利用光学可读材料的随机模式来确保文件、媒体和基材的认证

J. Fraser
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引用次数: 1

摘要

尽管现有技术的尝试,假冒产品和文件的问题仍然存在。造假者的先进能力挫败了早先解决这一问题的尝试。此外,许多现有的解决方案要么显示出安全缺陷,要么需要构建基础设施。Tracer Detection Technology Corp.提供一种理论上万无一失的方法来确认文件或物品的真实性,即使“过去一代”的技术已经被破坏或包含在一个分层系统中。Tracer的解决方案利用经过图像处理并与机器可读代码匹配的光学材料的随机模式,创建不可复制的数字指纹,从而验证受保护物品的真实性。使用有线或无线阅读器,只有当代码确认图案及其光学特性时,文章才是真实的。这个系统正处于开发的最后阶段。一个原型系统已经存在,作为可复制的商业阅读器的基础,预计在2008年底之前投放市场。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exploiting Random Patterns of Optically Readable Materials to Ensure Authentication of Documents, Media & Substrates
Despite attempts of existing technologies, the problem of counterfeit products and documents persists. Advanced capabilities of counterfeiters have thwarted earlier attempts to solve the problem. Also, many existing solutions have either shown security flaws or require an infrastructure build-out. Tracer Detection Technology Corp. offers a theoretically foolproof confirmation of the authenticity of a document or article, even if the 'past-gen" technologies have been compromised or are included in a tiered system. Exploiting random patterns of optically materials that are image processed and matched to a machine-readable code, Tracer's solution creates a non-duplicable digital fingerprint, enabling verification of the authenticity of the protected articles. Using wired or wireless readers, an article is authentic only if the code confirms the pattern and its optical characteristics. This system is in the final stages of development. A prototype system exists as the basis for the completion of a reproducible commercial reader expected to be market ready before end of 2008.
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