首页> 外国专利> BEST2000C: platform-independent, acrostic database encryption of biometrically-inert transgression-ciphers for up to 90 reduction of the $50 billion annual fictitious-identity transgressions

BEST2000C: platform-independent, acrostic database encryption of biometrically-inert transgression-ciphers for up to 90 reduction of the $50 billion annual fictitious-identity transgressions

机译:BEST2000C:与平台无关的,对生物惰性的入侵密码的Acrostic数据库加密,可将每年500亿美元的虚拟身份入侵减少90%

摘要

The invention (“INVENTION”) herein relates to government or private-use ciphers for assignable fictitious-identity information accessed through a data system or other form of data repository for maintenance or retention of financial, credit, medical or related asset management records. To help protect or restore integrity to such government or private-use ciphers occasionally compromised through private, public or commercial transactions, the art applies a prime/number-keyed acrostic-encryption throughout a data system or other form of information repository, encoding biometrically-inert transgression ciphers (“BIT-ciphers” or “TRANSGRESSION-CIPHERS”) therein. Such BIT-ciphers and their financial, credit or related asset management records form fictitious-identities, unassigned to any real person or real institution. These are populated throughout an extant data system or other form of information repository, including archival storage, containing preexisting fictitious-identity ciphers (“FID-ciphers”) assigned by a government or agencies, thereof, to online records for various parties, whether they be public or private institutions, corporations or individuals. FID-ciphers are processed through extant government and commercial systems for tax collections, credit monitoring, financial transactions and other forms of fictitious-identity processing. However, every BIT-cipher accessed through encoded government or commercial systems, or access of any BIT-cipher's related record components, in any way, triggers a 100% positive detection of a fictitious-identity transgression at the moment of access. A Fast-Access Network of Transgression Alert Servers for Transparently Implanted Ciphers version 7 (herein “FANTASTIC-7™”) allows instant capture and/or monitoring, for extended periods, of a party or parties engaged in fictitious-identity transgression.
机译:本文的发明(“发明”)涉及用于可分配虚拟身份信息的政府或私人密码,该可加密身份信息通过数据系统或其他形式的数据存储库进行访问,以维护或保留财务,信贷,医疗或相关资产管理记录。为帮助保护或恢复偶尔因私人,公共或商业交易而受到损害的政府或私人密码的完整性,本领域在整个数据系统或其他形式的信息存储库中应用素数/数字键的加密算法,以生物识别方式进行编码。其中的惰性违规密码(“ BIT密码”或“ TRANSGRESSION-CIPHERS”)。此类BIT密码及其财务,信用或相关资产管理记录构成虚拟身份,未分配给任何真实的人或真实的机构。这些信息遍布整个现有数据系统或其他形式的信息存储库,包括档案存储,其中包含政府或机构分配给各方面的在线记录的预先存在的虚拟身份密码(“ FID密码”),以供各方面的在线记录使用是公共或私人机构,公司或个人。 FID密码通过现有的政府和商业系统进行处理,以进行税收征管,信用监控,金融交易和其他形式的虚拟身份处理。但是,通过编码的政府或商业系统访问的每个BIT密码,或以任何方式访问任何BIT密码的相关记录组件,都会在访问时触发100%的对虚拟身份违规的肯定检测。用于透明植入密码的犯罪警报服务器快速访问网络版本7(在本文中为“ FANTASTIC-7™”)允许长时间进行即时捕获和/或监视参与虚拟身份犯罪的当事方。

著录项

  • 公开/公告号US2010146294A1

    专利类型

  • 公开/公告日2010-06-10

    原文格式PDF

  • 申请/专利权人 ANTHONY SNEED;

    申请/专利号US20090381901

  • 发明设计人 ANTHONY SNEED;

    申请日2009-03-17

  • 分类号G06F12/14;H04L9/00;

  • 国家 US

  • 入库时间 2022-08-21 18:52:07

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