Free IPTC / EXIF Editor
Edit JPEG description, headline, creator, copyright, keywords, location, date, genre, and more. The most advanced in-browser IPTC tagger. Files never uploaded.
An IPTC editor writes the description, headline, creator, copyright and keyword tags that stock agencies and Lightroom/Bridge read from a JPEG. This free IPTC/EXIF editor edits those fields in your browser and saves a tagged copy — your existing camera EXIF and GPS are preserved. No upload, no signup.
13 fieldsEdit description, headline, creator, copyright, keywords, city/state/country, date, genre, credit and source.
Agency-readThese IPTC/EXIF fields are read by Adobe Stock, Shutterstock, iStock, Lightroom and Bridge pipelines.
0 uploadsEditing runs entirely in your browser via piexifjs; the photo never leaves your device.
Batch 1,000+CyberStock auto-writes AI keywords and copyright into 1,000+ JPEGs in one click, from 50M+ buyer searches.
Tag one. Or batch up to 1000 with CyberStock.
20 free credits. CyberStock auto-tags photos with AI titles, keywords, descriptions, and writes them straight into the JPEG. Then ships CSVs to every agency.
IPTC editor FAQ
What can I edit?
Description, headline, creator, copyright, keywords, city, state, country, date created, genre, credit line, source, and special instructions stored as EXIF tags inside JPEG files. These fields are read by Adobe Stock, Shutterstock, iStock, Lightroom, Bridge, and most stock pipelines.
Does this work on PNG/HEIC?
JPEG only for now. PNG/HEIC use different metadata containers — for those, paid CyberStock plans support full XMP injection.
Are files uploaded?
No. Editing happens entirely in your browser via piexifjs. The photo never leaves your device.
Will my existing EXIF be preserved?
Yes. The tool only updates the fields you change. All other tags (camera, lens, GPS) are preserved unless you also use Metadata Remover.
Can I batch tag photos?
Sign up for 20 free credits — paid CyberStock plans batch-tag up to 1000 files in one click with copyright, creator, and AI-generated descriptions.