by Playfuls Staff |
16th April 2007

Microsoft and the International Standard Audiovisual Number
International Agency (ISAN-IA) announced an agreement whereby ISAN-IA has
licensed Microsoft's new [more] High Capacity Color Barcode (HCCB) technology
developed by Microsoft Research to assist in the identification of commercial
audiovisual works such as motion pictures, video games, broadcasts, digital
video recordings and other media.
The ISAN-IA, which coordinates a globally recognized
identification system for audiovisual works, will make the Microsoft-developed
bar code available to other organizations for use in tracking, helping protect
and manage their audiovisual content. The new multicolor bar code is expected
to start appearing on DVD media toward the end of 2007. ISAN-IA also said
several of its registration agencies will use the innovative technology to help
their customers derive more accountability and value from their media asset
libraries.
Current ISAN codes allow an audiovisual work to be uniquely
distinguished from other works through a simple identification system, but they
do not allow additional features or functions to be incorporated. Microsoft's
new multicolor bar code will enable the inclusion of more data in the code
itself, as well as the ability for consumers to interact with it by scanning
the code with webcams and, eventually, cell phones with color cameras.
For audiovisual publishers, identification and tracking
technologies will provide detailed data that can aid in royalty payments,
anti-counterfeiting efforts, market analysis and a host of other business
functions. For consumers, the new bar codes can be combined with Web services
to offer enhanced information such as product versioning, ratings
identification, parental control, product availability, special releases,
contests, pricing and promotions. Software to be made available from Microsoft
and ISAN-IA will interpret the bar codes and will be integrated with Web
services to enable these interactions.
The services enabled by HCCB are expected to become more
prevalent as lens quality advances in cell phones to capture these small bar
codes. For existing cell phones to read a black-and-white bar code, a practice
that is widespread in Japan,
the code must be larger than 1.5 by 1.5 inches in size. The use of those codes
is impractical in small spaces or where visual appeal is important. Eventually,
consumers should be able to scan the new, smaller bar codes directly from
television, phone or PC screens; movie posters; DVD and CD jewel cases;
magazine ads; billboards; and a host of other platforms to retrieve additional
information.
New security features can also be incorporated into
Microsoft's multicolor bar code. DatatraceDNA plans to provide technology for
anti-counterfeiting security protection features through nanotechnology that is
invisibly embedded within the material and ink of the Microsoft bar code and
product packaging.