Create powerful AI workflows in Krea’s visual builder to chain models, apply edits and effects, automate repeated steps, and turn workflows into shareable apps. Try Nodes
krea.ai/nodes

The basics

Every node has three key elements:

Element	Description
Inputs	Connection points on the left side where data flows in. These can be connected to other nodes’ outputs or filled in manually.
Parameters	Settings within the node itself, like strength values, resolution options, or prompt text.
Outputs	Connection points on the right side where results flow out to other nodes.

Nodes connect through compatible handles, color-coded by data type (image, text, video, etc.). Drag from any handle to see a list of connectable nodes. You can connect up to 10 outgoing connections from a single node.

Build node workflows in Krea

Chain models and tools on an infinite canvas.

The canvas

The nodes canvas is your workspace for building workflows. You can navigate the canvas using the following controls:

Action	Control
Pan	Click and drag empty space, or hold spacebar and drag
Zoom	Scroll wheel or pinch gesture
Select multiple	Click and drag to draw selection box, or hold Shift and click to select multiple nodes

There are two navigation modes you can switch between in the left sidebar: Pan and Select. Clicking and dragging in Pan mode will move the canvas, while Select mode will select nodes.

To select nodes in Pan mode: hold Cmd/Ctrl and click & drag
To pan the canvas in Select mode: hold Spacebar and click & drag

Organizing

Use section nodes to group related operations visually
Create node groups by selecting multiple nodes and pressing the Group button. Once you have a group, you can drag nodes in or out to add or remove them
Add sticky notes to document your workflow logic

All available nodes

Last Updated: April 13, 2026

This section provides a comprehensive reference of all nodes available in the Krea Nodes workflow editor. Models rotate quarterly—always verify current availability in the Nodes interface at krea.ai/nodes.

Generate Image

AI models for generating images from text prompts and image references.

Name	Description	Supports Styles	Image Prompt	Max Image Refs
Krea 1	Fast creative model, best for aesthetic images and photorealism	Yes	Yes	2
Nano Banana Pro	Newer model with native 4K image generation and editing capabilities	No	Yes	15
Nano Banana	Smart model, good for image editing	No	Yes	3
ChatGPT Image 1.5	Highest quality with best prompt adherence; ideal for logos, icons, and text	No	Yes	15
ChatGPT Image	Highest quality with best prompt adherence	Yes	Yes	15
Flux 2	FLUX.2 [dev] with enhanced realism and native editing capabilities	No	Yes	3
Flux 2 Pro	BFL’s next generation model with improved quality and prompt adherence	No	Yes	10
Flux 2 Flex	BFL’s next generation model, excelling at rendering text and fine details	No	Yes	10
Flux 2 Max	BFL’s next generation model, excelling at rendering text and fine details	No	Yes	10
Flux	Fastest and cheapest model	Yes	Yes	2
Flux 1.1 Pro	Advanced yet efficient model from BFL	No	No	-
Flux 1.1 Pro Ultra	BFL’s highest quality text-to-image model	No	No	-
Z Image	Fast high quality image model from Alibaba	Yes	Yes	1
Qwen Image 2512	Enhanced realism, finer natural detail, and improved text rendering	Yes	No	-
Seedream 4.5	Latest high quality model for photorealism and text rendering	No	Yes	15
Seedream 4	New high quality model for photorealism and text rendering	No	Yes	6
Seedream 3	New fast, high-quality model from ByteDance	No	No	-
Wan 2.2	Slow model with great ultra-realistic textures for aesthetic outputs	Yes	No	-
Qwen	Great text rendering and prompt adherence	Yes	No	-
Flux.1 Krea	Distilled and open sourced version of Krea 1	Yes	Yes	-
Flux Kontext	Frontier model designed for image editing, optimized for Krea	No	Yes	1
Flux Kontext Pro	Frontier model designed for image editing	No	Yes	4
Imagen 4 Ultra	Google’s best image model	No	No	-
Imagen 4 Fast	Google’s fastest image model	No	No	-
Imagen 4	Google’s current generation image model	No	No	-
Imagen 3	Google’s previous generation image model	No	No	-
Runway Gen-4	Cinematic image model with references	No	No	-
Kling O1	High quality image model with reference support	No	No	10
Ideogram 3.0	Highly aesthetic, general-purpose model	No	Yes	1

Generate Video

AI models for generating videos from text prompts and images.

Name	Description	Start Image	End Image	Camera Control	Audio	Durations
Krea Realtime	New real-time video generation trained by Krea. Fast and long generations, up to 15 seconds	No	No	No	No	5s default
Hailuo 2.3	Frontier model with dynamic motion	Yes	No	No	-	6s, 10s
Hailuo 2.3 Fast	Cheapest medium-quality model. Best for most use cases	Yes	No	No	-	6s, 10s
Hailuo 02	Frontier model with dynamic motion	Yes	Yes	No	-	6s, 10s
Hailuo	High-quality model with camera control	Yes	No	Yes	-	-
Veo 3.1	Highest-quality frontier model with audio and reference images	Yes	Yes	No	Yes	4s, 6s, 8s
Veo 3.1 Fast	Faster frontier model with audio	Yes	Yes	No	Yes	4s, 6s, 8s
Veo 3	Highest-quality frontier model with audio	Yes	No	No	Yes	4s, 6s, 8s
Veo 3 Fast	Fast frontier model with audio	Yes	No	No	Yes	4s, 6s, 8s
Veo 2	Expensive high-quality model from Google	Yes	No	No	-	5-8s
Sora 2	OpenAI’s new powerful video model. Create rich detailed, dynamic clips	Yes	No	No	No	4s, 8s, 12s
Sora 2 Pro	OpenAI’s state-of-the-art, most advanced video generation model	Yes	No	No	No	4s, 8s, 12s
Wan 2.1	Fastest lower-quality model with custom styles	Yes	Yes	No	Yes	-
Wan 2.2	Fast, high-quality model from Alibaba	Yes	No	No	No	-
Wan 2.5	Latest frontier model from Alibaba with improved quality	Yes	No	No	Yes	5s, 10s
Wan 2.6	Latest frontier model from Alibaba with improved quality and multi-shot support	Yes	No	No	Yes	5s, 10s, 15s
Seedance 1.5 Pro	Latest frontier model from ByteDance with audio support and end frame	Yes	Yes	No	Yes	4-12s
Seedance Pro Fast	Fast and cheap model. Up to 12 seconds	Yes	No	No	-	2-12s
Seedance Lite	Fast, high-quality model from ByteDance	Yes	Yes	No	-	5s, 10s
Seedance Pro	Fast, high-quality model from ByteDance	Yes	Yes	No	-	5s, 10s
Kling o1	Reasoning video model that thinks before generating. Supports image, element, and video references	Yes	Yes	No	-	3-10s
Kling 2.6	Newest frontier model from Kling with native audio	Yes	Yes	No	Yes	5s, 10s
Kling 2.5	Next-gen model with improved dynamics and enhanced style adaptation	Yes	Yes	No	-	5s, 10s
Kling 2.5 Turbo	Top-tier text-to-video with unparalleled motion fluidity	Yes	Yes	No	-	5s, 10s
Kling 2.1	Frontier model with 1080p resolution	Yes	Yes	No	-	5s, 10s
Kling 2.0	High-quality model with great aesthetics	Yes	No	No	-	5s
Kling 1.6	High-quality model for complex scenes	Yes	No	No	-	5s, 10s
Kling 1.0 (Pro)	Slow model with high control and 10s duration	Yes	Yes	No	-	5s, 10s
LTX-2	High-quality audio-video model from Lightricks with native sound generation	Yes	No	No	No	5s, 8s, 10s
Vidu Q2	High-quality model with reference images support	Yes	No	No	-	2-8s
01-Live	High-quality model for animating people	Yes	No	No	-	-
Runway Gen-4	High-quality, cinematic model	Yes	No	No	-	5s, 10s
Runway Gen-3	Cinematic model with high consistency	Yes	No	No	-	5s, 10s
Hunyuan	Fast, inexpensive model with live previews	No	No	No	-	-
Ray 2	Fast next-gen model with natural motion	Yes	No	No	-	-

Edit Image

Models for editing and modifying existing images.

Name	Description	Inpainting	Outpainting	Prompt Editing	Reference Images
Flux	More tools, more control. Define exact regions to change, or expand your image	Yes	Yes	No	Yes
Nano Banana Pro	Google’s state-of-the-art image editing model	No	No	Yes	Yes
Nano Banana	Google’s powerful image editing model	No	No	Yes	Yes
ChatGPT Image 1.5	OpenAI’s latest image model with improved quality and prompt adherence	No	No	Yes	Yes
Flux 2 Pro	BFL’s next generation model with improved quality and prompt adherence	No	No	Yes	Yes
Flux 2 Flex	BFL’s next generation model, excelling at rendering text and fine details	No	No	Yes	Yes
Flux 2 Max	BFL’s next generation model with maximum performance	No	No	Yes	Yes
Qwen Image Plus	New large image editing model from Alibaba	No	No	Yes	Yes
Qwen Image Edit	Advanced image editing model from Alibaba	No	No	Yes	No
Flux Kontext	Frontier model designed for image editing	No	No	Yes	No
Flux Kontext Pro	Fast iterative editing with character consistency	No	No	Yes	No
Flux Kontext Max	Maximum performance with improved prompt adherence and typography	No	No	Yes	Yes
ChatGPT Image	OpenAI’s most advanced image model	No	No	Yes	Yes
SeedEdit	New frontier model designed for image editing (character references)	No	No	Yes	Character Refs
Ideogram	New frontier model designed for inpainting	Yes	No	No	Character Refs
Qwen Image Layered	Decompose your image into semantic layers	No	No	Yes	No

Enhance Image

Models for upscaling and enhancing image quality.

Name	Description	Max Resolution
Krea Enhance	Krea’s powerful generative upscaler. Best for adding new details & improving AI images	8192px
Upscale V1	Simple, fast upscaler that preserves details exceptionally well	8000px
Bloom	Creatively upscale images up to 8x, while adding stunning detail	10000px
Magnific Creative	Magnific AI upscaler with presets for portraits, art, landscapes	10000px
Magnific Precise	Magnific Precise V2 upscaler with sharpening, grain, and ultra detail controls	10000px
Topaz	Powerful upscaler with advanced settings. Up to 22K resolution	22000px
Topaz Generative	Slower high quality enhancer with powerful settings	16000px
Krea Legacy	Krea’s generative legacy enhancer with scene transfer	4096px

Enhance Video

Models for upscaling and enhancing video quality.

Name	Description	Max Resolution
Topaz Video	Topaz’s powerful AI upscaler. Add frames and grain, fix focus, and more	8000px
Starlight	Diffusion-based AI upscaler that transforms low-resolution and degraded video into HD quality	4000px
Astra	Creative video enhancer for upscaling AI-generated videos up to 4K resolution	4000px
SeedVR2	ByteDance’s fast video upscaler for quick video enhancement	3840px
Krea Video	Krea’s generative upscaler. Best for adding new details & improving AI videos	4096px

Generate 3D

AI models for generating 3D objects.

Name	Description
TRELLIS 2	Native 3D generative model for high-quality 3D asset creation
TRELLIS	High quality 3D model generator
Tripo 3.0	New state-of-the-art 3D model generator by Tripo
Tripo	High quality 3D model generator
Hunyuan3D-2mini-Turbo	Fastest 3D model generator
Hunyuan3D-2	High quality 3D model generator
Hunyuan3D-2.1	High quality 3D model generator

Motion Transfer

Transfer motion from one video to another.

Name	Description
Kling Motion Control	Transfer motion from one video to another character
Runway Aleph	Runway’s Gen-4 Aleph model for advanced video-to-video transformation
Wan 2.2 Animate Replace	Replace characters in videos while preserving scene context
Wan 2.2 Animate Move	Transfer motion from one video to another character

Lipsync

Synchronize lip movements with audio.

Name	Description
Fabric	Turn any image into a talking video. By VEED
Hedra	Omnimodal lipsync model by Hedra

Audio

Nodes for audio generation and synthesis.

Node Type	Description
Elevenlabs	Generate audio with Elevenlabs text-to-speech. Write text and select a voice
ThinkSound	Generate synchronized sound, speech and soundscapes for a video
MMAudio	Transform silent videos into immersive experiences with audio-synthesis

Utility

Utility nodes that help you process images, videos, text, and more. Most utility nodes require a Pro subscription.

Text Utility

Node Type	Description
LLM Call	Generate text with a LLM. Supports GPT-5, GPT-5-Mini, and GPT-4o-Mini, etc.
Line Splitter	Split text into lines
Concat Text	Concatenate multiple text inputs into one. Supports multiple join operators
Sticky Note	Add a sticky note to the canvas
Text Overlay	Add text overlay on an image with customizable font, size, color, and positioning

Image Utility

Node Type	Description
Blur Image	Blur the image
Invert Image	Invert the colors of an image
Brightness & Contrast	Adjust both brightness and contrast of an image in a single node
Compositor	Blend two image layers together with adjustable opacity
Hue & Saturation	Adjust the hue and saturation of an image
RGB Adjust	Independently adjust the red, green, and blue color channels
Remove Background	Remove the background from an image
Crop Image	Extract a specific region from an image by cropping
Image Mask Editor	Edit the mask of an image

Video Utility

Node Type	Description
Get Video Frame	Extract a frame from a video. Supports the first or last frame
Trim Video	Trim a video to a specific time range
Trim Audio	Trim audio to a specific time range
Video Speed	Adjust video playback speed
Combine Video & Audio	Combine a video and audio file into a single video
Video Time Ramp	Remap video timing with different curve types (ease-in, ease-out, bezier, etc.)
Stitch Videos	Stitch multiple videos together. Supports multiple video inputs
Video Hue & Saturation	Adjust the hue and saturation of a video
Crop Video	Crop a video to a specific width and height
Qwen Edit Camera	Edit an image using the Qwen Edit Camera model

Note: Models are ordered by popularity and release date. Bolded entries represent the most actively used models. Availability and features may change as Krea adds new models quarterly. API Access: All models available via API at docs.krea.ai/api-reference

Utility nodes

Utility nodes provide general-purpose functionality for manipulating data, organizing workflows, and preparing content for AI models. They form the “supporting infrastructure” of your pipeline, handling common tasks without running AI inference themselves.

What utility nodes are for:

Do not run AI models — they don’t perform AI inference or external API calls directly
Provide essential support functions, including:
- State manipulation (transform, update, clean variables)
- Workflow composition (organize, group, reroute connections)
- Data formatting (text, images, video preprocessing)
- Math and logic operations
- Graph management (navigation, display)

They let you manipulate state variables, run utility transformations, and compose workflows from reusable components.

Categories of utility nodes

Krea utility nodes are organized into three main categories:

1. Text utility nodes

For manipulating text inputs and outputs:

Node	Purpose
LLM Call	Generate text with a large language model. Supports GPT-5, GPT-5-Mini, GPT-4o-Mini, etc.
Line Splitter	Split text into individual lines based on delimiters
Concat Text	Concatenate multiple text inputs into one; supports multiple join operators
Sticky Note	Add a visual note to the canvas for documentation
Text Overlay	Add text on images with customizable font, size, color, and positioning

Common use cases:

Split prompts into batches for sequential processing
Combine metadata fields into a single formatted string
Add captions or watermarks to generated images

2. Image utility nodes

For post-processing and preparing image inputs:

Node	Purpose
Blur Image	Apply Gaussian blur to an image
Invert Image	Invert all colors for negative effects
Brightness & Contrast	Adjust both brightness and contrast in a single node
Compositor	Blend two image layers with adjustable opacity
Hue & Saturation	Adjust hue and saturation of an image
RGB Adjust	Independently adjust red, green, and blue color channels
Remove Background	AI-powered background removal for product photography
Crop Image	Extract a specific region by cropping
Image Mask Editor	Edit the mask of an image (for inpainting/segmentation)

Common use cases:

Color correction between generation and upscaling
Background removal for product compositing
Adjusting hues/saturation for brand consistency
Creating watermarked overlays with compositor node

3. Video utility nodes

Node	Purpose
Get Video Frame	Extract first or last frame from a video
Trim Video	Trim video to a specific time range
Trim Audio	Trim audio to a specific time range
Video Speed	Adjust playback speed (slow/fast)
Combine Video & Audio	Combine video and audio into a single file
Video Time Ramp	Remap timing with curve types (ease-in, ease-out, bezier)
Stitch Videos	Stitch multiple videos together; supports multiple inputs
Video Hue & Saturation	Adjust hue and saturation of video
Crop Video	Crop to specific width and height
Qwen Edit Camera	Edit an image using the Qwen Edit Camera model

Common use cases:

Extracting frames from generated videos for thumbnails
Trimming clips to specific lengths for social media
Combining AI-generated video with Elevenlabs audio
Speed ramping for cinematic effects

Best Practices for Utility Nodes

Organize with groups — Select multiple nodes and group them to create logical sections
Label with sticky notes — Document workflow logic for yourself or team members
Use state modifiers early — Clean and prepare data before it reaches AI models
Keep single responsibility — Each utility node should do one thing well; chain them for complex workflows
Preview at each step — Use display nodes to check intermediate outputs (e.g., Display Any from rgthree)

Node app builder

Krea’s Node App Builder lets you turn complex workflows into simple, user-friendly apps with custom input forms and clean interfaces, no coding required.

Think of it this way: you spend hours building a sophisticated workflow with 30+ nodes (image generation → style transfer → background removal → upscaling → watermark → video composition). Instead of sharing that intimidating graph with your client or team, you package it as an app where they just:

Upload an image (or enter a prompt)
Pick 2-3 settings from dropdowns
Click “Generate”
Get the result

Your team never see the 47 nodes, the connections, or know which models are running. Just inputs → magic → output.

How it works

Step 1: Build your workflow

Create your full pipeline in the Nodes editor. Wire up everything you need: multiple models, utility nodes, loops, conditionals, whatever your process requires.

Step 2: Define inputs and outputs

Mark which node parameters should be exposed as user inputs:

Text prompts
Image upload slots
Dropdown selects (style options, models, aspect ratios)
Sliders (strength, quality, duration)
Number inputs (quantity, resolution)

Step 3: Design the app interface

Customize the simple UI that users will see:

Field labels and descriptions
Input order
Default values
Required vs. optional fields

Get a shareable link or embed code:

Public apps: Anyone with the link can use them
Private apps: Share only with team members
API access: Trigger via the Execute a Node App endpoint for custom integrations

Real-World Use Cases

Agencies → Clients

Product photo generator: Agency builds a 50-node workflow for e-commerce photo shoots. Client uploads a product photo, picks a background style (beach, studio, minimalist), and gets 10 polished images in 30 seconds.
Social media content pack: Client enters a product name → app generates 12 social posts with images, captions, and hashtags pre-formatted for Instagram, TikTok, and LinkedIn.

Teams → Internal Users

Brand-compliant asset generator: Marketing team builds a workflow enforcing brand guidelines (colors, fonts, logo placement). Any team member can generate on-brand visuals without design skills.
Video repurposing pipeline: Content team uploads one long video → app automatically creates Shorts/Reels/TikToks with captions, branded intros/outros, and platform-specific aspect ratios.

Enterprises → Operations

Document processing workflow: Image → OCR → data extraction → formatting → database entry. Non-technical staff just drop in documents.
Customer onboarding automation: New customer info → personalized welcome video → customized product mockups → email template generation.

Technical Details

What gets exposed as app inputs:

Text inputs (prompts, descriptions)
Image uploads (with optional preview)
Number fields (with min/max constraints)
Dropdowns/selects (predefined options from model parameters)
Boolean toggles (yes/no, on/off)
Sliders (mapped to node parameter ranges)

What stays hidden:

Intermediate nodes (utilities, transformations)
Model switching logic
Error handling workflows
Conditional branching

Pricing:

Pro plan: Unlocks Nodes + Apps access
Max plan ($105/month, 60,000 compute units): Unlimited concurrency—run multiple apps/workflows simultaneously
Business plan (up to 50 seats): Share private Node Apps with your team
Each app execution costs compute units based on the models used (shown before running via Node Agent)

API integration:
The Execute a Node App endpoint lets you trigger apps programmatically, perfect for:

Building custom frontends
Integrating into existing tools
Automating enterprise pipelines

Best Practices

Design your app for your users, not yourself:

Limit input fields to 5-7 max. If you need more, you’re asking too much of users.
Use descriptive labels. Instead of “strength” use “How intense should the style transfer be?”
Set smart defaults. Pre-select the most common options so users get results quickly without thinking.
Hide power-user options. Put advanced settings behind an “Advanced” toggle or leave them internal.
Test with non-technical people. If they can’t use it in under 2 minutes without asking questions, simplify the interface.

Krea Node Agent

Agentic AI has mostly lived in developer tools until now: Krea’s Node Agent turns a sentence into a runnable creative workflow. You type what you want to make. It reads your canvas, plans the pipeline, wires the nodes, and runs the job.

Starting a Workflow

Write a natural language description of what you want to make, such as:

“cinematic video of a futuristic city at sunset”
“generate four variations of a portrait using different styles, then upscale the best one”
“take an input image, remove the background, and composite it onto three different scenes”

The agent starts by reading your canvas. Whatever’s already there, it factors in:

Existing nodes
Connections
Outputs from earlier runs

If you have a style node from a previous session, it reuses that instead of creating a new one.

Most AI tools treat every request as a blank slate. The Node Agent doesn’t. It sees your full canvas state, not just the words you typed.

Plan, Then Build

Review the Plan

The agent shows you a plan before it touches anything. For a futuristic city video, the plan might be four stages:

Prompt refinement
Image generation (on K1 or Flux)
Enhancement
Video generation

You can:

Swap models before building
Drop stages you don’t need
Approve the plan to start building

Watch It Build

Once you approve, nodes appear on your canvas one layer at a time. Each one wires into the last as it’s placed. You see the workflow assemble in real time, not just a final result.

Validation and cost

Automatic validation

Before the job runs, the agent walks the full graph and checks everything:

Problem	Agent’s Fix
Missing parameter	Fills it in automatically
Incompatible connection (output → wrong input type)	Fixes the connection or adds a conversion node between them

Transparent cost

Then it shows you compute cost, broken down per node. Nothing runs until you say go.

You see what it will cost before anything processes.

Best practices

Writing effective prompts

Do This	Instead of This
Be specific: “cinematic video of a futuristic city at sunset in cyberpunk style”	Vague: “make a video”
Include constraints: “four portrait variations, upscaled to 4K”	Unspecified: “make portraits, then fix them”
Reference existing work: “use the same style node I used yesterday”	Ignore canvas: “create everything from scratch”

Leveraging canvas state

The more work you’ve already put on your canvas, the smarter the agent gets:

Style nodes from previous sessions get reused
Existing models are factored into the plan
Cached outputs prevent redundant processing
Grouped workflows are treated as single units

Iteration patterns

Start broad: Let the agent build a complete pipeline from a simple description
Tweak incrementally: Change one parameter and watch only affected nodes rerun
Banish stages: Reject expensive or unnecessary stages before building
Swap models: Try Flux instead of K1 without rebuilding the whole graph
Extend workflows: Add new stages (e.g., video after image generation) without starting over

Plan requirements

Node Agent is available with Nodes access:

Plan	Features
Pro (~$30/month)	Unlocks Nodes + Apps; Node Agent access
Max ($105/month)	60,000 compute units/month; unlimited concurrency for running multiple Node Agent workflows simultaneously
Business (up to 50 seats)	Share private Node Apps with your team; collaborative canvas editing

Each model invocation costs compute units. The agent shows cost before building so you can adjust the plan if needed (drop stages, swap cheaper models).

Troubleshooting

Issue	Solution
Agent shows no plan	Make your prompt more specific. Include content type (video/image), style (cyberpunk/realistic), and constraints (quantity, resolution).
Nodes fail to connect	The agent should auto-fix this. If not, manually check if the output and input types match (image→image, text→text).
Cost is too high	Reject expensive stages (e.g., enhancement, video) before building. Swap to cheaper models (Flux vs. Flux 2 Pro).
Reruns the whole workflow	Check if you edited a node early in the chain. The agent should only rerun downstream nodes. Clear cache if needed.
Missing parameter error	Click the node to see which parameter is missing. The agent should auto-fill most of them.

Quick Reference

Feature	Description
Prompt-to-Workflow	Type a sentence → get a complete pipeline
Canvas-Aware Planning	Reads existing nodes, reuses styles, factors in cached outputs
Plan Before Building	Review and approve stages before anything runs
Auto-Validation	Fills missing parameters, fixes incompatible connections
Cost Transparency	See compute cost per node before building
Downstream-Only Reruns	Only affected nodes reprocess when you edit
Model Selection	Agent picks K1/Flux/Imagen/video/enhancement models automatically
Real-Time Assembly	Nodes appear and wire together as the agent builds

​The basics

​The canvas

​Organizing

​All available nodes

​Generate Image

​Generate Video

​Edit Image

​Enhance Image

​Enhance Video

​Generate 3D

​Motion Transfer

​Lipsync

​Audio

​Utility

​Text Utility

​Image Utility

​Video Utility

​Utility nodes

​What utility nodes are for:

​Categories of utility nodes

​1. Text utility nodes

​2. Image utility nodes

​3. Video utility nodes

​Best Practices for Utility Nodes

​Node app builder

​How it works

​Step 1: Build your workflow

​Step 2: Define inputs and outputs

​Step 3: Design the app interface

​Step 4: Publish and share

​Real-World Use Cases

​Agencies → Clients

​Teams → Internal Users

​Enterprises → Operations

​Technical Details

​Best Practices

​Krea Node Agent

​Starting a Workflow

​Plan, Then Build

​Review the Plan

​Watch It Build

​Validation and cost

​Automatic validation

​Transparent cost

​Best practices

​Writing effective prompts

​Leveraging canvas state

​Iteration patterns

​Plan requirements

​Troubleshooting

​Quick Reference

The basics

The canvas

Organizing

All available nodes

Generate Image

Generate Video

Edit Image

Enhance Image

Enhance Video

Generate 3D

Motion Transfer

Lipsync

Audio

Utility

Text Utility

Image Utility

Video Utility

Utility nodes

What utility nodes are for:

Categories of utility nodes

1. Text utility nodes

2. Image utility nodes

3. Video utility nodes

Best Practices for Utility Nodes

Node app builder

How it works

Step 1: Build your workflow

Step 2: Define inputs and outputs

Step 3: Design the app interface

Step 4: Publish and share

Real-World Use Cases

Agencies → Clients

Teams → Internal Users

Enterprises → Operations

Technical Details

Best Practices

Krea Node Agent

Starting a Workflow

Plan, Then Build

Review the Plan

Watch It Build

Validation and cost

Automatic validation

Transparent cost

Best practices

Writing effective prompts

Leveraging canvas state

Iteration patterns

Plan requirements

Troubleshooting

Quick Reference