Google launches SynthID, an AI image watermark invisible to the naked eye
Google recently announced the launch of SynthID, an innovative tool that uses artificial intelligence to insert watermarks invisible to the naked eye into images. This new technology aims to protect the copyrights of online image creators.
Stronger copyright protection thanks to AI
With the advent of the Internet, it has become easier for users to share and copy images without permission. This has led to an increase in piracy and unauthorized use of copyrighted works. To remedy this, Google has developed SynthID, a system based on artificial intelligence that allows you to insert watermarks imperceptible to the naked eye in images.
How does SynthID work?
SynthID uses machine learning models to generate unique watermarks for each image. These watermarks are then seamlessly embedded into the pixels of the image, without altering its visual quality. Watermarks are specifically designed to be invisible to the naked eye, making them difficult to detect and remove.
Stronger protection for image creators
By adding invisible watermarks to their images, creators benefit from enhanced copyright protection. If a SynthID-protected image is used without permission, Google can easily trace it using its unique identification system. This allows creators to assert their rights and take appropriate action against unauthorized use.
The future of copyright protection
Google continues to invest in developing technologies to protect copyright and combat online piracy. SynthID is a significant advancement in this field, providing an effective and invisible solution for protecting images online.
Conclusion
With the launch of SynthID, Google offers a new approach to protecting the copyrights of online image creators. Using artificial intelligence, watermarks invisible to the naked eye are inserted into images, providing enhanced protection against piracy and unauthorized use. This promising technology opens the way to new possibilities in online copyright protection.