do first", "urgent", "important" Date: "Due" Checkbox: "Focus" Text: "Todoist ID" Todoist A project must already exist with the same sections like defined as Status in Notion (except Done and Obsolete) Redis Create a Free Redis Cloud instance or self-host Setup The setup involves quite a lot of steps, yet many of them can be automated for business internal purposes. Just follow the video or do the following steps: Setup credentials for Notion (access token), Todoist (access token) and Redis - you can also create empty credentials and populate these later during further setup Clone this workflow by clicking the "Use workflow" button and then choosing your n8n instance - otherwise you need to map the credentials of many nodes. Follow the instructions described within the bundle of sticky notes on the top left of the workflow How to use You can apply changes (create, update, delete) to tasks both in Notion and Todoist which then get synced over within a couple of seconds (this is handled by the differential realtime sync) The daily running full sync, resolves possible discrepancies in Todoist and sends a summary via email, if anything needed to be updated. In case that contains an unintended change, you can jump to the Task from the email directly to fix it manually. An n8n automation workflow template by Mario.

By KlickTipp

Community Node Disclaimer: This workflow uses KlickTipp community nodes. How It Works Gravity Forms Customer Feedback Form Integration: This workflow streamlines the process of handling customer feedback submitted via Gravity Forms. It ensures the data is correctly formatted and seamlessly integrates with KlickTipp. Data Transformation: Input data is validated and transformed to meet KlickTipp’s API requirements, including formatting phone numbers and converting dates. Key Features Gravity Forms Trigger Captures new form submissions from Gravity Forms via a webhook and initiates the workflow. Data Processing and Transformation Formats and validates essential data: Converts phone numbers to numeric-only format with international prefixes. Transforms dates (e.g., birthdays) to UNIX timestamps. Calculates and scales numeric responses (e.g., webinar ratings). Parses webinar selections into timestamps for structured scheduling. Subscriber Management in KlickTipp Adds or updates contacts in a KlickTipp subscriber list. Includes custom field mappings such as: Personal details (name, email, birthday, phone number). Feedback and preferences (e.g., webinar ratings, chosen sessions). Structured answers from form responses. Tags contacts for segmentation: Adds fixed and dynamic tags to contacts. Error Handling Ensures invalid or empty data is handled gracefully, preventing workflow interruptions. Setup Instructions Install and Configure Nodes: Set up the Webhook, Set, and KlickTipp nodes in your n8n instance. Authenticate your Gravity Forms and KlickTipp accounts. Prepare Custom Fields in KlickTipp: Create fields in KlickTipp to align with the form submission data, such as: | Field Name | Field Type | |----------------------------------------------|------------------| | Gravityforms \| URL Linkedin | URL | | Gravityforms \| Course/webinar start timestamp | Date & Time | | Gravityforms \| Course/webinar rating | Decimal Number | | Gravityforms \| Feedback | Text | | Gravityforms \| Contact permission | Text | After creating fields, allow 10-15 minutes for them to sync. If fields don’t appear, reconnect your KlickTipp credentials. Field Mapping and Adjustments: Verify and customize field assignments in the workflow to align with your specific form and subscriber list setup. Workflow Logic Trigger via Gravity Forms Submission: The workflow begins when a new form submission is received through the webhook. Transform Data for KlickTipp: Formats and validates raw form data for compatibility with KlickTipp’s API. Add to KlickTipp Subscriber List: Adds processed data as a new subscriber or updates an existing one. Get all tags from KlickTipp and create a list: Fetches all existing Tags and turns them into an array Define tags to dynamically set for contacts: Definiton of variables that are received from the form submission and should be converted into tags Merge tags of both lists: Checks whether the list of existing tags in KlickTipp contains the tags which should be dynamically set based on the form submission Tag creation and tagging contacts: Creates new tags if it previously did not exist and then tags the contact Benefits Efficient lead generation: Contacts from forms are automatically imported into KlickTipp and can be used immediately, saving time and increasing the conversion rate. Automated processes: Experts can start workflows directly, such as welcome emails or course admissions, reducing administrative effort. Error-free data management: The template ensures precise data mapping, avoids manual corrections and reinforces a professional appearance. Testing and Deployment Test the workflow by filling the form on Gravity Forms and verifying data updates in KlickTipp. Notes Customization: Update field mappings within the KlickTipp nodes to align with your account setup. This ensures accurate data syncing. Resources: Gravity Forms KlickTipp Knowledge Base help article Use KlickTipp Community Node in n8n Automate Workflows: KlickTipp Integration in n8n. An n8n automation workflow template by KlickTipp.

By quentin

How the Automated Workflow Works Scheduled Fetching from Hugging Face ⏰ The workflow triggers every weekday at 8 AM, automatically fetching the latest papers from Hugging Face for easy access. Duplication Check to Avoid Redundant Entries 🔍 It ensures the paper's summary is not already stored in your Notion workspace, preventing duplicate records and keeping your database organized. Content Analysis with OpenAI 🧠 Using OpenAI's powerful capabilities, the workflow analyzes the fetched paper summary, extracts key insights, and categorizes the content for easier understanding. Data Storage and Notification Integration 📥🔔 Once the summary is processed, it's automatically stored in your Notion workspace, and a notification containing the paper details is sent to your designated Slack channel for quick reference. Set Up Your Automated Workflow Create Your n8n Account 📝 Start by registering for an n8n account and logging into the n8n cloud service. Connect OpenAI, Notion, and Slack 🔗 Link your OpenAI, Notion, and Slack accounts by entering the appropriate tokens. This step will take approximately 10–15 minutes to complete. Import the Workflow Template 📥 Import the provided workflow template into your n8n instance to streamline the setup process. Activate the Workflow for Daily Summaries 🚀 After importing, simply enable the workflow, and you’re all set to receive daily paper summaries automatically. Setup Time ⏳: Approximately 15–20 minutes. Why Use This Automated Workflow? This automated workflow not only saves you time by fetching and categorizing the latest research papers but also helps streamline your Notion workspace and Slack notifications, allowing you to stay organized and efficient without manual intervention. Results Presentation. An n8n automation workflow template by quentin.

By KlickTipp

Community Node Disclaimer: This workflow uses KlickTipp community nodes. How It Works: Jotform Webinar Registry Integration: This workflow streamlines the process of handling webinar registrations submitted via JotForm. It ensures the data is correctly formatted and seamlessly integrates with KlickTipp. Data Transformation: Input data is validated and transformed to meet KlickTipp’s API requirements, including formatting phone numbers, converting dates, and validating URLs. Key Features JotForm Trigger: Captures new form submissions, including participant details and webinar preferences. Data Processing: Standardizes and validates input fields Converts phone numbers to numeric-only format with international prefixes. Transforms dates into UNIX timestamps. Validates LinkedIn URLs and applies fallback URLs if validation fails. Scales numerical fields, such as work experience, for specific use cases. Subscriber Management in KlickTipp: Adds or updates participants as subscribers in KlickTipp. Includes custom field mappings, such as: Personal information (name, email, phone number). Webinar details (chosen webinar, start date/time). Preferences (reminder intervals, questions for presenters). Tags contacts for segmentation: Adds fixed and dynamic tags to contacts. Error Handling: Validates critical fields like phone numbers, URLs, and dates to prevent incorrect data submissions. Setup Instructions Install and Configure Nodes: Set up the JotForm and KlickTipp nodes in your n8n instance. Authenticate your JotForm and KlickTipp accounts. Custom Field Preparation in KlickTipp: Create the necessary custom fields to match the data structure: | Field Name | Field Type | |-----------------------------------------|------------------| | Jotform \| URL Linkedin | URL | | Jotform \| Workexperience in Years | Decimal Number | | Jotform \| Webinar start timestamp | Date & Time | | Jotform \| Questions/Notes | Text | | Jotform \| Webinar | Text | | Jotform \| Reminder | Text | After creating fields, allow 10-15 minutes for them to sync. If fields don’t appear, reconnect your KlickTipp credentials. Field Mapping and Adjustments: Verify and customize field assignments in the workflow to align with your specific form and subscriber list setup. Workflow Logic Trigger via JotForm Submission: A new form submission from JotForm initiates the workflow Data Transformation: Processes raw form data to ensure compatibility with KlickTipp’s API. Add to KlickTipp Subscriber List: Adds participants to the designated KlickTipp list, including webinar-specific details. Get all tags from KlickTipp and create a list: Fetches all existing Tags and turns them into an array Define tags to dynamically set for contacts: Definiton of variables that are received from the form submission and should be converted into tags Merge tags of both lists: Checks whether the list of existing tags in KlickTipp contains the tags which should be dynamically set based on the form submission Tag creation and tagging contacts: Creates new tags if it previously did not exist and then tags the contact Benefits Efficient lead generation: Contacts from forms are automatically imported into KlickTipp and can be used immediately, saving time and increasing the conversion rate. Automated processes: Experts can start workflows directly, such as welcome emails or course admissions, reducing administrative effort. Error-free data management: The template ensures precise data mapping, avoids manual corrections and reinforces a professional appearance. Testing and Deployment: Test the workflow by filling the form on Jotform and verifying data updates in KlickTipp. Notes: Customization: Update field mappings within the KlickTipp nodes to align with your account setup. This ensures accurate data syncing. Resources: Jotform KlickTipp Knowledge Base help article Use KlickTipp Community Node in n8n Automate Workflows: KlickTipp Integration in n8n. An n8n automation workflow template by KlickTipp.

By Airtop

Use Case Turn any web page into a compelling LinkedIn post — complete with an AI-generated image. This automation is ideal for sharing content like blog posts, case studies, or product updates in a polished and engaging format. What This Automation Does Given a page URL and optional user instructions, this automation: Scrapes the content of the webpage Uses AI to write a clear, educational, and LinkedIn-optimized post Sends both to Slack for review and approval Handles feedback and revisions via Slack interactions Input: Page URL** — The link to the webpage (required) Instructions** — Optional notes on tone, emphasis, or format Output: LinkedIn post text Slack message with review/approval options How It Works Form Submission: User inputs a web page and optional instructions. Web Scraping: Uses Airtop to extract page content. Post Generation: AI agent writes a post based on the page and instructions. Slack Review Flow: Post and image sent to Slack for feedback User can approve, request revisions, or decline Revisions trigger reprocessing steps automatically Final Post Delivery: Approved post is sent back to Slack, ready to publish. Setup Requirements Generate an Airtop API key completely free. Configure your OpenAI credentials for post and image prompt generation Slack OAuth credentials and a Slack channel Next Steps Post Directly**: Add LinkedIn publishing to automate the full content workflow. Template Variations**: Offer post style presets (e.g., technical, story-driven, short-form). CRM Sync**: Save approved posts and stats in Airtable or Notion for team use. Read more about generating social content using AI. An n8n automation workflow template by Airtop.

By A Z

⚡ Quick Setup Import this workflow into your n8n instance. Add your Apify, Google Sheets, and Firecrawl credentials. Activate the workflow to start your automated lead enrichment system. Copy the webhook URL from the MCP trigger node. Connect AI agents using the MCP URL. 🔧 How it Works This solution combines two powerful workflows to deliver fully enriched, AI-ready business leads from Google Maps: Apify Google Maps Scraper Node: Collects business data and, if enabled, enriches each lead with contact details and social profiles. Leads Missing Enrichment: Any leads without contact or social info are automatically saved to a Google Sheet. Firecrawl & Code Node Workflow: A second workflow monitors the Google Sheet, crawls each business’s website using Firecrawl, and extracts additional social media profiles or contact info using a Code node. Personalization Logic: AI-powered nodes generate tailored outreach content for each enriched lead. Native Integration: The entire process is exposed as an MCP-compatible interface, returning enriched and personalized lead data directly to the AI agent. 📋 Available Operations Business Search: Find businesses on Google Maps by location, category, or keyword. Lead Enrichment: Automatically append contact details, social profiles, and other business info using Apify and Firecrawl. Personalized Outreach Generation: Create custom messages or emails for each lead. Batch Processing: Handle multiple leads in a single request. Status & Error Reporting: Get real-time feedback on processing, enrichment, and crawling. 🤖 AI Integration Parameter Handling: AI agents automatically provide values for: Search queries (location, keywords, categories) Enrichment options (contact, social, etc.) Personalization variables (name, business type, etc.) Response Format: Returns fully enriched lead data and personalized outreach content in a structured format. An n8n automation workflow template by A Z.

By Malik Hashir

Purpose & Overview This workflow is designed for market analysts, traders, and content creators who need a comprehensive, automated solution for generating weekly market intelligence reports. By aggregating and structuring news and forecasts across all major financial sectors, it streamlines the process of delivering actionable weekly insights for blogs, newsletters, and chat platforms. What the Workflow Does Aggregates news and analysis from trusted sources for nine key market sections, ensuring broad and deep coverage. Integrates economic calendar data for the upcoming week, providing a forward-looking preview of high-impact events. Applies date and currency filters to ensure all data is current and relevant. Compiles a structured Weekly Report ready for publication or distribution. Market Sections Covered Last Week Recap: Highlights and summarizes the most significant economic events and market moves from the previous week. Week Ahead Forecast: Outlines upcoming high-impact economic events and market expectations for the days ahead. General Market Forecast: Provides a broad outlook on global market sentiment and macroeconomic themes. Gold Weekly Outlook: Offers analysis and forecasts for the gold market, including technical and fundamental drivers. Oil Weekly Outlook: Delivers insights into oil price trends, supply/demand factors, and key geopolitical influences. BTC Weekly Outlook: Summarizes major developments and technical perspectives for Bitcoin. ETH Weekly Outlook: Covers Ethereum market trends, network updates, and technical analysis. Indices Weekly Outlook: Reviews and forecasts major stock indices, highlighting sector performance and risk sentiment. Currency Pairs Outlook: In-depth coverage of major FX pairs, including EURUSD, GBPUSD, AUDUSD and more. Key Features Sub-Workflow for Economic Calendar: Automatically fetches and integrates economic calendar updates for the next 4–5 days, enhancing the “Week Ahead” section with the latest data. Customizable Filters: Adjust date and currency parameters to tailor the report for any audience or market focus. Multi-Platform Output: The report is formatted for easy sharing as a blog post, newsletter, or direct updates to Telegram and Discord. Note: Platform-specific AI summarization nodes can be added to respect character limits (Telegram: 4000, Discord: 2000). Use Cases Weekly Blog or Newsletter Updates: Publish comprehensive market roundups and forecasts with minimal manual work. Telegram & Discord Alerts: Keep your trading community or team informed with structured, automated weekly updates. Market Research & Strategy: Use the report as a foundation for deeper analysis, trading plans, or client briefings. Setup & Delivery Automated aggregation: Set your preferred schedule and let the workflow collect, filter, and compile all relevant data. Flexible output: Adapt the workflow for different platforms and audiences as needed. How to Set Up A comprehensive step-by-step video and written guide is included with your subworkflow file. If you need further assistance, personalized setup support is also available. This workflow delivers a professional, all-in-one solution for staying ahead of the markets—saving you hours each week and ensuring your updates are always timely, comprehensive, and actionable. An n8n automation workflow template by Malik Hashir.