Web Genome Project Launches Movement to Map the Internet
The WGP allows each individual a totally private way to find personally relevant content on the Web.
Each page on the Web has a distinct personality and flavor — as does each person who surfs the Web. The WGP dynamically and continuously calculates a numerical profile — a ‘genome’ — for web pages, based on the aggregate genomes of their visitors.
Visitors to webgenomeproject.org can use the tool to compare search results to a ‘filter genome’. They can adjust the filter to see how different genomes affect the order of search results, and they can also create their own genomes.
The Web Genome Project has been well received in the search industry.
As genomes get generated for more and more pages, they create a virtual topography of the Web. Individuals can use this topography to find sites that share their genomes.
Anyone can contribute to this virtual topography by installing the WGP extension, completing a short survey to create an initial genome, and then using the Web the way they normally do.
Individual genomes are based on a predictive algorithm from VortexDNA. They’re not personally identifying in any way, are not unique to the user, and don’t contain any demographic or historical information.
“There are more than 108 million websites on the World Wide Web,” says
The WGP’s stated goal is to generate genomes for ten million web pages. So far more than half a million pages have associated genomes.
ABOUT THE WEB GENOME PROJECT
The Web Genome Project is a global movement to map the Web and make sense of its billions of pages. Its aim to give us the ability to tune into the content we’re most interested in at any given time.
VortexDNA offers a unique system for profiling users without retaining personal information, and the ability to map and codify that profile. Its predictive modeling algorithm has applications for online services, insurance, and health care.
CONTACT: Branton Kenton-Dau firstname.lastname@example.org Contact: email@example.com for photo.
SOURCE VortexDNA & Web Genome Project