Marketplace
3.557 fertige Workflow-Dateien zum Download, plus 10.661 quellenverknüpfte n8n-Referenzen.
WTrack Website Traffic with Semrush API and Log Results to Google Sheets
Automated Seo Website Traffic Checker with Google Sheets Logging (Seo) Description: This workflow uses the Website Traffic Checker Semrush API to analyze website traffic and performance. It collects data through a user-submitted website URL and stores the results in Google Sheets for easy access and reporting. Ideal for SEO analysis and data tracking. Node-by-Node Explanation: 1. On form submission Captures the website URL submitted by the user through a form. Triggers the workflow when a website URL is submitted via the form interface. 2. Check webTraffic Sends a request to the Website Traffic Checker Semrush API to gather traffic data for the submitted website. Uses the provided URL to fetch real-time traffic statistics using the Semrush API. 3. Re format output Extracts and reformats the raw traffic data from the API response. Cleans and structures the traffic data for easy readability and reporting. 4. Google Sheets Appends the formatted traffic data into a Google Sheet for storage and further analysis. Stores the data in a Google Sheets document for long-term tracking and analysis. Benefits of This Flow: Real-Time Data Collection:** Collects real-time website traffic data dire
STalk to Your Google Sheets Using ChatGPT-5
This n8n workflow template creates an intelligent data analysis chatbot that can answer questions about data stored in Google Sheets using OpenAI's GPT-5 Mini model. The system automatically analyzes your spreadsheet data and provides insights through natural language conversations. What This Workflow Does Chat Interface**: Provides a conversational interface for asking questions about your data Smart Data Analysis**: Uses AI to understand column structures and data relationships Google Sheets Integration**: Connects directly to your Google Sheets data Memory Buffer**: Maintains conversation context for follow-up questions Automated Column Detection**: Automatically identifies and describes your data columns 🚀 Try It Out! 1. Set Up OpenAI Connection Get Your API Key Visit the OpenAI API Keys page. Go to OpenAI Billing. Add funds to your billing account. Copy your API key into your OpenAI credentials in n8n (or your chosen platform). 2. Prepare Your Google Sheet Connect Your Data in Google Sheets Data must follow this format: Sample Marketing Data First row** contains column names. Data should be in rows 2–100. Log in using OAuth, then select your workbook and sheet. 3. Ask Questio
Consolidate Daily Google Form Submissions into One Gmail Recap
Description Receive one clean Gmail recap each day with all Google Forms submissions. The workflow reads your Form-linked Google Sheets, compiles every request submitted today, and sends a single, structured email at your chosen time—keeping your inbox tidy. Context Instead of receiving dozens of individual notifications, consolidate all daily form submissions into one organized email recap. Who is this for? Teams managing multiple incoming requests per day. Managers who want a daily summary instead of real-time alerts. Anyone who prefers to avoid notification spam. Requirements Google account with Forms & Sheets access Google Forms linked to Google Sheets Gmail account with n8n OAuth configured Steps 🗒️ Use the sticky notes in the n8n canvas to: Credentials : Add/verify Google (Sheets) and Gmail credentials in n8n. Schedule : Add a Cron/Schedule Trigger (default: 17:00/ 5PM, your local time). Add Google Sheets node → Read mode. Spreadsheet: select your Form-linked sheet. Build the Recap Body Use a Code (Function) node to assemble a simple HTML list or table from the filtered rows. Send Gmail : Add Gmail node and setup your team inbox / distribution list. For the body, paste the H
Automate Marker.io Issues to Intercom Conversations with Full Technical Context
Automatically create Intercom conversations with full technical context when your team receive new Marker.io issues 🎯 What this template does This workflow creates a seamless bridge between Marker.io and Intercom, your customer support platform. Every issue submitted through Marker.io's widget automatically becomes a trackable conversation in Intercom, complete with technical details and visual context. Centralizing customers issues in Intercom helps your support agents continue the conversation right where they work every day. When a bug is reported, the workflow: Creates or updates the reporter as an Intercom contact Opens a new conversation with the reporter and the all issue details Adds a comprehensive internal note with technical metadata Preserves all screenshots, browser info, and custom data ✨ Benefits Zero manual entry** - All bug details transfer automatically Instant visibility** - Support agents sees issues immediately Rich context** - Technical details preserved for developers Better collaboration** - Single source of truth for bugs Faster resolution** - No time wasted gathering information 💡 Use Cases Product Teams**: Streamline bug triage without switching tools S
WTrack YouTube Trends by Country and Language with RapidAPI & Google Sheets
📈 YouTube Trend Finder Workflow using n8n & RapidAPI Description: Easily discover trending YouTube videos by country and language using this automated n8n workflow. The flow leverages the YouTube Trend Finder API and logs insights to Google Sheets — ideal for content creators, marketers, and researchers. 🔗 Node-by-Node Explanation | Node Name | Type | Description | |-----------------------------|--------------------|-----------------------------------------------------------------------------| | 1. On form submission | Form Trigger | Captures user input for country and language through a web form. | | 2. Trend Finder API Request | HTTP Request | Sends a request to YouTube Trend Finder API with the form data. | | 3. Re format output | Code | Extracts and reshapes API response data like title, link, and tags. | | 4. Google Sheets | Google Sheets | Appends the trending video data into a structured spreadsheet. | 🎯 Use Cases 🔍 Content Research: Find top-trending videos in any region or language for idea inspiration. 📈 Marketing Intelligence: Track video trends to tailor your video marketing strategy. 📰 Trend Monitoring: Journalists and analysts can quickly surface viral video top
SQuery Business Data from Cin7 ERP with OpenAI Chatbot via Peliqan
How it works This template is an end-to-end demo of an in-house AI agent that can answer a wide range of questions by retrieving information from the Cin7 ERP system. For example users can ask questions related to products, stock, accounting or any other type of information contained in Cin7. Peliqan.io is used as a "cache" of all Cin7 data. Peliqan uses one-click ELT to sync all data from Cin7 to the built-in data warehouse, allowing for fast & accurate queries. The AI agent uses Text-to-SQL to answer questions. Text-to-SQL is performed via the Peliqan node, added as a tool to the AI Agent. The question of the user - in natural language - is converted to an SQL query by the AI Agent. The query is executed by Peliqan.io on the source Cin7 data and the result is interpreted by the AI Agent. Preconditions You signed up for a Peliqan.io free trial account You have a Cin7 Omni or Cin7 Core ERP system Set up steps Sign up for a free trial on peliqan.io Add Cin7 Omni or Cin7 Core as a connection in Peliqan (using an API key from Cin7) Copy your Peliqan API key (in Peliqan go to Settings > API key) and use it in n8n to add a Peliqan connection Select your data warehouse in the Peliqan
C
Generate Platform-Optimized Social Media Content Across 6 Platforms with GPT-4o
Who’s it for This workflow is ideal for marketers, content creators, agencies, and small businesses that want to streamline the process of creating and publishing platform-optimized posts across multiple social media channels. How it works / What it does From a single user prompt, the workflow uses a custom system prompt and schema to generate tailored social media content for LinkedIn, Instagram, Facebook, Twitter (X), Threads, and YouTube Shorts. It creates platform-specific captions, hashtags, calls to action, and even AI-generated image suggestions, then routes the content to the correct publishing channel. How to set up Connect your social media platform credentials in n8n. Add your Google Docs links for the system prompt and content schema. Configure the IMGBB_API_KEY and any other required API credentials. Optionally connect Gmail and Telegram for approval workflows and notifications. Requirements n8n instance (self-hosted or cloud) API credentials for desired platforms Google Docs and Google Drive accounts How to customize the workflow Edit the system prompt and schema in Google Docs to adjust tone, style, and content format for each platform. Modify routing logic or add ne
Route Feedback by Sentiment Using Typeform, GCP Natural Language, Notion & Trello
Feedback Sentiment Workflow (Typeform → GCP → Notion/Slack/Trello) This template ingests feedback from Typeform, runs Google Cloud Natural Language sentiment analysis, routes based on sentiment, and then creates a Notion database page and posts a Slack notification for positive items, or creates a Trello card for negative items. The flow is designed for quick setup and safe sharing using placeholders for IDs and credentials. How it Works Typeform Trigger Captures each new submission and exposes answers like Name and the long-text Feedback field. Google Cloud Natural Language Analyzes the feedback text and returns a sentiment score in: documentSentiment.score Check Sentiment Score (IF) True branch: Score > 0 → Positive False branch: Score ≤ 0 → Non-positive Add Feedback to Notion (True branch) Creates a new page in a Notion database with mapped properties. Notify Slack (after Notion) Posts the feedback, author, and score to a Slack channel for visibility. Create Trello Card (False branch) Logs non-positive items to a Trello list for follow-up. Required Accounts Google Cloud Natural Language API** enabled (OAuth2 or service credentials). Notion integration** with database access t
Automated TikTok Video Downloader Bot (No Watermark) Using n8n and Telegram
Description This workflow is an n8n-based automation that allows users to download TikTok/Reels videos without watermarks simply by sending the video link through a Telegram Bot. It uses a Telegram Trigger to receive the link from the user, then makes an HTTP request to a third-party API (tiktokio.com) to process and retrieve the download link. The workflow filters the results to find the Download without watermark link, downloads the video in MP4 format, and sends it back to the user directly in their Telegram chat. Key features: Supports the best available video quality (bestvideo+bestaudio). Automatically removes watermarks. Instant response directly in Telegram chat. Fully automated — no manual downloads required. How It Works Telegram Trigger The user sends a TikTok or Reels link to the Telegram bot. The workflow captures and stores the link for processing. HTTP Request – MediaDL API The link is sent via POST method to https://mediadl.app/api/download. The API processes the link and returns video file data. Wait Delay The workflow waits a few seconds to ensure the API response is fully ready. Edit Fields Extracts the video file URL from the API response. Additional Wait Delay
Build a Customer Support RAG Agent with GPT-5, Telegram & Pinecone
🧠 RAG-Based Customer Support Agent (GPT-5 + Telegram) Description: This workflow builds a powerful Retrieval-Augmented Generation (RAG) Customer Support Agent that interacts with users directly through Telegram using the GPT-5 model. It combines real-time conversational capabilities with context-aware responses by leveraging vector search via Pinecone, making it ideal for automated, intelligent support systems. Watch Video Tutorial Build on Workflows Like These: https://www.youtube.com/@Automatewithmarc 💬 Key Features: Telegram Integration: Listens to customer queries via the Telegram Trigger node and sends back intelligent responses in the same chat. GPT-5 Agent (LangChain): A powerful AI agent node orchestrates the conversation using OpenAI's GPT-5 model. Contextual Memory: A Memory Buffer stores the last 15 interactions per user to provide more personalized and coherent multi-turn conversations. RAG with Pinecone: Integrates with Pinecone to fetch relevant answers from your “Customer FAQ” vector namespace, enabling grounded and accurate responses. Embeddings Generation: Uses OpenAI’s Embeddings node to process and vectorize documents for retrieval. End-to-End AI Pipeline: Conn
Generate Images with Realistic Inpainting using Simbrams Ri AI
Generate Images with Realistic Inpainting using Simbrams Ri AI This n8n workflow integrates with Replicate’s simbrams/ri model to generate images. It takes an input image and mask, applies transformations based on your parameters, and returns the final generated output automatically. 📌 Section 1: Trigger & Authentication ⚡ On Clicking ‘Execute’ (Manual Trigger) Purpose**: Starts the workflow manually. Benefit**: Useful for testing and running on demand. 🔑 Set API Key (Set Node) Purpose: Stores your **Replicate API key inside the workflow. Benefit**: Keeps credentials secure and ensures other nodes can reuse them. 📌 Section 2: Sending the Image Generation Request 🖼️ Create Prediction (HTTP Request Node) Purpose**: Sends a POST request to Replicate’s API to start generating an image. Input Parameters**: image: Input image URL mask: Mask image URL seed: Randomness control (for reproducibility) steps: Number of refinement steps strength: Intensity of modification (0–1) blur\_mask: Whether to blur the mask edges merge\_m\_s: Whether to merge mask with source Benefit**: Gives full control over how the model modifies your image. 🆔 Extract Prediction ID (Code Node) Purpose: Extracts t
Generate 3D Models & Textures from Images with Hunyuan3D AI
Generate 3D Models & Textures from Images with Hunyuan3D AI This workflow connects n8n → Replicate API to generate 3D-like outputs using the ndreca/hunyuan3d-2.1-test model. It handles everything: sending the request, waiting for processing, checking status, and returning results. ⚡ Section 1: Trigger & Setup ⚙️ Nodes 1️⃣ On Clicking “Execute” What it does:** Starts the workflow manually in n8n. Why it’s useful:** Great for testing or one-off runs before automation. 2️⃣ Set API Key What it does:* Stores your *Replicate API Key**. Why it’s useful:** Keeps authentication secure and reusable across HTTP nodes. 💡 Beginner Benefit No coding needed — just paste your API key once. Easy to test: press Execute, and you’re live. 🤖 Section 2: Send Job to Replicate ⚙️ Nodes 3️⃣ Create Prediction (HTTP Request) What it does:* Sends a *POST request** to Replicate’s API with: Model version (70d0d816...ae75f) Input image URL Parameters like steps, seed, generate_texture, remove_background Why it’s useful:** This kicks off the AI generation job on Replicate’s servers. 4️⃣ Extract Prediction ID (Code) What it does:* Grabs the *prediction ID** from the API response and builds a status-check URL. Wh
Generate Text-to-Video & Image-to-Video Content with Seedance 1 Lite AI
Generate Text-to-Video & Image-to-Video Content with Seedance 1 Lite AI Built with n8n + Replicate This workflow takes a prompt (and optional seed), sends it to Bytedance’s seedance-1-lite model, waits for processing, and returns a generated video. ⚡ Section 1: Start & Authenticate ▶️ On clicking ‘execute’** → Manual trigger to start the workflow. 🔑 Set API Key** → Stores your Replicate API key so all requests are authorized. Benefit: Keeps your API credentials secure and reusable. 🛠️ Section 2: Send Video Generation Request 📡 Create Prediction** → Makes a POST request to Replicate with: prompt: your text description of the video seed: (optional) controls randomness for reproducibility Model version: b6519549e375404f45af5ef2e4b01f651d4014f3b57d3270b430e0523bad9835 Benefit: Kickstarts AI video generation from just a simple text prompt. 🔍 Section 3: Track the Prediction 📦 Extract Prediction ID** → Stores predictionId, status, and predictionUrl for polling. ⏳ Wait** → Pauses 2 seconds between checks. 🔁 Check Prediction Status** → Calls Replicate to see if the video is ready. ✅ Check If Complete** → Branches: If status = succeeded → continue. Else → loop back to Wait until it’s f
Automatically Send Monthly Sales Reports from Square via Outlook
Automatically Send Monthly Sales Reports from Square via Outlook What It Does This workflow automatically connects to the Square API and generates a monthly sales summary report for all your Square locations. The report matches the figures displayed in Square Dashboard > Reports > Sales Summary. It's designed to run monthly and pull the previous month’s sales into a CSV file, which is then sent to a manager/finance team for analysis. This workflow builds on my previous template, which allows users to automatically pull data from the Square API into n8n for processing. (See here: https://n8n.io/workflows/6358) Prerequisites To use this workflow, you'll need: A Square API credential (configured as a Header Auth credential) A Microsoft Outlook credential How to Set Up Square Credentials: Go to Credentials > Create New Choose Header Auth Set the Name to Authorization Set the Value to your Square Access Token (e.g., Bearer <your-api-key>) How It Works Trigger: The workflow runs on the 1st of every month at 8:00 AM Fetch Locations: An HTTP request retrieves all Square locations linked to your account Fetch Orders: For each location, an HTTP request pulls completed orders f
WAutomatically Send Monthly Sales Reports from Square via Gmail
Automatically Send Monthly Sales Reports from Square via Gmail What It Does This workflow automatically connects to the Square API and generates a monthly sales summary report for all your Square locations. The report matches the figures displayed in Square Dashboard > Reports > Sales Summary. It's designed to run monthly and pull the previous month’s sales into a CSV file, which is then sent to a manager/finance team for analysis. This workflow builds on my previous template, which allows users to automatically pull data from the Square API into n8n for processing. (See here: https://n8n.io/workflows/6358) Prerequisites To use this workflow, you'll need: A Square API credential (configured as a Header Auth credential) A Gmail credential How to Set Up Square Credentials: Go to Credentials > Create New Choose Header Auth Set the Name to Authorization Set the Value to your Square Access Token (e.g., Bearer <your-api-key>) How It Works Trigger: The workflow runs on the 1st of every month at 8:00 AM Fetch Locations: An HTTP request retrieves all Square locations linked to your account Fetch Orders: For each location, an HTTP request pulls completed orders for the previou
Generate Images from Text with IBM Granite Vision 3.3 2B AI Model
Generate Images from Text with IBM Granite Vision 3.3 2B AI Model 🌍 Overview This workflow uses the ibm-granite/granite-vision-3.3-2b model (hosted on Replicate) to generate AI images. It starts manually, sends a request to the Replicate API, waits for the result, and finally outputs the generated image link. Think of it as your AI art assistant — you click once, and it handles the full request/response cycle for image generation. 🟢 Section 1: Trigger & API Setup 🔗 Nodes: Manual Trigger* → Starts when you click *Execute. Set API Key** → Stores your Replicate API Key safely in the workflow. 💡 Beginner takeaway: This section is like turning the key in the ignition. You start the workflow, and it loads your credentials so you can talk to Replicate’s API. 📈 Advantage: Keeps your API key stored inside the workflow instead of hard-coding it everywhere. 🟦 Section 2: Create Prediction 🔗 Nodes: HTTP Request (Create Prediction)** → Sends a request to Replicate with the chosen model (granite-vision-3.3-2b) and input parameters (seed, temperature, max\_tokens, etc.). 💡 Beginner takeaway: This is where the workflow actually asks the AI model to generate an image. 📈 Advantage: You can t
SSL/TLS Certificate Expiry Monitor with Slack Alert
How It Works: The 5-Node Certificate Management Flow 🗓️ This workflow efficiently monitors your domains for certificate expiry. Scheduled Check (Cron Node): This is the workflow's trigger. It's configured to run on a regular schedule, such as every Monday morning, ensuring certificate checks are automated and consistent. List Domains to Monitor (Code Node): This node acts as a static database, storing a list of all the domains you need to track. Check Certificate Expiry (HTTP Request Node): For each domain in your list, this node makes a request to a certificate checking API. The API returns details about the certificate, including its expiry date. Is Certificate Expiring? (If Node): This is the core logic. It compares the expiry date from the API response with the current date. If the certificate is set to expire within a critical timeframe (e.g., less than 30 days), the workflow proceeds to the next step. Send Alert (Slack Node): If the If node determines a certificate is expiring, this node sends a high-priority alert to your team's Slack channel. The message includes the domain name and the exact expiry date, providing all the necessary information for a quick response. How to
Enhance Your Workflow with 2Ndmoises_Generator AI
Enhance Your Workflow with 2Ndmoises_Generator AI This n8n workflow integrates with Replicate’s moicarmonas/2ndmoises_generator model to generate custom outputs based on your prompt. It handles authentication, triggers the prediction, monitors progress, and processes the final result automatically. 📌 Section 1: Trigger & Authentication ⚡ On Clicking ‘Execute’ (Manual Trigger) Purpose: Start the workflow manually whenever you want to run it. Benefit: Great for testing or running on-demand without needing automation. 🔑 Set API Key (Set Node) Purpose: Stores your Replicate API key in the workflow. How it works: Adds your API key as a variable that other nodes can reference. Benefit: Keeps credentials secure and reusable. 📌 Section 2: Sending the AI Request 📤 Create Prediction (HTTP Request Node) Purpose: Sends a request to the Replicate API to start generating output with the model. Input Parameters: prompt (text you provide) seed (for reproducibility) width / height / lora\_scale (generation settings) Benefit: Allows full customization of the AI’s generation process. 🆔 Extract Prediction ID (Code Node) Purpose: Pulls out the Prediction ID and status from the API response. Why im
WDownload Facebook Videos to Google Drive with Automated Logging in Sheets
🚀 Facebook to MP4 Video Downloader – Fully Customizable Automated Workflow Easily convert Facebook videos into downloadable MP4 files using Facebook Video Downloader API. This n8n workflow automates fetching videos, downloading them, uploading them to Google Drive, and logging results in Google Sheets. Users can modify and extend this flow according to their own needs (e.g., add email notifications, change storage location, or use another API). 📝 Node-by-Node Explanation On form submission → Triggers when a user submits a Facebook video URL via the form. (You can customize this form to include email or multiple URLs.) Facebook RapidAPI Request → Sends a POST request to Facebook Video Downloader API to fetch downloadable MP4 links. (Easily replace or update API parameters as needed.) If Node → Checks API response for errors before proceeding. (You can add more conditions to handle custom error scenarios.) MP4 Downloader → Downloads the Facebook video file from the received media URL. (You can change download settings, add quality filters, or store multiple resolutions.) Upload to Google Drive → Uploads the downloaded MP4 file to a Google Drive folder. (Easily switch to Dropbox, S3
Monitor Security Logs for Failed Login Attempts with Slack Alerts
How It Works: The 5-Node Anomaly Detection Flow This workflow efficiently processes logs to detect anomalies. Scheduled Check (Cron Node): This is the primary trigger. It schedules the workflow to run at a defined interval (e.g., every 15 minutes), ensuring logs are routinely scanned for suspicious activity. Fetch Logs (HTTP Request Node): This node is responsible for retrieving logs from an external source. It sends a request to your log API endpoint to get a batch of the most recent logs. Count Failed Logins (Code Node): This is the core of the detection logic. The JavaScript code filters the logs for a specific event ("login_failure"), counts the total, and identifies unique IPs involved. This information is then passed to the next node. Failed Logins > Threshold? (If Node): This node serves as the final filter. It checks if the number of failed logins exceeds a threshold you set (e.g., more than 5 attempts). If it does, the workflow is routed to the notification node; if not, the workflow ends safely. Send Anomaly Alert (Slack Node): This node sends an alert to your team if an anomaly is detected. The Slack message includes a summary of the anomaly, such as the number of fai
Automatic Workflow Error Notifications via Gmail
What this template does Sends you an email (via Gmail) whenever any workflow that references this one fails. The message includes the workflow name/ID, execution URL, last node executed, and the error message. Why it’s useful Centralizes error notifications so you notice failures immediately and can jump straight to the failed execution. Prerequisites A Gmail account connected through n8n’s Gmail node credentials. This workflow set as the Error Workflow inside the workflows you want to monitor. How it works Error Trigger starts this workflow whenever a linked workflow fails. Gmail (Send → Message) composes and sends an email using details from the Error Trigger. Notes Error workflows don’t need to be activated to work. You can’t test them by running manually—errors must occur in an automatically run workflow (cron, webhook, etc.).
Create Viral LinkedIn Content with O3 & GPT-4.1-mini Multi-Agent Team
Create Viral LinkedIn Content with O3 & GPT-4.1-mini Multi-Agent Team This n8n workflow is a multi-agent LinkedIn content factory. At its heart is the Content Director Agent (O3 model), who acts as the project manager. It listens for LinkedIn chat messages, analyzes them, and coordinates a team of AI specialists (all powered by GPT-4.1-mini) to produce viral, engaging, and optimized LinkedIn content. 🟢 Section 1 – Workflow Entry & Strategy Layer Nodes: 🔔 When chat message received → Captures LinkedIn requests (your idea, draft, or prompt). 🧠 Content Director Agent (O3) → Acts as the leader, deciding how the content should be structured and which specialists to call. 💡 Think Node → Helps the Director brainstorm and evaluate possible approaches before delegating. 🤖 OpenAI Chat Model Director (O3) → The Director’s brain, providing strategic-level thinking. ✅ Beginner-friendly benefit: This section is like the “command center.” Any LinkedIn content request starts here and gets transformed into a clear, strategic plan before moving to specialists. ✍️ Section 2 – Content Creation Specialists Nodes: ✍️ LinkedIn Copywriter → Creates viral hooks, compelling posts, and platform-friendly
Amplify Social Media Presence with O3 and GPT-4 Multi-Agent Team
Amplify Social Media Presence with O3 and GPT-4 Multi-Agent Team 🌍 Overview This n8n workflow acts like a virtual social media department. A Social Media Director Agent coordinates multiple specialized AI agents (Instagram, Twitter/X, Facebook, TikTok, YouTube, and Analytics). Each agent creates or analyzes content for its platform, powered by OpenAI models. The result? A fully automated, cross-platform social media strategy—from content creation to performance tracking. 🟢 Section 1: Trigger & Director Setup 🔗 Nodes: When chat message received (Trigger)** → Starts the workflow whenever you send a request (e.g., “Plan a TikTok campaign for my product launch”). Social Media Director Agent* (connected to *OpenAI O3 model**) → Acts as the strategist. Think Tool** → Helps the Director “reason” before delegating. 💡 Beginner takeaway: This section makes your workflow interactive. You send a request → the Director decides the best approach → then it assigns tasks. 📈 Advantage: Instead of manually planning content per platform, you only send one command, and the AI Director handles the strategy. 🟦 Section 2: Specialized Social Media Agents 🔗 Nodes (each paired with GPT-4.1-mini): 📸
Creative Design Agency Simulation with OpenAI O3 and GPT-4.1-mini Multi-Agent
Creative Design Agency Simulation with OpenAI O3 and GPT-4.1-mini Multi-Agent Team This n8n workflow simulates a full-service creative agency powered by AI. At the center is a Creative Director Agent (O3 model) who takes client requests, plans the creative direction, and delegates work to a specialized design team. Each specialist runs on GPT-4.1-mini, keeping execution fast and cost-efficient. 🟢 Section 1 – Entry & Strategic Leadership Nodes: 💬 When chat message received → Entry point, listens for design briefs. 🎨 Creative Director Agent (O3) → The “agency head” who interprets requirements and decides which specialists to involve. 💡 Think Tool → Helps the Director brainstorm, evaluate alternatives, and refine direction. 🧠 OpenAI Chat Model Director (O3) → Strategic reasoning engine for the Director. ✅ Benefit for beginners: Think of this as the project manager’s desk — you submit a design request, and the Director figures out how to make it happen. ✍️ Section 2 – Core Creative Specialists Nodes: 🖼️ Graphic Designer → Logos, visual identity, print, packaging. 📱 UI/UX Designer → Wireframes, prototypes, interaction design. 🎯 Brand Strategist → Market positioning, brand guidel