AI MODEL DISCOVERY

TypeSafe Jev 1.13 model preview
TypeSafe

TypeSafe Jev 1.13

Structured decisions from text or JSON, with yes/no probabilities, choices and scores.

Model release timeline

  1. Nano Banana 2.1 promotional cover featuring a blonde woman in warm sunlight, bananas, and a cream-colored background.

    Nano Banana 2.1

    Google

    Generate and edit images at 1K, 2K, or 4K with up to 10 reference images.

  2. Qwen Image 2.1 model preview

    Qwen Image 2.1

    Alibaba

    Alibaba's Qwen Image 2.1 model for high-quality text-to-image generation and reference-based image editing.

  3. GPT Images 2.5 Sunburst model preview

    GPT Images 2.5 Sunburst

    OpenAI

    Precision-focused image generation and editing for premium visual work and intricate detail.

  4. GPT Images 2.5 Flare model preview

    GPT Images 2.5 Flare

    OpenAI

    Fast, high-quality image generation and precise editing from OpenAI.

  5. Seedream 5.0 Pro model preview

    Seedream 5.0 Pro

    ByteDance

    ByteDance's professional multimodal image model for controlled generation and precision editing

  6. Nano Banana 2 Lite model preview

    Nano Banana 2 Lite

    Google

    Fast 1K image generation and lightweight image editing powered by Google

  7. Wan 2.7 Image model preview

    Wan 2.7 Image

    Alibaba

    Alibaba's Wan2.7-Image unifies generation and editing. Capabilities include T2I, image editing, text rendering, and multi-image workflows. Outputs: 2K (Standard) / 4K T2I (Pro).

  8. GPT Image 2 model preview

    GPT Image 2

    OpenAI

    Next-generation AI image creation by OpenAI with superior quality

  9. Seedream 5.0 Lite model preview

    Seedream 5.0 Lite

    ByteDance

    ByteDance's unified multimodal image generation model with reasoning, deep understanding, and controllable visual creation

  10. Nano Banana 2 model preview

    Nano Banana 2

    Google

    Next-gen Flash model delivering lightning speed and Pro-level consistency powered by Google

Create a New Direction from an Existing Image

An Image to Image API uses source imagery to guide a new image. Explore reference-led variations and restyling while keeping the original subject or composition in view. SeeAPI organizes image to image models so you can compare the supported inputs before preparing a creative workflow.

Explore Variations with a Consistent Starting Point

Explore Variations with a Consistent Starting Point

Use an approved source as the basis for different environments, visual treatments or compositions. Describe which qualities should remain recognizable and which may change. Compare every candidate with the original so successive generations do not become your only reference.

Give Each Reference a Clear Role

Give Each Reference a Clear Role

When an endpoint supports several images, distinguish subject, setting and style references according to its contract. Conflicting source material can make a brief ambiguous. The number of accepted references and how they are used depend on the selected model.

Separate Transformation from a Targeted Edit

Separate Transformation from a Targeted Edit

Image transformation explores a new version of a visual. A targeted edit changes a specific part of an existing asset. The same model may support both, but the brief and acceptance criteria should differ. Use Image Editing when a precise requested change is the main objective.

Build a Reference-Led Image Workflow

Prepare a small, representative test before extending the workflow.

1

Choose an Approved Source

Start with an image you can legally process and reuse. Record the subject details or layout features that should remain recognizable.

2

Describe the New Direction

Explain the variation or restyling goal and check which reference inputs the endpoint accepts. Avoid conflicting requirements.

3

Compare with the Original

Review identity, composition and unintended changes. Keep source assets and request settings together for repeatable evaluation.

Image to Image API: Common Questions

Choose the right capability and understand its boundaries.

It uses an existing image as visual input instead of relying only on a written description. A prompt can still guide the transformation. The source image provides information that would otherwise need to be reconstructed from text.