Free. No signup.

Free AI Image Detector.

Tells you whether an image was made by Midjourney, DALL·E, Flux, Stable Diffusion, Imagen, Firefly, or another modern generator. No signup needed.

1Drop imageor click to upload
2Hit checkwe analyze in seconds
3Read resultAI likelihood + source
Analysis result
0%
AI likelihood
Waiting for an image
Drop or upload an image on the left to analyze it.
What it checks

What a serious AI image detector actually looks at.

A good AI image detector does more than guess. It reads what is in the file before doing any visual analysis, and it tells you why it reached its verdict.

Content Credentials

Major generators stamp images with cryptographic provenance markers. When present, the answer is verifiable.

File metadata

EXIF Software tags and embedded fields often name the generator outright.

Visual signals

When metadata is stripped, statistical analysis of the image itself gives a probability.

Why we built our own.

Most AI image detectors return a single number with no explanation. We thought you might want to know whether the verdict came from a verified provenance signal or from a visual analysis. The tool above tells you which one.

Frequently asked.

Is the AI image detector free?
Yes. Anonymous use is free with no signup. Free accounts get 50 detections per month. Paid plans start at $9 per month for higher volumes plus API access.
Which generators does it detect?
Midjourney (v5, v6, v7), DALL·E (2, 3, and gpt-image-1), Stable Diffusion (SDXL, SD3, SD3.5), Flux (1, Pro, Flux.2 dev), Imagen (2 and 3 including SynthID outputs), and Adobe Firefly. New models are added shortly after release.
How accurate is it?
On images that carry their original Content Credentials, the answer is essentially certain. On stripped images, accuracy depends on the generator and how much the image has been re-encoded but is high across modern diffusion outputs.
Do you store the images I upload?
No. Images are analyzed in real time and discarded. We retain only a hashed identifier for rate-limiting purposes, never the image bytes.