EXIF data
Common camera, lens, capture-time, orientation, and software fields embedded in image files.
Private image metadata cleaner
Use this private browser tool to remove AI metadata from photo files, including EXIF, GPS, XMP, C2PA, and recognized generation details. Start with the pixels, create a new file, and keep the original on your device.
Select static JPG, JPEG, PNG, WebP, or browser-decodable AVIF files. You can choose more than one image.
An image metadata cleaner—also called an EXIF remover or browser-based metadata remover—handles information beyond what you see: camera settings, timestamps, coordinates, authoring fields, content credentials, and generator parameters. It creates a new image without copying supported embedded fields from the original file.
This tool inspects recognized structures locally, decodes the visible image, and rebuilds a downloadable file from pixel data. The workflow provides a clear privacy boundary because images, metadata, and results remain in your browser.
The cleaner targets supported metadata structures and generates a fresh output. Results depend on the source format and the metadata actually embedded in the file.
Common camera, lens, capture-time, orientation, and software fields embedded in image files.
Recognized latitude, longitude, altitude, and related location fields stored with an image.
Editing, rights, description, creator, keyword, and workflow fields in supported structures.
Supported embedded C2PA and JUMBF structures are not copied into the rebuilt output file.
Recognized prompt, seed, steps, sampler, model, and related parameters in PNG text data.
Recognized application and generation details found in supported EXIF, XMP, or text fields.
A new output and small pixel changes create new pixel data and a new file-level fingerprint.
tEXt, iTXt, and zTXt content is left behind when the image is rebuilt from decoded pixels.
Each file follows the same local, sequential workflow so the interface can report real progress without sending image data away.
Choose or drop one or more supported static image files.
The browser reads recognized binary structures and reports fields actually found.
The visible image is decoded, receives tiny RGB changes, and is re-encoded without copying supported metadata.
Save each successful result separately or package all ready files into a local ZIP archive.
Prepare portfolio or client images without carrying supported editing and generation fields into the published copy.
Make consistent, metadata-clean publishing copies while original project files stay on the team device.
Create fresh production copies and avoid sharing supported location or authoring fields with a print workflow.
Remove supported camera, location, and workflow data from editorial images before a site upload.
Prepare client-ready derivatives in a local batch without sending originals through another processing service.
Reduce unintended disclosure from supported embedded data while keeping processing and downloads on the device.
Tool capabilities vary by product and format. This comparison describes common category patterns rather than every individual product.
| Dimension | This Browser-Based Cleaner | Typical Upload-Based Tools | Desktop Metadata Tools |
|---|---|---|---|
| Processing location | In the current browser tab | Often on a service provider's server | On the installed device |
| Installation | No installation | Usually no installation | Application installation is commonly required |
| Batch processing | Sequential local queue with individual downloads | Varies by service, plan, and upload limits | Often available, with features varying by application |
| AI metadata detection | Recognized generation fields in supported structures | Support varies by service and file type | Support varies by application, plugin, and file type |
| Output | Rebuilt PNG for transparency; otherwise JPEG at 92% quality | Format and re-encoding behavior vary by service | Output options vary and may include metadata-only edits |
| Privacy boundary | Files stay on the user's device | Files generally cross the network for processing | Files generally remain on the installed device |
Short explanations of the metadata types people most often find in camera, editing, and AI image files.
Camera settings, capture time, phone model, orientation, and sometimes GPS location stored inside image files.
Creator, rights, edit workflow, captions, keywords, and app-specific fields used by design and photo software.
Content Credentials that can describe where an image came from and which tools or edits were recorded.
It removes embedded EXIF, GPS, XMP, IPTC, PNG text, supported C2PA/JUMBF structures, and recognized AI generation fields by rebuilding a new image from decoded pixels.
No. Inspection, pixel processing, verification, and individual downloads happen in your browser. Your files stay on your device.
Static JPG, JPEG, PNG, WebP, and browser-decodable AVIF files are supported. Animated images are not processed.
Yes. Images with transparent pixels are exported as lossless PNG files so their transparency is preserved.
The image is re-encoded from pixels and receives tiny RGB changes. Transparent images use lossless PNG; other images use JPEG at 92% quality, so file size or fine image detail may change slightly.
Yes. Files are processed one at a time to limit memory use. Download successful results individually or package them into a local ZIP archive.
It removes supported embedded metadata and creates new pixel data and a new file-level fingerprint. Pixel-level watermarks such as SynthID and visual content remain, and platforms may still classify or match the image using their own systems.
This browser tool removes supported embedded metadata by re-encoding a decoded image, introduces tiny RGB changes, and creates a new file-level fingerprint. It does not change the meaning of the visible image.