Raw manifest store & export Optional
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Verify C2PA Content Credentials and read embedded EXIF, IPTC, XMP & GPS metadata.
Private: the image stays in your browser.
Every signed image is broken down into clear, verifiable findings. Here is what the Provenance tab surfaces.
The tool reads the image right in your browser and gives a clear, plain-language conclusion: AI-generated, a genuine camera capture, or unknown. It also shows how strongly a signed Content Credential backs that conclusion.
A valid, signed Content Credential proves that Google Gemini produced or altered this image on Jun 2, 2025 at 14:20.
Running entirely in your browser, the tool reads the C2PA manifest and surfaces what it declares: the origin, the software or device that made the image, the date, and who signed it. Each fact is tagged with whether a check could independently back it up.
Claims alone aren't enough. The tool checks them locally: the signature, the binding to these exact pixels, the signer's place on a trust list, and the timestamp. Each one is summarized as passed or failed.
When a manifest declares an invisible watermark, such as Google's SynthID on Gemini images, the tool flags it, explains what it means, and points you to the right detector to confirm it in the pixels.
This file's C2PA manifest declares an embedded watermark. We read the declaration, but this tool does not verify the watermark signal in the pixels.
This appears to be a SynthID watermark. Detecting it requires Google's proprietary detector.
C2PA records a chain of actions: created, edited, color-adjusted, published. The tool lays them out as a timeline so you can see exactly how an image came to be, and which steps were generative.
C2PA provenance is one signal among many. Sightengine pairs it with pixel-level AI detection and deep metadata analysis, so you can cross-check an image from every angle.
Pixel-level analysis that flags AI-generated and AI-edited images, deepfakes and face manipulations — even when there's no Content Credential to rely on.
Try the AI detectorInspect every metadata field embedded in a photo — camera and lens, capture date, editing software, GPS coordinates and more — to spot inconsistencies and confirm an image's story.
Open the metadata viewer—