Wan 3.0 Prime Image-to-Video


Wan 3.0 Prime Image-to-Video is Alibaba's high-speed AI image-to-video model under the Tongyi Wanxiang family. Leveraging the Prime architecture's rapid inference alongside the Wan 3.0 multimodal foundation, it animates source images (with optional end-frame guidance) into up to 30-second 1080P HD videos with significantly reduced rendering latency. Featuring native audio-visual synchronization (ambient audio, sound effects, and multilingual lip-sync), it delivers accurate physical motion simulation, precise camera control, and strong subject consistency—ideal for fast-turnaround e-commerce animation, film VFX, short dramas, and commercial advertising.

Wan 3.0 Prime Image-to-Video

Wan 3.0 Prime Image-to-Video is Alibaba's high-speed AI image-to-video model under the Tongyi Wanxiang family. Leveraging the Prime architecture's rapid inference alongside the Wan 3.0 multimodal foundation, it animates source images (with optional end-frame guidance) into up to 30-second 1080P HD videos with significantly reduced rendering latency. Featuring native audio-visual synchronization (ambient audio, sound effects, and multilingual lip-sync), it delivers accurate physical motion simulation, precise camera control, and strong subject consistency—ideal for fast-turnaround e-commerce animation, film VFX, short dramas, and commercial advertising.

Base URL

https://api.icreat.ai

Authentication

All API requests must be authenticated with an API Key. You can obtain an API Key from the console.

export ICREAT_API_KEY="your-api-key-here"

HTTP Request Headers

import os

API_KEY = os.environ.get("ICREAT_API_KEY")
headers = {
    "Content-Type": "application/json",
    "Authorization": "Bearer " + API_KEY,
}

Protect your API Key

Never expose your API Key in client-side code or public repositories. Use environment variables or a backend proxy.

Code Examples

Image and video generation uses a three-step async flow: submit to get task_id, poll status, then fetch results when status is SUCCEEDED.

1. Submit Task

Send a generation request to the submit endpoint.

POST/v1/task/submit/aliyun/wan3-0-prime/image-to-video

2. Poll Status

Poll with task_id. Response contains only status.

POST/v1/task/query-status

3. Get Result

Fetch output when the task succeeds.

POST/v1/task/get-result

Input Schema

Submit Task — Input

Total: 2 Required: 2 Optional: 0

inputobjectrequired

Generation input payload.

parametersobjectrequired

Generation parameters.

Poll Status — Input

Total: 1 Required: 1 Optional: 0

task_idstringrequired

Task ID from the submit endpoint.

Get Result — Input

Total: 1 Required: 1 Optional: 0

task_idstringrequired

Task ID from the submit endpoint.

Output Schema

Submit Task — Output

Total: 1

task_idstring

Async task identifier.

Poll Status — Output

Total: 1

statusstring

Current task status. Fetch results when SUCCEEDED.

Get Result — Output

Top-level array of resource objects.

Total: 3

typestring

Resource type; Video for this model.

urlstring

Preview/access URL.

download_urlstring

Download URL.

LLM Prompt

The Markdown below is an LLM-friendly prompt you can paste into AI assistants (e.g. Cursor, ChatGPT) to help them understand this model's API, call flow, and key parameters. Use Copy for AI or copy from the code block below.

# aliyun/wan3-0-prime/image-to-video

> Wan 3.0 Prime Image-to-Video is Alibaba's high-speed AI image-to-video model under the Tongyi Wanxiang family.

## Overview

Use the iCreat three-step async task API: submit a generation request, poll status, then fetch the video URL on success.

## API Info

- **Base URL**:`https://api.icreat.ai`
- **Submit endpoint (POST)**:`/v1/task/submit/aliyun/wan3-0-prime/image-to-video`
- **Poll endpoint (POST)**:`/v1/task/query-status`
- **Get result endpoint (POST)**:`/v1/task/get-result`
- **Model ID**:`aliyun/wan3-0-prime/image-to-video`
- **Auth**:`Authorization: Bearer ${ICREAT_API_KEY}`

## Call Flow

1. **Submit**: POST submit path with body per Input Notes; response `{ "task_id": "..." }`
2. **Poll**: POST `/v1/task/query-status` with `{ "task_id": "..." }`; response contains **only** `{ "status": "SUBMITTED|SUCCEEDED|FAILED" }`
3. **Get result**: when `status` is `SUCCEEDED`, POST `/v1/task/get-result`; top-level array; read `url` or `download_url` when `type` is `Video`

### Input Notes

- Top-level body: `input` (object) + `parameters` (object) as siblings
- `input.prompt` (required): Prompt describing the video to generate.
- `input.negative_prompt` (optional): Content that should not appear in the video.
- `input.media` (optional): Reference media list (for image-to-video).
- `parameters.resolution` (required): Video resolution.
- `parameters.ratio` (required): Video aspect ratio.
- `parameters.duration` (required): Video duration in seconds.
- `parameters.watermark` (optional): Whether to add a watermark.

### Output Notes

- Poll: read `status` only
- Result: top-level `[{ "type": "Video", "url": "...", "download_url": "..." }]`

## Notes

- Use the same `task_id` across all three steps; do not skip polling
- `FAILED` is terminal — check request parameters or reference media
- `input` and `parameters` are sibling top-level fields; do not nest them