InvokeAI 2026 for Windows – a powerful open-source creative AI platform for image generation, editing, and visual workflows. Explore flexible tools for AI-assisted artwork, image transformation, model management, node-based workflows, and professional creative projects.
Platform Windows License Version 2026 InvokeAI AI Image Generation
InvokeAI 2026 provides a flexible environment for AI-powered image creation, editing, model management, and visual workflows. The current 6.14 release adds video generation through Wan 2.2, multi-GPU support, native Intel XPU support, additional model integrations, and workflow improvements. IInvokeAI Documentation
- AI image generation – create images from text prompts using supported generative models
- Image editing – transform and refine existing images using AI-powered workflows
- Unified Canvas – draw, paint, edit, and compose images using a layer-based canvas
- Node-based workflows – build reusable visual pipelines by connecting nodes
- ControlNet – guide generations using structural information such as depth, edges, and poses
- Inpainting – modify selected areas of an existing image
- Outpainting – extend images beyond their original boundaries
- Smart model management – install, organize, and manage supported AI models
- LoRA support – use lightweight model adaptations for specific styles and concepts
- Batch generation – create multiple variations and explore different outputs
- High-resolution workflows – generate and upscale detailed visual content
- Prompt tools – expand short prompts and generate descriptions from images
- Gallery – organize generated images and preserve generation metadata
- Workflow library – save, reuse, modify, and share custom workflows
- Community nodes – extend workflows with additional community-created nodes
- Video generation – create short video content using supported video models
- Multi-GPU support – use multiple GPUs for supported workloads
- Cross-platform – available for Windows, macOS, and Linux
InvokeAI's official documentation describes its unified canvas, node workflows, ControlNet integration, batch generation, upscaling, and customizable creative workflows. IInvokeAI Documentation+1
- AI artwork – create original digital artwork using generative models
- Concept art – explore characters, environments, objects, and visual ideas
- Character design – generate and refine character concepts
- Environment design – create landscapes, locations, and atmospheric scenes
- Image editing – modify and transform existing images
- Inpainting – replace or refine selected parts of an image
- Outpainting – expand compositions beyond their original canvas
- Game development – prototype concepts and visual assets
- Creative experimentation – test different models, prompts, and workflows
- Visual development – iterate quickly on creative concepts and compositions
InvokeAI provides tools for creating images from text prompts and supported generative models.
- Text-to-image
- Image-to-image
- Image editing
- Inpainting
- Outpainting
- ControlNet
- LoRA workflows
- High-resolution upscaling
- Batch generation
- Prompt expansion
- Image-to-prompt
Prompt tools can use local language models to expand short descriptions into more detailed prompts and generate descriptive prompts from uploaded images. IInvokeAI Documentation+1
The Unified Canvas provides a layer-based environment for creating and editing AI-assisted artwork.
- Layer-based editing
- Painting
- Sketching
- Image composition
- Inpainting
- Outpainting
- Masking
- Image transformation
- AI-assisted editing
- Canvas-based workflows
The official InvokeAI site describes the Unified Canvas as a layer-based editing environment for drawing, painting, sketching, and composing scenes. IInvokeAI Documentation
InvokeAI workflows allow multiple nodes to be connected into reusable and repeatable image-generation pipelines.
- Visual node editor
- Custom workflows
- Reusable pipelines
- Image generation nodes
- Image processing nodes
- Model nodes
- ControlNet nodes
- LoRA workflows
- Conditional logic
- Workflow-to-workflow calls
- Community nodes
Workflows can connect multiple nodes together to create complex, repeatable image-generation processes. IInvokeAI Documentation+1
InvokeAI includes tools for managing supported AI models and organizing model resources.
- Model installation
- Model identification
- Model organization
- Local model management
- LoRA models
- ControlNet models
- Text encoders
- Quantized models
- External model providers
Recent InvokeAI releases have expanded support for models including Qwen Image, FLUX.2, Anima, and other locally hosted and remotely hosted models. IInvokeAI Documentation+1
InvokeAI 6.14 introduces video generation support using Wan 2.2.
Supported workflows include:
- Text-to-video
- Image-to-video
- Image-to-image-video
- Video workflow templates
- Video concatenation
Video generation is integrated into the workflow editor and can be combined with reusable workflow templates. IInvokeAI Documentation
The Gallery provides a convenient way to review, organize, and reuse generated images and videos.
- Image boards
- Image metadata
- Generation information
- Prompt history
- Workflow recovery
- Image remixing
- Favorites
- Video support
- Search and organization
Generated images can retain information such as prompts, seeds, and model data, making it easier to reproduce or modify previous generations. IInvokeAI Documentation
- Download InvokeAI 2026 for Windows.
- Extract the downloaded archive if required.
- Install or launch InvokeAI using the recommended Windows installation method.
- Configure the application and select your model storage location.
- Install the models required for your workflow.
- Launch the InvokeAI interface and begin creating.
| Component | Requirement |
|---|---|
| OS | Windows 10 / Windows 11 64-bit |
| Processor | Modern multi-core Intel or AMD processor |
| RAM | 16 GB recommended |
| GPU | Dedicated GPU recommended for local generation |
| VRAM | 8 GB+ recommended for demanding models |
| Storage | SSD recommended |
| Model Storage | Additional space required for AI models |
| Internet | Recommended for downloading models and updates |
Actual hardware requirements vary considerably depending on the AI models, image resolution, quantization, and workflow being used.
InvokeAI supports multiple hardware configurations and continues to expand its hardware support.
- NVIDIA GPUs
- AMD GPUs
- Intel XPU
- Multi-GPU configurations
- FP8 workflows
- Quantized models
- Low-VRAM configurations
InvokeAI 6.14 adds native Intel XPU support and multi-GPU support, along with additional optimized model formats. IInvokeAI Documentation
InvokeAI can be used with a wide variety of modern AI image-generation workflows.
- Text-to-image
- Image-to-image
- Inpainting
- Outpainting
- ControlNet
- LoRA
- Upscaling
- Image transformation
- Prompt expansion
- Image-to-prompt
- Video generation
InvokeAI combines AI image generation, editing, model management, a unified canvas, and advanced node-based workflows into a flexible open-source creative platform. Its self-hosted architecture gives creators control over their workflows, models, and generated content. IInvokeAI Documentation
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InvokeAI is open-source software released under the Apache License 2.0.
See the official project documentation and repository for the current license terms and project information.