Insert a document in MongoDB
Companion workflow for MongoDB node docs
By amudhanLead workflow: Yelp & Trustpilot scraping + OpenAI analysis via BrightData
🛒 Lead Workflow: Yelp & Trustpilot Scraping + OpenAI Analysis via BrightData > Description: Automated lead generation workflow that scrapes business data from Yelp and Trustpilot based on location and category, analyzes credibility, and sends personalized outreach emails using AI. > ⚠️ Important: This template requires a self-hosted n8n instance to run. 📋 Overview This workflow provides an automated lead generation solution that identifies high-quality prospects from Yelp and Trustpilot, analyzes their credibility through reviews, and sends personalized outreach emails. Perfect for digital marketing agencies, sales teams, and business development professionals. ✨ Key Features 🎯 Smart Location Analysis AI breaks down cities into sub-locations for comprehensive coverage 🛍 Yelp Integration Scrapes business details using BrightData's Yelp dataset ⭐ Trustpilot Verification Validates business credibility through review analysis 📊 Data Storage Automatically saves results to Google Sheets 🤖 AI-Powered Outreach Generates personalized emails using Claude AI 📧 Automated Sending Sends emails directly through Gmail integration 🔄 How It Works User Input: Submit location, country, and business category through a form AI Location Analysis: Gemini AI identifies sub-locations within the specified area Yelp Scraping: BrightData extracts business information from multiple locations Data Processing: Cleans and stores business details in Google Sheets Trustpilot Verification: Scrapes reviews and company details for credibility check Email Generation: Claude AI creates personalized outreach messages Automated Outreach: Sends emails to qualified prospects via Gmail 📊 Data Output | Field | Description | Example | |---------------|----------------------------------|----------------------------------| | Company Name | Business name from Yelp/Trustpilot | Best Local Restaurant | | Website | Company website URL | https://example-restaurant.com | | Phone Number | Business contact number | (555) 123-4567 | | Email | Business email address | demo@example.com | | Address | Physical business location | 123 Main St, City, State | | Rating | Overall business rating | 4.5/5 | | Categories | Business categories/tags | Restaurant, Italian, Fine Dining | 🚀 Setup Instructions ⏱️ Estimated Setup Time: 10–15 minutes Prerequisites n8n instance (self-hosted or cloud) Google account with Sheets access BrightData account with Yelp and Trustpilot datasets Google Gemini API access Anthropic API key for Claude Gmail account for sending emails Step 1: Import the Workflow Copy the JSON workflow code In n8n: Workflows → + Add workflow → Import from JSON Paste JSON and click Import Step 2: Configure Google Sheets Integration Create two Google Sheets: Yelp data: Name, Categories, Website, Address, Phone, URL, Rating Trustpilot data: Company Name, Email, Phone Number, Address, Rating, Company About Copy Sheet IDs from URLs In n8n: Credentials → + Add credential → Google Sheets OAuth2 API Complete OAuth setup and test connection Update all Google Sheets nodes with your Sheet IDs Step 3: Configure BrightData Set up BrightData credentials in n8n Replace API token with: BRIGHTDATAAPI_KEY Verify dataset access: Yelp dataset: gd_lgugwl0519h1p14rwk Trustpilot dataset: gd_lm5zmhwd2sni130p Test connections Step 4: Configure AI Models Google Gemini (Location Analysis) Add Google Gemini API credentials Configure model: models/gemini-1.5-flash Claude AI (Email Generation) Add Anthropic API credentials Configure model: claude-sonnet-4-20250514 Step 5: Configure Gmail Integration Set up Gmail OAuth2 credentials in n8n Update "Send Outreach Email" node Test email sending Step 6: Test & Activate Activate the workflow Test with sample data: Country: United States Location: Dallas Category: Restaurants Verify data appears in Google Sheets Check that emails are generated and sent 📖 Usage Guide Starting a Lead Generation Campaign Access the form trigger URL Enter your target criteria: Country: Target country Location: City or region Category: Business type (e.g., restaurants) Submit the form to start the process Monitoring Results Yelp Data Sheet: View scraped business information Trustpilot Sheet: Review credibility data Gmail Sent Items: Track outreach emails sent 🔧 Customization Options Modifying Email Templates Edit the "AI Generate Email Content" node to customize: Email tone and style Services mentioned Call-to-action messages Branding elements Adjusting Data Filters Modify rating thresholds Set minimum review counts Add geographic restrictions Filter by business size Scaling the Workflow Increase batch sizes Add delays between requests Use parallel processing Add error handling 🚨 Troubleshooting Common Issues & Solutions BrightData Connection Failed Cause: Invalid API credentials or dataset access Solution: Verify credentials and dataset permissions No Data Extracted Cause: Invalid location or changed page structure Solution: Verify location names and test other categories Gmail Authentication Issues Cause: Expired OAuth tokens Solution: Re-authenticate and check permissions AI Model Errors Cause: API quota exceeded or invalid keys Solution: Check usage limits and API key Performance Optimization Rate Limiting: Add delays Error Handling: Retry failed requests Data Validation: Check for malformed data Memory Management: Process in smaller batches 📈 Use Cases & Examples Digital Marketing Agency Lead Generation Goal: Find businesses needing marketing Target: Restaurants, retail stores Approach: Focus on good-rated but low-online-presence businesses B2B Sales Prospecting Goal: Find software solution clients Target: Growing businesses Approach: Focus on recent positive reviews Partnership Development Goal: Find complementary businesses Target: Established businesses Approach: Focus on reputation and satisfaction scores ⚡ Performance & Limits Expected Performance Processing Time: 5–10 minutes/location Data Accuracy: 90%+ Success Rate: 85%+ Daily Capacity: 100–500 leads Resource Usage API Calls: ~10–20 per business Storage: Minimal (Google Sheets) Execution Time: 3–8 minutes/10 businesses Network Usage: ~5–10MB/business 🤝 Support & Community Getting Help n8n Community Forum: community.n8n.io Docs: docs.n8n.io BrightData Support: Via dashboard Contributing Share improvements Report issues and suggestions Create industry-specific variations Document best practices > 🔒 Privacy & Compliance: Ensure GDPR/CCPA compliance. Always respect robots.txt and terms of service of scraped sites. --- 🎯 Ready to Generate Leads! This workflow provides a complete solution for automated lead generation and outreach. Customize it to fit your needs and start building your pipeline today! For any questions or support, please contact: 📧 info@incrementors.com or fill out this form: Contact Us
By IncrementorsAuto-publish social videos to 9 platforms via Google Sheets and Blotato
Auto-Publish Social Videos to 9 Platforms via Google Sheets and Blotato Who is this workflow for? This workflow is ideal for marketers, content creators, virtual assistants, and automation specialists managing multi-platform video content. It’s especially useful for teams who want to centralize publishing via a spreadsheet and automate social distribution in one shot. What problem does this workflow solve? Manually posting videos to multiple social platforms is tedious and time-consuming. This workflow allows you to streamline video distribution using Blotato’s API — no more switching between platforms or re-uploading the same video multiple times. What this workflow does This automation reads video metadata (URL, caption, title) from a Google Sheet, uploads the video to Blotato, and automatically publishes it to Instagram, YouTube, TikTok, Facebook, LinkedIn, Threads, Twitter (X), Pinterest, and Bluesky. It also updates the sheet to reflect the publishing status (STATUS = DONE), ensuring that your data remains clean and trackable. Setup Set up your Google Sheet with the required columns: PROMPT, DESCRIPTION, URL VIDEO, Titre, row_number, and STATUS. Add your Blotato API key in the headers of the Upload Video and Post to X nodes. Replace the platform-specific IDs in the Assign Social Media IDs node (Instagram ID, Facebook Page ID, etc.). Set the schedule in the Schedule Trigger node to define when the publishing happens. > ⚠️ Disclaimer: This workflow uses Community Nodes. These are only available on self-hosted n8n instances. How to customize this workflow Add logic to skip rows already marked as DONE. Expand to more platforms supported by Blotato. Use a webhook or Telegram trigger instead of the scheduler for more interactivity. Modify content per platform if needed (caption formatting, hashtags, etc.). 📄 Documentation: Notion Guide Demo Video 🎥 Watch the full tutorial here: YouTube Demo
By Dr. FirasBulk file upload to Google Drive with folder management
🗂️ Bulk File Upload to Google Drive with Folder Management How it works User submits files and target folder name via form Workflow checks if folder exists in Drive Creates folder if needed or uses existing one Processes and uploads all files maintaining structure Set up steps (Est. 10-15 mins) Set up Google Drive credentials in n8n Replace parent folder ID in search query with your Drive folder ID Configure form node with: Multiple file upload field Folder name text field Test workflow with sample files 💡 Detailed configuration steps and patterns are documented in sticky notes within the workflow. Perfect for: Bulk file organization Automated Drive folder management File upload automation Maintaining consistent file structures
By Julian KaiserAutomate Gmail email triage with Eisenhower Matrix and GPT-4.1-mini
Who is this workflow for This workflow is designed for busy professionals, productivity enthusiasts, and teams drowning in email overload. Whether you're a startup founder, operations manager, executive assistant, or team lead, this solution helps you bring structure and clarity to your inbox. If you struggle to identify which emails deserve immediate attention versus which can be scheduled, delegated, or ignored, this workflow is for you. What it does / How it works This n8n automation integrates Gmail and OpenAI to apply the Eisenhower Matrix—a classic productivity framework—to incoming emails. It reads each new unread email from your inbox and automatically classifies it into one of four categories based on urgency and importance: Urgent + Important: Critical messages requiring immediate action (e.g., legal, financial, investor or user-blocking issues). Not Urgent + Important: High-value strategic emails you should schedule time for (e.g., partnership opportunities, key coordination). Urgent + Not Important: Time-sensitive but delegable tasks (e.g., routine operations or technical updates). Not Urgent + Not Important: Low-value noise like spam or promotions that should be archived or batch-reviewed later. The classification is powered by a GPT model with custom prompts tailored to understand email context and assign the right category with high accuracy. After classification, the workflow adds the appropriate label in Gmail and automatically archives emails marked as low-priority. The result: your inbox becomes a dynamic priority system, helping you make faster, smarter decisions without the mental load of constant triage. How to set it up Create Gmail Labels: Manually create these four labels in your Gmail account: Urgent + Important Not Urgent + Important Urgent + Not Important Not Urgent + Not Important Connect Accounts in n8n: Set up Gmail OAuth2 credentials in your n8n instance to allow reading and labeling emails. Add your OpenAI API key to enable the AI classification. Update Label IDs: In the Gmail nodes of the workflow, replace the label IDs (e.g., Label_4335697733647997523) with the IDs from your own Gmail account. You can find these by creating a dummy workflow with a “Gmail → Get All Labels” node. Test and Deploy: You can run the workflow manually using the “Execute Workflow” trigger or set it to run automatically with the Gmail Trigger that polls every minute. Review your Gmail inbox to see how labels are applied and ensure the archive function is working as expected. Requirements A free or paid n8n instance (self-hosted or cloud) Gmail account with OAuth2 access configured in n8n OpenAI API key (GPT-4.1-mini recommended for accuracy) Four predefined Gmail labels that match the Eisenhower Matrix Basic familiarity with editing Gmail node parameters in n8n How to customize the workflow Tailor the AI prompts: Update the Text Classifier node with your own examples or definitions of what counts as urgent or important based on your business context. Refine inputs: Add filters to process only emails from specific senders or domains (e.g., VIP clients, your team). Extend outcomes: Trigger Slack alerts for urgent messages, auto-reply to certain senders, or sync scheduled items to your calendar. Localization: Adjust labels and prompts to match your preferred language or naming conventions. Archive rules: Modify the "Remove Labels" node to exclude specific categories from archiving or add additional cleanup actions. Why this improves productivity This workflow removes decision fatigue from your email routine. By automatically labeling and sorting emails according to urgency and importance, you: Spend less time sorting emails manually Focus energy on what truly matters Schedule strategic tasks thoughtfully Delegate or ignore distractions confidently Instead of reacting to your inbox, you take control of it—turning email chaos into a structured priority system that aligns with your goals.
By Cristian Tala SánchezDoctor appointment management system with Gemini AI, WhatsApp, Stripe & Google Sheets
WhatsApp AI Assistant for Clinic Appointment Booking Automate your entire appointment lifecycle with an intelligent AI assistant that lives on WhatsApp. This workflow empowers any clinic or independent practitioner to manage bookings, take payments, and send reminders without manual intervention, using Google Sheets as a simple database. This template handles everything from the initial booking conversation to sending the final reminder, allowing you to focus on your patients, not your schedule. Features 🤖 Conversational AI Booking: A Google Gemini-powered agent guides patients through booking, rescheduling, and canceling appointments in a natural, friendly chat. 🗓️ Smart Scheduling: The AI checks for available slots based on your working hours and existing appointments in Google Sheets, preventing double-bookings. 🔔 Automated Reminders: A daily trigger automatically sends WhatsApp reminders to patients for their appointments on that day, reducing no-shows. 💳 Seamless Payments: Integrated with Stripe to handle online payments. The workflow sends a confirmation message upon successful payment. 📊 Centralized Management: Uses a single Google Sheet with separate tabs for Patients, Appointments, and Configuration, making it easy to view and manage all your data. 🔄 Easy Rescheduling & Cancellations: Patients can manage their own bookings through the WhatsApp chat, and all changes are instantly reflected in your Google Sheet. Prerequisites Before you begin, you will need the following accounts and credentials: n8n Account: A running n8n instance (cloud or self-hosted). WhatsApp Business Account: Access to the WhatsApp Cloud API. Google Account: For using Google Sheets and the Google Gemini (AI) API. Stripe Account: To process online payments. n8n Credentials: You must configure credentials in your n8n instance for: WhatsApp Cloud API Google Sheets (OAuth2) Google Gemini API Stripe Setup Instructions Follow these steps carefully to get your automated assistant up and running. Step 1: Set Up Your Google Sheet This workflow relies on a specific Google Sheet structure. Create a new Google Sheet. Rename the sheet to something memorable, like "Clinic Appointments". Create three tabs at the bottom with the exact names: Patients, Appointments, and Config. Set up the columns for each tab as follows (the header names must be an exact match): Patients tab: patientid, whatsappnumber, name, age, gender Appointments tab: appointmentid, patientid, whatsappnumber, date, time, paymentmethod, paymentstatus, status, stripepayment_intent Config tab: key, value (Add a row with working_hours as the key and a value like 10:00-18:00) Step 2: Configure the Workflow Nodes Now, you'll link the workflow to your accounts and your new Google Sheet. Update All Google Sheets Nodes: Go through every Google Sheets node in the workflow (e.g., "Get Appointment sheet", "Add Patient", "Google Sheets Trigger") and do the following: Select your Google Sheets credential from the dropdown. In the Document ID field, paste the ID of your Google Sheet. Select the correct sheet (Appointments, Patients, etc.) from the Sheet Name dropdown. Update All WhatsApp Nodes: Go through every WhatsApp node (e.g., "Send message", "WhatsApp Trigger", "Send Payment Confirmation"): Select your WhatsApp credential. Enter your Phone Number ID from your Meta for Developers account. Update AI & Stripe Nodes: In the Google Gemini Chat Model nodes, select your Google Gemini credential. In the Stripe Trigger node, select your Stripe credential. Step 3: Activate the Workflow Click Save to apply your changes. Click the Activate toggle in the top-right corner to turn the workflow on. Your AI appointment assistant is now live! Send a message to your WhatsApp number to begin testing. Customization Change Reminder Time: To change the daily reminder time, open the Schedule Trigger node and adjust the hour from the default of 8 AM. Edit AI Personality: To modify how the AI communicates, edit the system message in the AI Agent node (the one connected to the WhatsApp Trigger). You can change its tone, instructions, or language.
By GreatStackRaw materials inventory management with Google Sheets, Supabase and approvals
Automated Raw Materials Inventory Management with Google Sheets, Supabase, and Gmail using n8n Webhooks Description What Problem Does This Solve? 🛠️ This workflow automates raw materials inventory management for businesses, eliminating manual stock updates, delayed material issue approvals, and missed low stock alerts. It ensures real-time stock tracking, streamlined approvals, and timely notifications. Target audience: Small to medium-sized businesses, inventory managers, and n8n users familiar with Google Sheets, Supabase, and Gmail integrations. What Does It Do? 🌟 Receives raw material data and issue requests via form submissions. Updates stock levels in Google Sheets and Supabase. Manages approvals for material issue requests with email notifications. Detects low stock levels and sends alerts via Gmail. Maintains data consistency across Google Sheets and Supabase. Key Features Real-time stock updates from form submissions. Automated approval process for material issuance. Low stock detection with Gmail notifications. Dual storage in Google Sheets and Supabase for redundancy. Error handling for robust data validation. Setup Instructions Prerequisites n8n Instance: Self-hosted or cloud n8n instance. API Credentials: Google Sheets API: Credentials from Google Cloud Console with Sheets scope, stored in n8n credentials. Supabase API: API key and URL from Supabase project, stored in n8n credentials (do not hardcode in nodes). Gmail API: Credentials from Google Cloud Console with Gmail scope. Forms: A form (e.g., Google Form) to submit raw material receipts and issue requests, configured to send data to n8n webhooks. Installation Steps Import the Workflow: Copy the workflow JSON from the “Template Code” section (to be provided). Import it into n8n via “Import from File” or “Import from URL”. Configure Credentials: Add API credentials in n8n’s Credentials section for Google Sheets, Supabase, and Gmail. Assign credentials to respective nodes. For example: In the Append Raw Materials node, use Google Sheets credentials: {{ $credentials.GoogleSheets }}. In the Current Stock Update node, use Supabase credentials: {{ $credentials.Supabase }}. In the Send Low Stock Email Alert node, use Gmail credentials. Set Up Nodes: Webhook Nodes (Receive Raw Materials Webhook, Receive Material Issue Webhook): Configure webhook URLs and link them to your form submissions. Approval Email (Send Approval Request): Customize the HTML email template if needed. Low Stock Alerts (Send Low Stock Email Alert, Send Low Stock Email After Issue): Configure recipient email addresses. Test the Workflow: Submit a test form for raw material receipt and verify stock updates in Google Sheets/Supabase. Submit a material issue request, approve/reject it, and confirm stock updates and notifications. How It Works High-Level Steps Receive Raw Materials: Processes form submissions for raw material receipts. Update Stock: Updates stock levels in Google Sheets and Supabase. Handle Issue Requests: Processes material issue requests via forms. Manage Approvals: Sends approval requests and processes decisions. Monitor Stock Levels: Detects low stock and sends Gmail alerts. Detailed Descriptions Detailed node descriptions are available in the sticky notes within the workflow screenshot (to be provided). Below is a summary of key actions. Node Names and Actions Raw Materials Receiving and Stock Update Receive Raw Materials Webhook: Receives raw material data from a form submission. Standardize Raw Material Data: Maps form data into a consistent format. Calculate Total Price: Computes Total Price (Quantity Received * Unit Price). Append Raw Materials: Records receipt in Google Sheets. Check Quantity Received Validity: Ensures Quantity Received is valid. Lookup Existing Stock: Retrieves current stock for the Product ID. Check If Product Exists: Branches based on Product ID existence. Calculate Updated Current Stock: Adds Quantity Received to stock (True branch). Update Current Stock: Updates stock in Google Sheets (True branch). Retrieve Updated Stock for Check: Retrieves updated stock for low stock check. Detect Low Stock Level: Flags if stock is below minimum. Trigger Low Stock Alert: Triggers email if stock is low. Send Low Stock Email Alert: Sends low stock alert via Gmail. Add New Product to Stock: Adds new product to stock (False branch). Current Stock Update: Updates Supabase Current Stock table. New Row Current Stock: Inserts new product into Supabase. Search Current Stock: Retrieves Supabase stock records. New Record Raw: Inserts raw material record into Supabase. Format Response: Removes duplicates from Supabase response. Combine Stock Update Branches: Merges branches for existing/new products. Material Issue Request and Approval Receive Material Issue Webhook: Receives issue request from a form submission. Standardize Data: Normalizes request data and adds Approval Link. Validate Issue Request Data: Ensures Quantity Requested is valid. Verify Requested Quantity: Validates Product ID and Submission ID. Append Material Request: Records request in Google Sheets. Check Available Stock for Issue: Retrieves current stock for the request. Prepare Approval: Checks stock sufficiency for the request. Send Approval Request: Emails approver with Approve/Reject options. Receive Approval Response: Captures approver’s decision via webhook. Format Approval Response: Processes approval data with Approval Date. Verify Approval Data: Validates the approval response. Retrieve Issue Request Details: Retrieves original request from Google Sheets. Process Approval Decision: Branches based on approval action. Get Stock for Issue Update: Retrieves stock before update (Approved). Deduct Issued Stock: Reduces stock by Approved Quantity (Approved). Update Stock After Issue: Updates stock in Google Sheets (Approved). Retrieve Stock After Issue: Retrieves updated stock for low stock check. Detect Low Stock After Issue: Flags low stock after issuance. Trigger Low Stock Alert After Issue: Triggers email if stock is low. Send Low Stock Email After Issue: Sends low stock alert via Gmail. Update Issue Request Status: Updates request status (Approved/Rejected). Combine Stock Lookup Results: Merges stock lookup branches. Create Record Issue: Inserts issue request into Supabase. Search Stock by Product ID: Retrieves Supabase stock records. Issues Table Update: Updates Supabase Materials Issued table. Update Current Stock: Updates Supabase stock after issuance. Combine Issue Lookup Branches: Merges issue lookup branches. Search Issue by Submission ID: Retrieves Supabase issue records. Customization Tips Expand Storage Options : Add nodes to store data in other databases (e.g., Airtable) alongside Google Sheets and Supabase. Modify Approval Email : Update the Send Approval Request node to customize the HTML email template (e.g., adjust styling or add branding). Alternative Notifications : Add nodes to send low stock alerts via other platforms (e.g., Slack or Telegram). Adjust Low Stock Threshold : Modify the Detect Low Stock Level node to change the Minimum Stock Level (default: 50).!
By ImmanuelMonitor favorite YouTube channels through RSS feeds and receive notifications
This workflow creates an automated system for monitoring and receiving notifications about new videos from your favorite YouTube channels through RSS feeds, with customizable email and Telegram notifications. 🌟 Key Features 📡 RSS Feed Management Accepts custom YouTube channel IDs or uses default channels Automatically creates RSS feeds for each YouTube channel Monitors channels for new video uploads Labels and filters recent videos within a 3-day window (change this as required) 📨 Multi-Channel Notification System Sends Telegram notifications with video thumbnails and links Delivers customized email notifications in two formats: Individual emails for each new video Single digest email containing all new videos ⚙️ Content Processing Fetches detailed video information using YouTube API Creates responsive HTML email templates with video previews Includes video thumbnails, titles, descriptions, and direct links Maintains professional formatting across different email clients 🛠️ Setup Requirements 🔑 API Configuration YouTube Data API credentials Gmail account for sending notifications Telegram bot token and chat ID OpenAI API key for content processing 📋 Channel Management Add YouTube channel IDs through form input Configure default channel list Set notification preferences Adjust monitoring schedule This workflow is perfect for content creators, marketers, or anyone wanting to stay updated with their favorite YouTube channels through automated, professionally formatted notifications delivered via email and Telegram.
By Joseph LePageAutomatic media download from WhatsApp Business messages with HTTP storage
This workflow listens for incoming WhatsApp messages that contain media (e.g., images) and automatically downloads the media file using WhatsApp's private media URL. The trigger node activates when a WhatsApp message with media is received. The media ID is extracted from the message payload. A private media URL is retrieved using the media ID. The media file is downloaded using an authenticated HTTP request. Ideal for: Archiving WhatsApp media to external systems. Triggering further automations based on received media. Integrating with cloud storage like Google Drive, Dropbox, or Amazon S3. Set up steps Connect your WhatsApp Business API account. Add HTTP credentials for downloading media via private URL. Set up the webhook in your WhatsApp Business account. Extend the workflow as needed for your use case (e.g., file storage, alerts).
By Usman LiaqatSummarize YouTube transcripts in any language with Google Gemini & Google Docs
YouTube Transcript Summarization in Any Language for Social Media This n8n workflow automates the process of: Retrieving YouTube Video Transcripts: It fetches the transcript for any YouTube video URL provided using the YouTube Transcript API from RapidAPI. Generating a Concise Summary in Any Language: The workflow uses Google Gemini (PaLM) to create a concise summary of the transcript in the language specified by the user (e.g., English, Spanish, etc.). Storing the Summary in Google Docs: The generated summary is inserted into a predefined Google Document, making it easy for users to share or edit. Features: Language Flexibility: Summaries are created in the desired language. Fully Automated: From fetching the transcript to updating Google Docs, the process is fully automated. Social Media Ready: The summary is formatted and stored in a Google Doc, ready for use in social media posts. This workflow integrates with YouTube Transcript API via RapidAPI, allowing you to easily fetch video transcripts and summarize them with AI. The entire process is automated and seamless. Powered by RapidAPI: API Used: YouTube Transcript API via RapidAPI to get the transcript data. --- Benefits: Saves Time: Automates the transcript summarization process, eliminating the need for manual content extraction and summarization. Customizable Language Support: Provides summaries in any language, enabling accessibility and engagement for a global audience. Streamlined Content Creation: Automatically generates concise, engaging summaries that are ready for social media use. Google Docs Integration: Saves summaries directly into a Google Doc for easy sharing, editing, and content management. --- Challenges Addressed: Manual Transcript Extraction: Problem: Manually transcribing and summarizing YouTube videos for social media can be time-consuming and error-prone. Solution: This workflow fully automates the process, saving hours of manual work using the YouTube Transcript API. Lack of Language Support in Summaries: Problem: Many automated tools only summarize content in a single language, limiting their accessibility. Solution: With language flexibility, the workflow creates summaries in the language of your choice, helping you cater to diverse audiences. Inconsistent Video Quality & Transcript Accuracy: Problem: Not all YouTube videos have well-structured or accurate transcripts, leading to incomplete or inaccurate summaries. Solution: The workflow can process and format even imperfect transcripts, ensuring that the generated summaries are still accurate and useful. Managing Content Across Platforms: Problem: Transcripts and summaries often need to be stored in multiple locations for social media posts, which can be cumbersome. Solution: The workflow integrates with Google Docs to automatically store and manage summaries in one place, making it easier to share and reuse content. ---
By Sk developer Archive Spotify's discover weekly playlist
This workflow will archive your Spotify Discover Weekly playlist to an archive playlist named "Discover Weekly Archive" which you must create yourself. If you want to change the name of the archive playlist, you can edit value2 in the "Find Archive Playlist" node. It is configured to run at 8am on Mondays, a conservative value in case you forgot to set your GENERIC_TIMEZONE environment variable (see the docs here). Special thanks to erin2722 for creating the Spotify node and harshil1712 for help with the workflow logic. To use this workflow, you'll need to: Create then select your credentials in each Spotify node Create the archive playlist yourself Optionally, you may choose to: Edit the archive playlist name in the "Find Archive Playlist" node Adjust the Cron node with an earlier time if you know GENERIC_TIMEZONE is set Setup an error workflow like this one to be notified if anything goes wrong
By TreyGet all contacts of HubSpot account
No description available.
By sshaligr