With the rise of generative AI, the boundaries between real and fake have blurred immensely. From images of a real flood being called fake to AI-generated images being used to peddle propaganda, the world is heading in a problematic direction. Amidst this, photography as a medium is losing its veracity. To help photographers, especially photojournalists and news organizations, a new content authenticity tool is now available for photographers to verify their images easily, the Atom H1.
All the images are screenshots from Atom Images’ website.
Content Authenticity At Your Finger Tips
According to Atom Images, the creator of Atom H1, the new device can easily pair with any Nikon, Sony, and Canon digital camera to begin authentication. However, it will function with the devices that have been launched in the past four years. The company says it uses its patented technology to signal and secure each photograph you capture. This is possible due to the unique make of the camera’s sensor. This way, a photographer or even a news outlet does not have to depend on additional authentication steps. Atom Images is a part of the Content Authenticity Initiative (CAI), just like The Phoblographer.
So, how does it work? Once photographers plug their cameras into ATOM H1, they have to capture a series of images for calibration. Then, the authentication device will learn about your camera’s “fingerprint,” which is distinct for every sensor. Once that is out of the way, the device will create a signature that will be used to encrypt your images. The marked photographs are then saved on an SD card, which is removable, to be sent for backup.
The Atom H1 is tough and can withstand harsh environments. It is also weather resistant and has a long battery life, with over four hours of use and a single charge. In fact, photojournalists can also use it to break new photography or work with it in remote locations such as jungles. One can also connect it to cameras through USB-C, USB-A, or micro USB cables. The device is available for $239.
A Bigger Ecosystem
Content Authenticity does not end here. In fact, there is a much larger system for creating end-to-end image encryption and trust. The Atom’s Real Image Platform (RIP) is another platform where photographers can upload their authenticated photographs, and those who view the library can see the “reality badge” proving that the photograph was shot by a human. The pictures are also further categorized by the content authenticity portal: green for reliable images, yellow for moderate photographs that have been edited, and red for images heavily edited by AI. So, if someone is planning to look at your work, they will instantly know whether a picture has been edited or not.
Atom RIP has also been included in archives such as NASA and the Library of Congress, which are important public libraries people use for reference and history. As a result, whoever looks at Atom RIP will know whether any visual document has been tampered with.
It Comes At The Right Time
This is exactly what we have been talking about. A device like this ensures that photographers, news agencies, and even viewers are safe from generative AI. It requires a quick search to determine what is real and fake. As a content authenticity initiative, it is right on point and saves time while researching.
However, as one can easily manipulate digital photographs, including the EXIF, we aren’t sure how much of the platform can help distinguish that. Furthermore, it is a digital device that will require charging and can be corrupted. Plus, it is an additional cost to a freelance photojournalist list and will add weight. While companies like Sony, Canon, and Leica have joined content authentication lists, we wonder what use the device will be of once C2PA features roll on in cameras. Furthermore, it is limited to devices that are just four years old, so what happens if you still shoot with a DSLR or even a Leica or Pentax?
I am not a pessimist but just questioning where the device can serve its purpose. It is surely a brilliant tool in today’s day and age, but there are also things we don’t really know much about. Perhaps, with more iteration, one can know for sure how well the device has its use in the future. But for now, we are glad to know someone is trying to make a change.