Remove C2PA from AI Images
Content Credentials metadata standard for AI content provenance
Drag & drop your image here
or click to browse
PNG, JPG, WebP до 20 MB
How We Remove C2PA
Detection
We analyze the image to detect blockchain patterns
Removal
Metadata stripping and re-encoding
Quality
Image quality preserved with lossless processing
About C2PA
Coalition for Content Provenance and Authenticity
metadata
blockchain
Yes
Helping creators & businesses everywhere work easier
See the Difference
Drag the slider to compare before and after. AI watermarks removed, quality preserved.
Portrait Photo
Street Photography
AI Art
Digital Illustration
What is C2PA?
C2PA (Coalition for Content Provenance and Authenticity) is an open technical standard for embedding provenance information into digital content. Unlike invisible watermarks that modify pixel data, C2PA stores information as metadata attached to the file — similar to EXIF data but cryptographically signed.
The standard was developed by a coalition including Adobe, Microsoft, Google, Intel, BBC, and other major companies to create a universal system for content authenticity.
How C2PA Content Credentials Work
Content Credentials are embedded as a "manifest" within the image file containing:
- Creation information — what tool or AI model generated the image
- Edit history — modifications made to the content
- Digital signature — cryptographic proof of authenticity
- Timestamps — when actions occurred
This data is stored in a standardized format that can be read by compatible applications and platforms.
Which Platforms Use C2PA?
- OpenAI — DALL-E 3, ChatGPT image generation
- Adobe — Firefly, Photoshop, Lightroom
- Microsoft — Designer, Bing Image Creator
- Google — Gemini (alongside SynthID)
Why Images Get Labeled "Made with AI"
In 2025, platforms like Instagram, Facebook, and LinkedIn read C2PA metadata to automatically label AI-generated content. If your image contains Content Credentials indicating AI generation, platforms will add visible labels — even if you've edited the image significantly.
C2PA Removal: Simple but Effective
Unlike invisible watermarks, C2PA is purely metadata-based. This means:
- Screenshots remove C2PA automatically
- Re-saving in certain formats strips metadata
- Metadata editors can remove Content Credentials
- Format conversion often loses the manifest
OpenAI themselves acknowledge that "metadata like C2PA can easily be removed either accidentally or intentionally."
Durable Content Credentials
To address easy removal, some implementations combine C2PA with invisible watermarks ("soft bindings"). This creates "durable credentials" that can potentially be recovered even after metadata stripping. However, this varies by platform and isn't universal.
Our C2PA Removal Tool
Our service cleanly removes C2PA Content Credentials from your images while preserving full image quality. The process strips the manifest data without affecting the visual content, giving you a clean file without AI generation labels.
Frequently Asked Questions
Trusted by Researchers & Platforms
Join thousands of developers, researchers, and content platforms who trust AI Detector Arena
Sarah Chen
Content Platform Manager
"Finally a reliable way to compare AI detectors! We tested 8 different services and AI Detector Arena helped us pick the most accurate one for our moderation needs."
Marcus Rodriguez
AI Researcher
"The benchmarks here are incredibly useful for my research. Real-time ELO rankings show how detection accuracy evolves. Essential resource for the AI community."
Emma Wilson
Digital Artist
"As an artist who uses AI tools, I needed to understand how detectors work. This platform gave me insights into which detectors are reliable vs unreliable."
Alex Thompson
Platform Developer
"Building an app that needs AI detection? Start here. The comparison data saved us weeks of testing different APIs. Clear winner for our use case."
Lisa Park
Academic Integrity Officer
"Our institution evaluated multiple AI detection tools using this platform. The accuracy metrics and false positive rates were exactly what we needed."