Pulling data from services that n8n doesn’t have a pre-built integration for
You still can use the app in a workflow even if we don’t have a node for that or the existing operation for that. With the HTTP Request node, it is possible to call any API point and use the incoming data in your workflow Main use cases: Connect with apps and services that n8n doesn’t have integration with Web scraping How it works This workflow can be divided into three branches, each serving a distinct purpose: 1.Splitting into Items (HTTP Request - Get Mock Albums): The workflow initiates with a manual trigger (On clicking 'execute'). It performs an HTTP request to retrieve mock albums data from "https://jsonplaceholder.typicode.com/albums." The obtained data is split into items using the Item Lists node, facilitating easier management. 2.Data Scraping (HTTP Request - Get Wikipedia Page and HTML Extract): Another branch of the workflow involves fetching a random Wikipedia page using an HTTP request to "https://en.wikipedia.org/wiki/Special:Random." The HTML Extract node extracts the article title from the fetched Wikipedia page. 3.Handling Pagination (The final branch deals with handling pagination for a GitHub API request): It sends an HTTP request to "https://api.github.com/users/that-one-tom/starred," with parameters like the page number and items per page dynamically set by the Set node. The workflow uses conditions (If - Are we finished?) to check if there are more pages to retrieve and increments the page number accordingly (Set - Increment Page). This process repeats until all pages are fetched, allowing for comprehensive data retrieval.
By JonathanExtract trends, auto-generate social content with AI, Reddit, Google & post
Extract Trends and Auto-Generate Social Media Content with OpenAI, Reddit, and Google Trends: Approve and Post to Instagram, TikTok, and More --- Description What Problem Does This Solve? 🛠️ This workflow automates trend extraction and social media content creation for businesses and marketers. It eliminates manual trend research and content generation by fetching trends, scoring them with AI, and posting tailored content to multiple platforms. Target audience: Social media managers, digital marketers, and businesses aiming to streamline content strategies. What Does It Do? 🌟 Fetches trending topics from Reddit, X and Google Trends Scores trends for relevance using OpenAI. Generates content for Twitter/X, LinkedIn, Instagram and Facebook Posts to supported platforms Stores results in Google Sheets for tracking Key Features 📋 Real-time trend fetching from Reddit and Google Trends. AI-driven trend scoring and content generation (OpenAI). Automated posting to Twitter/X, LinkedIn, Instagram, and Facebook. Persistent storage in Google Sheets. --- Setup Instructions Prerequisites ⚙️ n8n Instance: Self-hosted or cloud n8n instance. API Credentials: Reddit API: Client ID and secret from Reddit. SerpApi (Google Trends): API key from SerpApi, stored in n8n credentials OpenAI API: API key with GPT model access. Twitter/X API: OAuth 1.0a credentials with write permissions. LinkedIn API: OAuth 2.0 credentials with worganizationsocial scope. Instagram/Facebook API: Meta Developer app with posting permissions. Google Sheets API: Credentials from Google Cloud Console. Installation Steps 📦 Import the Workflow: Copy the workflow JSON from the "Template Code" section below. Import it into n8n via "Import from File" or "Import from URL". Configure Credentials: Add API credentials in n8n’s Credentials section for Reddit, SerpApi, OpenAI, Twitter/X, LinkedIn, Instagram/Facebook, and Google Sheets. Assign credentials to respective nodes. For example: In the Fetch Google Trends node (HTTP Request), use n8n credentials for SerpApi instead of hardcoding the API key. Example: Set the API key in n8n credentials as SerpApiKey and reference it in the node’s query parameter: api_key={{ $credentials.SerpApiKey }}. Set Up Google Sheets with the following columns (exact column names are case-sensitive) -Timestamp | Trend | Score | BrandVoice | AudienceMood | Customize Nodes: OpenAI Nodes (Trend Relevance Scoring, Generate Social Media Content): Update the model (e.g., gpt-4o) and prompt as needed. HTTP Request Nodes (Post to Twitter/X, Post to LinkedIn, etc.): Verify URLs, authentication, and payloads. Brand Voice/Audience Mood: Adjust Prepare Trend Scoring Input for your desired brandvoice (e.g., "casual") and audiencemood (e.g., "curious"). Test the Workflow: Fetch Reddit Trends to Store Selected Trends- to score and store trends. Retrieve Latest Trends to end) to generate and post content Check Google Sheets for posting statuses --- How It Works High-Level Steps 🔍 Fetch Trends: Pulls trends from Reddit,X and Google Trends. Score Trends: Uses OpenAI to score trends for relevance. Generate Content: Creates platform-specific social media content. Post Content: Posts to LinkedIn, Facebook or X Detailed descriptions are available in the sticky notes within the workflow screenshot above. --- Node Names and Actions Trend Extraction and Scoring Daily Trigger Idea: Triggers the workflow daily. Set Default Inputs: Sets default brand_voice and inputs. Fetch Reddit Trends: Fetches Reddit posts. Extract Reddit Trends: Extracts trends from Reddit. Fetch Google Trends: Fetches Google Trends via SerpApi. Extract Google Trends2: Processes Google Trends data. Fetch Twitter Mentions: Fetches Twitter mentions. Translate Tweets to English: Translates tweets. Fix Tweet Translation Output: Fixes translation format. Detect Audience Mood: Detects audience mood. Fix Audience Mood Output: Fixes mood output format. Analyze News Sentiment: Analyzes news sentiment. Combine Data (Merge): Merges all data sources. Merge Items into Single Item: Combines data into one item. Combine Trends and UGC: Combines trends with UGC. Prepare Trend Scoring Input: Prepares data for scoring. Trend Relevance Scoring: Scores trends with OpenAI. Parse Trend Scores: Parses scoring output. Store Selected Trends: Stores trends in Google Sheets. Content Generation and Posting Retrieve Latest Trends: Retrieves trends from Google Sheets. Parse Retrieved Trends: Parses retrieved trends. Select Top Trends: Selects the top trend. Generate Social Media Content: Generates platform-specific content. Parse Social Media Content: Parses generated content. Generate Images: Generates images for posts (if applicable). -Handle Approvals/Rejection before Posting Post to Instagram: Posts to Instagram. Post to Facebook: Posts to Facebook. Post to LinkedIn: Posts to LinkedIn. --- Customization Tips Add Trend Sources 📡: Include more sources (e.g., Instagram trends) by adding nodes to Combine Data (Merge). Change Content Tone ✍️: Update the Generate Social Media Content prompt for a different tone (e.g., "humorous"). Adjust Schedule ⏰: Modify Daily Trigger Idea to run hourly or weekly. Automate TikTok/YouTube 🎥: Add video generation (e.g., FFMPEG) to post TikTok and YouTube Shorts ---
By ImmanuelAutomated Instagram reels workflow
This workflow automates the process of creating and posting Instagram Reels, combining Google Drive, AI, Airtable, and the Facebook Graph API. It supports two content creation paths: Scheduled Random Video Selection & Posting Selects a random video from a Google Drive folder named "Random video mover" based on a schedule. Moves the video to a processing folder for posting. Manual Upload Trigger & Posting Watches a specific Google Drive folder ("n8n reels automation on instagram"). Triggers the workflow when a new video is uploaded. Core Process (applies to both paths) Download Video from Google Drive. AI Caption Generation with Google Gemini, using the file name as context. The AI creates concise captions with hashtags and a call-to-action. Airtable Logging to store video name, caption, and URL. Instagram Reels Posting via the Facebook Graph API. Recent Change In early 2025, Meta tightened its requirements for videourl and imageurl parameters. URLs must now be direct, public links to the raw media file with no redirects or authentication. Google Drive links no longer work. Our Fix Store the binary file locally on the n8n server at /tmp/video.mp4. Serve the file through a public n8n webhook with the correct Content-Type. Use the webhook URL in the Facebook Graph API request. Upload succeeds without the “Media download has failed” error. Cleanup Deletes the temporary file after posting. Benefits Saves time with full automation. Improves engagement through AI-generated captions. Keeps content organized in Airtable. Works with Meta’s updated API requirements by hosting files directly from the n8n server.
By Iniyavan JCAuto-generate & post AI images to Facebook using Gemini & Pollinations AI
This workflow is designed for content creators or AI artists who want to automate posting unique AI-generated images to their Facebook Page multiple times a day. It uses Google Gemini via LangChain to generate imaginative image prompts, and Pollinations AI to generate the images. Posts are published with hashtags and a clean caption. Who Is It For AI artists Facebook page managers Digital marketers looking for automated creative content What It Does Triggers 3x daily at 7:00, 11:00, and 17:00 (local time) Generates random AI image prompts in a retro-futuristic, cinematic, or surreal style using Google Gemini Fetches images from Pollinations AI using custom prompts Posts images automatically to your Facebook Page with hashtags Requirements n8n self-hosted or desktop (workflow uses schedule trigger) Pollinations API (no auth needed) Facebook Page with Facebook Graph API token: Required scopes: pagesmanageposts, pagesreadengagement, pagesshowlist Google Gemini API Key (used via LangChain node) How to Customize Change the prompt style in the Basic LLM Chain node (promptType: define) to suit your theme. Adjust Set The Generator Image node if you want: Different image sizes (width / height) Different seed randomness Other Pollinations models (&model=kontext) Add Telegram/Twitter nodes if you want cross-posting Use Set node to allow easy user-level configuration of models, hashtags, times, etc.
By Fahmi OktafianReceive messages from a topic via Kafka and send an SMS
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By Harshil AgrawalAuto-generate SEO articles in WordPress with Gemini AI and OpenAI images
This n8n template helps you automate the process of generating, uploading, and saving SEO-optimized articles as drafts in your Wordpress site using AI agents for both content and visuals. Use cases are many: Blog Owners: Effortlessly keep your Wordpress blog updated with automated, SEO-optimized articles and featured images. Affiliate Marketers: Rapidly publish keyword-rich Wordpress posts to boost traffic and affiliate earnings without manual writing. Newsrooms & Content Teams: Instantly draft and upload timely Wordpress articles to stay ahead on trending topics with minimal effort. Agencies: Automate content creation and publishing across multiple client Wordpress sites, scaling your agency’s output. How It Works The workflow begins with a manual trigger in n8n. The target Wordpress website domain - where the article will be published - is specified using the Fields – Set Website node. The Agent – Topic Chooser & Title Generator uses Google Gemini to randomly select one of your pre-defined website-related topics and requests the model to generate article elements in your specified format. The results are then parsed and routed to the next AI agent. The Agent – Article Generator (powered by Google Gemini) creates a complete, SEO-optimized article tailored to your settings and the selected topic. The workflow then uploads the AI-generated article as a draft post to your Wordpress site. Next, the article content is sent to the OpenAI to generate a unique, relevant featured image. The generated image is uploaded and set as the featured image in the draft post. (Optional) Finally, the workflow can notify you via Telegram (or any connected messaging app) that the post is ready as a draft on your Wordpress account for further review. ⚠️ Important Note: In the default prompt setup of the first Agent – Topic Chooser & Title Generator, the website domain is set to Agent Circle, the industry is Technology and Artificial Intelligence, and the 5 available topics for article generation are: Artificial Intelligence (AI); AI Agents; Automation; Workflow; Prompts). To get the best results for your site, please make sure to adjust this part of the prompt to match your own website domain, your industry, and the topics most relevant to your audience. How To Set Up Download and import the workflow into your n8n workspace. Set up the necessary credentials for each tool: Google Gemini API (for article elements generation) → connected to nodes Google Gemini Chat Model 1 and Google Gemini Chat Model 2. OpenAI API (for creating unique featured images) → connected to the node OpenAI - Generate Image. Wordpress API access (for posting, uploading, and setting featured images) → connected to the node Wordpress - Post Draft. (Optional) Telegram or your preferred chat app (for completion notifications). Adjust the Fields – Set Website node to match your target Wordpress website domain. Manually trigger the workflow by clicking Test Workflow or Execute Workflow. Wait for the process to complete. Receive a chat notification or check the draft post directly in your Wordpress dashboard. Requirements An n8n instance (self-hosted or cloud). OpenAI API access (for image generation). Wordpress API access with admin permissions. Access to Google Gemini (for advanced topic selection and article generation). (Optional) API credentials for Telegram or another messaging app if you want to receive notifications when the process is complete. How To Customize Modify topics, article elements and guildelines: You can easily customize the pre-defined topics in the instruction prompt within Node Agent – Topic Chooser & Title Generator, as well as adjust the descriptions or structure of each article element to fit your needs and style. Integrate other chat triggers: Link up with Slack, Discord, or any messaging tool to update progress. Choose your AI model: Swap between Google Gemini and OpenAI for content generation, or add your preferred LLM. Need Help? If you’d like this workflow customized, or if you’re looking to build a tailored AI Agent for your own business - please feel free to reach out to Agent Circle. We’re always here to support and help you to bring automation ideas to life. Join our community on different platforms for assistance, inspiration and tips from others. Website: https://www.agentcircle.ai/ Etsy: https://www.etsy.com/shop/AgentCircle Gumroad: http://agentcircle.gumroad.com/ Discord Global: https://discord.gg/d8SkCzKwnP FB Page Global: https://www.facebook.com/agentcircle/ FB Group Global: https://www.facebook.com/groups/aiagentcircle/ X: https://x.com/agent_circle YouTube: https://www.youtube.com/@agentcircle LinkedIn: https://www.linkedin.com/company/agentcircle
By Agent CircleCompress binary files to zip format
This workflow allows you to compress binary files to zip format. HTTP Request node: The workflow uses the HTTP Request node to fetch files from the internet. If you want to fetch files from your local machine, replace it with the Read Binary File or Read Binary Files node. Compression node: The Compression node compresses the file into a zip. If you want to compress the files to gzip, then select the gzip format instead. Based on your use-case, you may want to write the files to your disk or upload it to Google Drive or Box. If you want to write the compressed file to your disk, replace the Dropbox node with the Write Binary File node, or if you want to upload the file to a different service, use the respective node.
By Harshil AgrawalAdd a new user to Notion database on Calendly invite creation
This workflow allows you to add a new user to your Notion database when an invite gets created via Calendly. Calendly Trigger node: The Calendly node will trigger the workflow when an invite gets created. Notion node: This node will create a new record using the information received from the previous node.
By Harshil AgrawalGenerate videos from text descriptions using Wan 2.2 T2V Fast and Replicate
This workflow provides automated access to the Wan Video Wan 2.2 T2V Fast AI model through the Replicate API. It saves you time by eliminating the need to manually interact with AI models and provides a seamless integration for video generation tasks within your n8n automation workflows. Overview This workflow automatically handles the complete video generation process using the Wan Video Wan 2.2 T2V Fast model. It manages API authentication, parameter configuration, request processing, and result retrieval with built-in error handling and retry logic for reliable automation. Model Description: A very fast and cheap PrunaAI optimized version of Wan 2.2 A14B text-to-video Key Capabilities AI-powered video generation and processing High-quality video synthesis from inputs Advanced video manipulation capabilities Fast, optimized processing for quick results Tools Used n8n: The automation platform that orchestrates the workflow Replicate API: Access to the Wan Video/wan-2.2-t2v-fast AI model Wan Video Wan 2.2 T2V Fast: The core AI model for video generation Built-in Error Handling: Automatic retry logic and comprehensive error management How to Install Import the Workflow: Download the .json file and import it into your n8n instance Configure Replicate API: Add your Replicate API token to the 'Set API Token' node Customize Parameters: Adjust the model parameters in the 'Set Video Parameters' node Test the Workflow: Run the workflow with your desired inputs Integrate: Connect this workflow to your existing automation pipelines Use Cases Video Content Creation: Generate videos for social media, marketing, and presentations Animation & Motion Graphics: Create animated content and visual effects Video Editing: Enhance and transform existing video content Educational Content: Produce instructional and explainer videos Connect with Me Website: https://www.nofluff.online YouTube: https://www.youtube.com/@YaronBeen/videos LinkedIn: https://www.linkedin.com/in/yaronbeen/ Get Replicate API: https://replicate.com (Sign up to access powerful AI models) n8n automation ai replicate aiautomation workflow nocode videogeneration aivideo videoai motion videoautomation videocreation machinelearning artificialintelligence aitools automation digitalart contentcreation productivity innovation
By Yaron BeenCreate 2 XML files: with and without XML attributes
This workflow demonstrates two ways of exporting data from SQL to XML. First, several random records are received from the MySQL database. Then, in the upper part of the workflow, the structure of an XML is defined in the Set node. After that, the ItemLists node combines all items into an array. This allows an XML node to create a simple XML file. The lower part of the workflow shows how to create an XML with attributes. It is almost identical except that a $ (dollar sign) JSON key is used to define XML attributes. Finally, both files are saved locally.
By n8n TeamAutomated B2B lead generation: Google Maps to Sheets with BrowserAct & Telegram
Automated B2B Lead Generation from Google Maps to Google Sheets using BrowserAct This n8n template automates local lead generation by scraping Google Maps for businesses, saving them to Google Sheets, and notifying you in real-time via Telegram. This workflow is perfect for sales teams, marketing agencies, and local B2B services looking to build targeted lead lists automatically. --- Self-Hosted Only This Workflow uses a community contribution and is designed and tested for self-hosted n8n instances only. --- How it works The workflow is triggered manually. You can set the Location, BussinesCategory, and number of leads (ExtractedData) in the first BrowserAct node. A BrowserAct node ("Run a workflow task") initiates the scraping job on Google Maps using your specified criteria. A second BrowserAct node ("Get details of a workflow task") pauses the workflow and waits for the scraping task to be 100% complete. A Code node takes the raw JSON string output from the scraper and correctly parses it, splitting the data into individual items (one for each business). A Google Sheets node appends or updates each lead into your spreadsheet, matching on the "Name" column to prevent duplicate entries. Finally, a Telegram node sends a message with the new lead's details to your specified chat, providing instant notification. --- Requirements BrowserAct API account for web scraping BrowserAct "Google Maps Local Lead Finder" Template BrowserAct n8n Community Node -> (n8n Nodes BrowserAct) Google Sheets credentials for saving leads Telegram credentials for sending notifications Need Help? How to Find Your BrowseAct API Key & Workflow ID How to Connect n8n to Browseract How to Use & Customize BrowserAct Templates How to Use the BrowserAct N8N Community Node --- Workflow Guidance and Showcase AUTOMATE Local Lead Generation: Google Maps to Sheets & Telegram with n8n
By Madame AI Team | KaiAI-powered workflow error analysis & fix suggestions with Gemini 2.5 Pro
Overview Stop digging through execution logs to find out why a workflow failed. This template provides a "set-it-and-forget-it" monitoring system that uses AI to automatically debug your n8n workflows. Instead of just getting a simple error message, you'll receive a detailed email notification with a root cause analysis and a step-by-step suggested fix from a Gemini-powered AI agent. This saves you valuable time, helps you resolve issues faster, and ensures your critical automations are always running smoothly. --- Prerequisites Before you begin the setup, please make sure you have the following accounts and information ready: An n8n Instance: This workflow must be hosted on an active n8n instance. n8n API Key: You'll need to generate an API key from your n8n instance (Settings > API). OpenRouter Account: An account with OpenRouter.ai to access various AI models like Gemini. Google (Gmail) Account: To send and receive the email notifications. n8n Environment Variable: Your n8n instance must have the N8NEDITORBASE_URL environment variable configured. This is essential for generating correct links to your workflow executions. --- Use Cases This template is perfect for anyone who wants to proactively monitor their automations. Here are a few examples: Monitoring Critical Webhooks: Get instant, intelligent alerts if a workflow handling data from a payment gateway (like Stripe) or a form submission fails due to unexpected data, minimizing service disruption. Managing Complex Automations: For long, multi-step workflows, the AI can immediately pinpoint the exact failing node and suggest fixes for complex data mapping errors or API issues that are otherwise difficult to trace. Developers & Agencies: If you manage multiple n8n workflows for clients or different projects, this provides a centralized monitoring system that helps you stay on top of all automation issues without having to manually check each one. How it works This workflow acts as an automated debugging assistant for your n8n instance 🤖. When any of your other workflows fail during an automatic (production) execution, this template will: Capture the error and use the n8n API to fetch the complete structure of the failed workflow for full context. Send the error details and workflow structure to a powerful AI agent (via OpenRouter) for a detailed root cause analysis. Format the AI's diagnosis and suggested fix into a clean HTML email and send it to you via Gmail, including a direct link to the failed execution. Important Note: As per the n8n documentation, the Error Trigger node only runs for errors that happen in production executions (e.g., from a webhook call or a schedule). It will not run when you test a workflow by clicking "Execute workflow" manually. Set up steps (Estimated setup time: 10 minutes) There are two main parts to the setup: configuring this workflow, and then connecting it to the workflows you want to monitor. Part A: Configure the AI Debugger Workflow n8n API Credentials: Create an API key in your n8n instance under Settings > API and add it as a "Header Auth" credential for the Get Workflow JSON node. OpenRouter Credentials: Add your OpenRouter API key to the OpenRouter Chat Model node. Gmail Credentials: Authenticate your Gmail account in the Send Debugging Email node. Recipient Email: Update the "To" field in the final Send Debugging Email node with your own email address. Environment Variable: Ensure your N8NEDITORBASE_URL environment variable is correctly set for your n8n instance. This is required for building the API and execution links. Part B: Connect to Your Other Workflows For every workflow you want this debugger to monitor, you must link it in that workflow's settings. Go to the workflow you want to monitor (your "target" workflow). Click the three dots (...) in the top right corner and select Settings. 3. In the Error Workflow dropdown, select this "AI-Powered Workflow Debugger & Notifier" workflow. Click Save. Now, whenever that target workflow fails during a production run, this debugger workflow will automatically be triggered to analyze the error and notify you. Note that the error workflow only gets triggered on automatic runs, not manual ones: This is a feature of how the error trigger works in n8n. To ensure this, make sure the target workflow is active. It won't trigger the error workflow if it's turned off.
By Ramsey Njire