AI-Powered Generative Fill with FLUX API
detail.loadingPreview
Automate advanced AI image manipulation directly from your applications. This workflow leverages the FLUX API to perform generative fill operations, seamlessly processing images and delivering edited results via a webhook.
About This Workflow
This n8n workflow provides a robust backend solution for integrating AI-powered image generative fill capabilities using the FLUX API. Triggered by a webhook, it accepts an image (base64 encoded), a mask, and a text prompt, then dispatches them to the FLUX service for processing. The workflow intelligently handles asynchronous job execution, periodically checking the status until the AI-generated image is ready. Finally, it retrieves the completed image and delivers it as a binary response, making it perfect for dynamic image creation, content enhancement, or integrating into custom editing tools without complex coding. It also includes an optional path to deliver an HTML editor with predefined mockups.
Key Features
- AI Generative Fill: Utilize the powerful FLUX API for in-painting, out-painting, and content generation within images.
- Webhook Integration: Easily trigger image processing tasks from any external application or system.
- Asynchronous Job Handling: Robustly manages AI processing jobs by polling the FLUX API for completion.
- Binary Image Delivery: Returns the final edited image directly as a binary response for seamless display or further processing.
- Configurable AI Parameters: Control the generative process with custom prompts, steps, and guidance values.
How To Use
- Set up the Webhook Trigger: Configure the initial
Webhooknode to receive your image (base64 encoded inbody.image), mask (base64 encoded inbody.mask), and aprompt(inbody.prompt). - Configure FLUX API Credentials: Create an
HTTP Header Authcredential namedbfl-FLUXin n8n, providing your FLUX API key. - Customize FLUX Fill Request: In the
FLUX Fillnode, map the incomingprompt,image(ensuresplit(',')[1]is used if receiving data URI), andmaskfrom your webhook data to the respective parameters. Adjust optional parameters likestepsandguidanceas needed for your desired output quality. - Monitor Job Status: The
Wait 3 secandCheck FLUX statusnodes are pre-configured to poll the FLUX API using theidreturned from theFLUX Fillrequest. - Deliver Edited Image: The
Is Ready?node ensures theGet Fill Imagenode only retrieves the image once processing is complete. The finalShow the image to usernode sends the generated image back as a binary response.
Apps Used
Workflow JSON
{
"id": "686520d0-18f2-4c1d-be0e-5e74e7a433b2",
"name": "AI-Powered Generative Fill with FLUX API",
"nodes": 19,
"category": "Operations",
"status": "active",
"version": "1.0.0"
}Note: This is a sample preview. The full workflow JSON contains node configurations, credentials placeholders, and execution logic.
Get This Workflow
ID: 686520d0-18f2...
About the Author
Crypto_Watcher
Web3 Developer
Automated trading bots and blockchain monitoring workflows.
Statistics
Related Workflows
Discover more workflows you might like
Automate Getty Images Editorial Search & CMS Integration
This n8n workflow automates searching for editorial images on Getty Images, extracts key details and embed codes, and prepares them for seamless integration into your Content Management System (CMS), streamlining your content creation process.
Google Sheets to Icypeas: Automated Bulk Domain Scanning
This workflow streamlines the process of performing bulk domain scans by integrating your Google Sheets data directly with the Icypeas platform. Automate the submission of company names from your spreadsheet to Icypeas for comprehensive domain information, saving valuable time and effort.
Instant WooCommerce Order Notifications via Telegram
When a new order is placed on your WooCommerce store, instantly receive detailed notifications directly to your Telegram chat. Stay on top of your e-commerce operations with real-time alerts, including order specifics and a direct link to view the order.