Attributor Dubs Megan Fox Hottest on the Web
By Jonathan Bailey • Jan 10th, 2008 • Category: Articles, News, Products
In an unusual test of their image-tracking capability, content monitoring company Attributor scanned the Web for the images from both Maxim’s and FHM’s top list of sexy women in 2007.
According to their report, Megan Fox, the star of the recent Transformer’s movie, had her images reused most on the Web. This is despite the fact that she was 18th and 65th on the two lists.
However, the major story is not that the Web finds Megan Fox attractive, but that Attributor was able to locate some 2,547 copies of the estimated 220 images in the two lists.
Attributor appears to be advancing rapidly in the area of image detection and this could be a boon for visual artists, who frequently have struggled to locate their works on the Web.
Details and Serious Findings
The humorous nature of the study belies some very serious findings. In addition to the finding the more than 2,500 copies of the images, an average of over then copies per image, there were several other details to emerge.
- Some 73% of the sites that used the copied images were running ads, indicating that the use was commercial.
- A third of the sites were visited by more than 50,000 visitors in the month of December.
- Only 13% of the copies linked back to the original source.
- Copies for the top ten women outranked the original image in Google Image Search 100% of the time.
Though the idea that images of beautiful women will be widely copied on the Web should surprise no one, the nature of the use is very worrisome. By in large, the copies were both unattributed and commercial in nature, raising very serious concerns.
In short, these were not merely fans using the images, only 40% of the reuse was on either a fan site, blog or personal home page, but rather for-profit ventures exploiting the images for commercial gain.
In the end, only 7% of all sites that had copied images appeared to be licensing them appropriately.
Conclusions
Attributor’s image detection system is still being tested. Their site indicates that the service is not completely ready and we should not assume that this experiment is an indication of how well the final product will work.
However, if the results are accurate, it is clear that photographers and visual artists might want to start following Attributor more closely. Currently, there is no simple way to search for copies of an image on the Web. This is in stark contrast to writers, which have a slew of offerings to check for plagiarism.
Currently, nothing like this exists for visual artists and I anticipate that there will be a great deal of interest among photographers and artists alike when and if this system is made available to to the Internet at large.
Even if it isn’t perfect when it is released, it will be far better than the options we have now.
Disclosure: I am a consultant for Attributor.
Jonathan Bailey is The Webmaster and author of Plagiarism Today, which he founded in 2005 as a way to help Webmasters going through content theft problems get accurate information and stay up to date on the rapidly-changing field. He is also a consultant to Webmasters and companies to help them devise practical content protection strategies and develop good copyright policies.
Email this author | All posts by Jonathan Bailey

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I’m a photographer, and have been waiting for this for many years now.
I’m also a software developer, from 9ish to 5ish … and this is fascinating, well beyond the pretty girls aspect. It would be easy to compare two images bytewise, and get false negatives. If they’re the same size, it would also be easy to compare the individual pixels, and compute the overall % match. A system could even scale an original down to match copies at different sizes to compare them … which is going to demand more raw computing horsepower than Google has at their command. How to decide quickly whether or not to spend the time analyzing the images, letting the application scale to a usable level … just to keep pace with the internet of today … is a more daunting task.
I can’t answer the question about how Attributor has done this, I honestly don’t know and the conversation is over my head anyway, but they seem confident that the system they have not only can be done effectively without too much computational power to be feasible, but also that it can resist minor modifications such as cropping, brightening, scaling, etc. How it works I don’t know.
This is an area I leave to those who know better, but the results will speak for themselves. We’ll know for certain when the product is made public.
I know I can’t wait though…