Microsoft PhotoDNA Technology to Help Law Enforcement Fight Child PornographyHaving worked with Law Enforcement around the world for many years, there is always a huge demand for tools and resources to help investigations. One such tool is PhotoDNA, which essentially creates something like a fingerprint of an image which can be compared with the signatures of other images to find copies. The National Center for Missing & Exploited Children (NCMEC) and online service providers such as Microsoft and Facebook currently use PhotoDNA to help find, report and eliminate some of the worst known images of child pornography online.

Recently the Microsoft Digital Crimes Unit announced that they are partnering with NetClean to make our Microsoft PhotoDNA image matching technology available to law enforcement at no cost to help enhance their child sex abuse investigations.

This means that PhotoDNA will be available to law enforcement at no charge via:

· NetClean Analyze. PhotoDNA is being made available through a new version of NetClean Analyze, a free technology already used by law enforcement in many countries worldwide. The new version will also include functionality to support connections between NetClean Analyze and the Child Exploitation Tracking System (CETS) where appropriate.

· The Child Exploitation Tracking System (CETS). PhotoDNA is being integrated into CETS, a collaborative global law enforcement program supported by Microsoft technology for child pornography investigations. CETS helps law enforcement agencies follow hundreds of suspects at a time and eliminate duplication, making it more efficient for the agencies to follow up on leads, collect evidence and build cases against suspected child pornographers. CETS is currently used by agencies in Australia, Brazil, Belgium, Canada, Italy, the United Kingdom and the United States.


Blog: Microsoft PhotoDNA Technology to Help Law Enforcement Fight Child Pornography


Video: Microsoft Makes PhotoDNA Available to Law Enforcement


Video: How PhotoDNA Enhances NetClean Analyze