by Xavier Tai
How it works Automatically imports company data from Google Sheets into Salesforce while intelligently preventing duplicate accounts. The workflow searches for existing companies, creates new accounts only when needed, and ensures all contact information is properly associated. Key features: Smart duplicate detection by company name matching Dual processing paths for new vs existing companies Automatic contact creation and association Comprehensive error handling and data validation Professional sectional documentation with setup guides Set up steps Configure Google Sheets API credentials (OAuth 2.0) Set up Salesforce Connected App with Account/Contact permissions Prepare Google Sheets with proper column headers (Company Name, Email, Phone, Industry) Map Salesforce field requirements in workflow nodes Test with small dataset before full deployment Estimated setup time: 15-30 minutes Processing time: 15-45 seconds per company All detailed configuration steps, troubleshooting guides, and security best practices are included in the comprehensive sticky note documentation within the workflow.
by Patrick Jennings
Sleeper NFL Players Sync This template uses the Sleeper API to fetch the complete list of NFL players and stores them in an Airtable base. It’s built to run daily and ensures you have the most up-to-date player list for fantasy football workflows What it Does Maintain a current player list for fantasy league automations for Sleeper app users / NFL fantasy football managers Pull Sleeper player IDs once daily instead of every request Build smarter workflows using Airtable as your structured dataset Create a subworkflow in n8n for even more Sleeper app workflows Setup Instructions Install n8n (Cloud or self-hosted) Import the template JSON Create Airtable Credentials: Generate an API key at airtable.com/account Connect your base and table (you’ll be prompted to do this in n8n) If you would like to customize how you store data please feel free to use what works best for you Match your fields with the data you're storing: player_id (text/number) full_name position team etc. Activate your workflow Remember, you can customize how you trigger this workflow and where you store the data if you choose to do so. Notes Sleeper's player API returns 6,000+ entries, including inactive players, retired players, etc. You can filter this down as needed via position, status, or metadata. Airtable record limit on the free tier is 1,000 rows per base — consider upgrading or filtering further. Be careful of rate limits: both Sleeper and Airtable have them (but this workflow stays well within safe boundaries). The Airtable node can be replaced with other data storage nodes (Google Sheets, Excel, etc) if you prefer Difficulty Rating & Comment (from the author) 2 out of 10 if this ain't you're first rodeo, respectfully. If you use Sleeper for fantasy football, lets go win some games!
by Matan Grady
Auto-resolve Jira tickets with coding agents Improve issue resolution by assigning Jira tickets to coding agents with full operational context from Port, ensuring faster, accurate, and context-aware development How it works Listen for Jira ticket updates and detect when an issue moves to In Progress with the label product_approved and without copilot_assigned. Query the Port catalog to extract only contextual information relevant to the Jira issue (services, repos, docs, resources, dependencies). Generate a concise GitHub issue title and a self-contained issue body that summarizes the Jira description and includes any found Port context. Create the GitHub issue in the target repository and post a comment that requests Copilot to take ownership. Write the GitHub link back to the Jira ticket and add the copilot_assigned label so the ticket is marked as handled. Setup [ ] Connect your Jira Cloud account and enable issue_updated events [ ] Register for free on Port.io [ ] Connect your Port.io account and add the API key [ ] Connect your GitHub account and select the target repository [ ] Ensure a Copilot bot or @copilot user has access to the repository [ ] Confirm the workflow webhook or Jira trigger URL is active [ ] Test by moving a product_approved ticket to In Progress.
by Piotr Sobolewski
How it works This intelligent workflow allows you to generate new tweets that closely mimic the unique style of any public Twitter user. It's perfect for content creators, marketers, or anyone wanting to create engaging content with a specific brand voice or personal flair. It automatically: Fetches recent tweets from a specified Twitter handle to understand their distinctive writing style. Analyzes the stylistic patterns (tone, vocabulary, common phrases, emoji use, brevity, etc.) of these tweets using advanced AI. Generates new tweet content on your desired topic, reapplying the learned style. Provides the AI-generated tweet for your review, ready to be copied or directly published. Unleash your content's potential by speaking in a voice that resonates, even if it's not your own! Set up steps Setting up this sophisticated workflow takes around 20-30 minutes, as it involves Twitter API integration and advanced AI prompting. You'll need to: Authenticate your Twitter account (required to fetch tweets). Obtain API keys for your preferred AI service (e.g., OpenAI, Google AI). Provide the Twitter handle of the user whose style you want to copy. Input the new content/topic you want to generate a tweet about. All detailed setup instructions and specific configuration guidance are provided within the workflow itself using sticky notes.
by Chris Jadama
Who it's for YouTube creators, content marketers, and anyone who wants to automatically enrich YouTube links added to a Notion database. What it does Automatically extracts important video and channel data — including title, views, likes, comments, thumbnail, channel name, subscribers, and a custom viral score — whenever a new YouTube URL is added to Notion. How it works A Notion Trigger fires when a new page is added to your database. The workflow extracts the YouTube video ID from the provided URL. A YouTube API request retrieves video details (title, views, likes, comments, thumbnail). A second YouTube API request retrieves channel information (name and subscriber count). Both sets of data are cleaned and formatted. The enriched data is written back to the same Notion page. Requirements YouTube Data API (OAuth2 recommended) Notion integration connected to your workspace This Notion template (includes all required fields): https://lunar-curler-d17.notion.site/2a71d9a77486807a9006d048aa512d16?v=2a71d9a7748680eda620000ca9c112a4 Setup steps Duplicate the Notion template linked above. Connect your Notion credentials in n8n. Create and connect a YouTube OAuth2 credential. Assign your credential to the YouTube API nodes. Test once with a manual execution.
by R4wd0G
Who’s it for Operators and makers who capture tasks from custom forms, bots, or automations and want them to appear as time-boxed events in Google Calendar with minimal setup. How it works A Webhook receives a payload containing the task title and a due date (as Unix seconds). The workflow formats the date, checks the most recently updated events in your calendar to avoid duplicates, and creates a new 30-minute event (configurable). After creation, it optionally deletes the original task, keeping your Task list clean and your Calendar up to date. How to set up Select your Google Tasks and Google Calendar credentials. Open the Configuration node and set tasklistId, calendarId (use primary or a specific calendar), defaultMinutes, and eventColor. Send a sample POST to the Webhook with { TaskName, DueDateTimeSeconds }. Run once in manual mode and, if all looks good, activate. Requirements Google accounts for Tasks and Calendar. Appropriate scopes/permissions in the selected credentials. How to customize the workflow Change the event duration/color in Configuration. Adjust duplicate detection by modifying the Calendar search window and query. Map additional fields (e.g., description, attendees) on the Calendar node’s optional fields. Tags Google Calendar, Google Tasks, Webhook, Automation, Productivity Categories Productivity, Google, Calendar
by Davide
This automated workflow generates a video featuring a talking AI avatar from a single image and automatically publishes it to TikTok with Postiz. The process involves two main AI services chained together: Elevenlabs v3 and Infinitalk. Key Benefits ✅ Full Automation – From text input to TikTok publication, the process is completely automated. ✅ Time-Saving – Eliminates manual video editing, voice-over recording, and social media posting. ✅ Scalable – Can generate multiple avatar videos daily with minimal effort. ✅ Customizable – Flexible inputs (image, voice, text, prompts) allow adaptation for different content types (weather forecasts, product promos, tutorials, etc.). ✅ Engagement-Oriented – Uses AI to optimize video titles for TikTok, increasing chances of visibility and audience interaction. ✅ Consistent Branding – Ensures uniform style and messaging across multiple video posts. How It Works Text-to-Speech (TTS) Generation: The workflow starts by sending a predefined text script and a selected voice (e.g., "Alice") to the Fal.ai service, which utilizes ElevenLabs' AI to generate a high-quality audio file. The workflow then polls the API until the audio generation is COMPLETED and retrieves the URL of the generated audio file. Talking Avatar Video Generation: The workflow takes a static image URL and the newly created audio URL and sends them to another Fal.ai service (Infinitalk). This AI model animates the avatar in the image to lip-sync and match the provided audio. A prompt guides the avatar's expression (e.g., "You are a girl giving a weather forecast and you must be expressive"). The workflow again polls for status until the video is COMPLETED. Title Generation & Publishing: Once the video is ready, its URL is fetched. Simultaneously, an OpenAI (GPT-4o-mini) node generates an optimized, engaging title (under 60 characters) for the TikTok post based on the original script and avatar prompt. The final video file is downloaded and uploaded to Postiz (a social media scheduling service), which finally posts it to a pre-configured TikTok account. Set Up Steps Before executing this workflow, you must configure the following third-party service credentials and node parameters within n8n: Fal.ai API Credentials: Create an account on Fal.ai and obtain an API key. Create a new credential of type "HTTP Header Auth" in n8n named "Fal.run API". The key should be placed in the Value field, and the Header Name must be set to Authorization. The value should be Key <YOUR_FAL_AI_API_KEY>. OpenAI API Credentials: You need an OpenAI API key. Create a credential in n8n of type "OpenAI API", name it (e.g., "OpenAi account"), and enter your API key. Postiz API Credentials: Create an account on Postiz, connect your TikTok account, and get your API key from the Postiz dashboard. In n8n, create an "HTTP Header Auth" credential named "Postiz". Set the Header Name to X-API-Key and the Value to your Postiz API key. Also, create a "Postiz API" credential in n8n and enter the same API key. Configure Postiz Node: In the "TikTok" (Postiz) node, you must replace "XXX" in the integrationId field with the actual ID of your connected TikTok account from your Postiz dashboard. (Optional) Customize Inputs: You can modify the default values in the "Set text input" node (the script and voice) and the "Set Video Params" node (the image_url and the prompt for the avatar's expression) to create different videos without changing the workflow's structure. Need help customizing? Contact me for consulting and support or add me on Linkedin.
by Gegenfeld
This workflow automatically removes backgrounds from images using the APImage API. Simply provide an image URL, and the workflow will process it through AI-powered background removal, then download the processed image for use in your projects. Who's it for This template is perfect for: E-commerce businesses needing clean product images Content creators who need transparent background images Marketing teams processing large batches of images Developers building image processing applications Anyone who regularly needs background-free images How it works The workflow uses APImage's AI-powered background removal service to automatically detect and remove backgrounds from images. You provide an image URL through a form interface, the API processes the image using advanced AI algorithms, and returns a clean image with the background removed. The processed image is then downloaded and ready for use. How to set up Get your APImage API key: Sign in to the APImage Dashboard 🡥 (or create a new APImage account) Copy your API key from the dashboard Configure the API connection: Double-click the APImage Integration node Replace YOUR_API_KEY with your actual API key (keep the Bearer prefix) Test the workflow: Click the Remove Background form trigger Enter an image URL in the form Submit to process the image Set up output destination (optional): Add nodes after the Download node to save images to your preferred storage Options include Google Drive, Dropbox, databases, or cloud storage Requirements n8n instance (cloud or self-hosted) APImage 🡥 account and valid API key Images accessible via public URLs for processing How to customize the workflow Replace Input Source: Swap the Form Trigger with data from other sources like: Database queries (MySQL, PostgreSQL, SQLite) Cloud storage (Google Drive, Dropbox, S3) Other APIs or webhooks Airtable, Notion, or other productivity tools Add Output Destinations: Connect additional nodes after the Download step to save processed images to: Cloud storage services (Google Drive, Dropbox, S3) Databases for organized storage Content management systems Social media platforms Email attachments Batch Processing: Modify the workflow to process multiple images by connecting it to data sources that provide arrays of image URLs. Add Image Validation: Include nodes to validate image URLs or file formats before processing to avoid API errors. Workflow Structure Form Trigger → APImage Integration → Download → [Your Output Destination] The Form Trigger collects image URLs, APImage Integration processes the background removal via API, Download retrieves the processed image, and you can add any output destination for the final images. API Details The workflow sends a POST request to https://apimage.org/api/ai-remove-background with: Authorization header:** Your API key image_url:** The URL of the image to process async:** Set to false for immediate processing The processed image is returned with a transparent background and downloaded automatically.
by System Admin
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by System Admin
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by System Admin
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