Create professional visuals with Kling Image O3. Features "Reference Attention" for consistent characters, native 4K resolution, and storyboard logic. Try it on Somake.
The Kling Image Omni family unifies text and image processing into a single intelligence, delivering "Omni-level" fidelity with an understanding of physical object permanence.
Current Version: Kling Image O3. Access legacy versions via the version dropdown on the left.
Kling Image O3 is the professional standard for narrative consistency. It introduces native multi-reference tagging and direct 4K output, solving the industry's struggle with character continuity.
Stop upscaling blurry results. O3 generates native 4K resolution directly from the inference pipeline.
This delivers "raw photography" quality—micro-textures like skin pores, fabric weaves, and rust are rendered with physically accurate light scattering, ready for commercial print immediately.
The model’s standout capability is its "deep semantic understanding." Instead of requiring you to draw manual masks or circle areas to edit, Kling O1 interprets your instructions naturally.
It analyzes the visual logic of up to 10 source images (currently optimized for 3 active inputs on Somake) to perform complex edits.
O3 eliminates the "random face" problem. Using the Reference Attention Mechanism, you can "lock" specific identities (faces, products, clothing) across different seeds.
The model treats your reference image as a fixed actor, ensuring they look identical whether they are laughing in a café or running in the rain.
Kling O3 images are the optimal "Golden Frames" for image-to-video workflows. Generating your keyframes here guarantees maximum stability when animating them later.
Upload a product reference and generate infinite marketing assets. O3’s physics engine ensures reflections and shadows interact realistically with your product in any new environment.
Create consistent comic strips or movie storyboards. Use the @ tag syntax to place the same character in sequential scenarios without identity morphing.
The Syntax: Use @Image1, @Image2, and @Image3 to refer to your uploaded reference images.
Basic Structure: [Subject Reference] + [Action] + [Environment] + [Lighting] + [Style]
Example Prompt:
Put the woman from @Image1 onto the leather sofa in @Image2. Ensure she is holding the coffee cup from @Image3. Maintain cinematic lighting and photorealistic texture.
Best Practices:
Be Explicit: Clearly state which image plays what role (e.g., "Use @Image1 as the background").
Avoid Masks: Do not describe pixel coordinates; describe the semantic relationship.
Sequencing: Ensure your text prompt matches the order of images uploaded to the Somake interface.
Version | Release | Key Updates |
|---|---|---|
Kling Image O3 | Feb 2026 | Native 4K, Multi-Reference Tags (@), Series Mode. |
Kling Image O1 | Dec 2024 | Omni architecture debut, basic consistency. |
We stripped away the developer jargon to give you a clean, creative interface. Somake manages the complex API connections behind the scenes, so you only need to focus on your prompt and your images.
We provide a pathway from standard use to enterprise-grade capabilities. While our standard tier supports 3 images, Somake offers dedicated support channels for enterprise users needing the full 10-image reference capacity.
Our platform is optimized to handle the heavy compute load of 4K semantic generation. Somake ensures stable connections and consistent uptime for Kling O3’s resource-intensive logic, minimizing failed generations during complex tasks.
We currently limit the interface to 3 images to ensure the fastest possible response times and UI stability, though the underlying model can handle more for enterprise custom requests.
No, manual masking is not required. The model uses the prompt syntax (e.g., "put @Image1 in @Image2") to automatically detect boundaries and context.
Yes, images generated via Somake using Kling Omni can be used for commercial purposes, subject to our standard terms of service.
If you do not use the specific syntax, the model may treat the input images as general style influences rather than distinct semantic objects to be manipulated.