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    • 1. 发明授权
    • Validating access to a group of related elements
    • 验证对一组相关元素的访问权限
    • US08601278B2
    • 2013-12-03
    • US13570044
    • 2012-08-08
    • Sundaram RaminiJoseph S. BedaMark AlcazarRoberto A. FrancoRoland Katsuaki TokumiJohn G. Bedworth
    • Sundaram RaminiJoseph S. BedaMark AlcazarRoberto A. FrancoRoland Katsuaki TokumiJohn G. Bedworth
    • G06F21/00
    • H04L63/104H04L63/102
    • A method and system for validating access to a group of related elements are described. The elements within the group access a security context associated with a markup domain when a call is made to an element. An authorized call to an element is enabled such that the markup domain is navigated to a new web page. However, an unauthorized call is prevented so that the navigation to the new web page is not permitted. After the markup domain has been navigated, the security context associated with the markup domain is invalidated. A new security context is generated and associated with the markup domain. The elements associated with the web page navigated from are inaccessible after navigation of the markup domain to the new page. The association of the new security context with the markup domain prevents an unauthorized user from accessing any element that references the previous security context.
    • 描述用于验证对一组相关元素的访问的方法和系统。 当对元素进行调用时,组内的元素访问与标记域相关联的安全上下文。 启用对元素的授权呼叫,使得标记域被导航到新的网页。 然而,防止未经授权的呼叫,使得不允许对新网页的导航。 标记域已导航后,与标记域相关联的安全上下文将无效。 生成新的安全上下文并与标记域相关联。 与导航到网页的网页相关联的元素在标记域导航到新页面后是无法访问的。 新安全上下文与标记域的关联可防止未经授权的用户访问引用先前安全上下文的任何元素。
    • 8. 发明申请
    • MIME Handling Security Enforcement
    • MIME处理安全执行
    • US20100107251A1
    • 2010-04-29
    • US12685528
    • 2010-01-11
    • Venkatraman V. KudallurShankar GaneshRoberto A. FrancoVishu GuptaJohn G. Bedworth
    • Venkatraman V. KudallurShankar GaneshRoberto A. FrancoVishu GuptaJohn G. Bedworth
    • G06F21/00G06F15/16
    • G06F21/60G06F21/56G06F21/562G06F21/566
    • A model restricts un-trusted data/objects from running on a user's machine without permission. The data is received by a protocol layer that reports a MIME type associated with the DATA, and caches the data and related cache file name (CFN). A MIME sniffer is arranged to identify a sniffed MIME type based on the cached data, the CFN, and the reported MIME type. Reconciliation logic evaluates the sniffed MIME type and the CFN to determine a reconciled MIME type, and to update the CFN. A class ID sniffer evaluates the updated CFN, the cached data, and the reconciled MIME type to determine an appropriate class ID. Security logic evaluates the updated CFN, the reported class ID, and other related system parameters to build a security matrix. Parameters from the security matrix are used to intercept data/objects before an un-trusted data/object can create a security breach on the machine.
    • 模型限制不受信任的数据/对象在未经许可的情况下在用户计算机上运行。 数据由报告与DATA关联的MIME类型的协议层接收,并缓存数据和相关缓存文件名(CFN)。 安排MIME嗅探器根据缓存的数据,CFN和报告的MIME类型来识别嗅探的MIME类型。 调和逻辑评估嗅探的MIME类型和CFN以确定对帐的MIME类型,并更新CFN。 类ID嗅探器评估更新的CFN,缓存数据和已对帐的MIME类型,以确定适当的类ID。 安全逻辑评估更新的CFN,报告的类ID和其他相关系统参数以构建安全性矩阵。 来自安全矩阵的参数用于在不可信数据/对象可能在机器上创建安全漏洞之前拦截数据/对象。
    • 9. 发明授权
    • MIME handling security enforcement
    • MIME处理安全执行
    • US07660999B2
    • 2010-02-09
    • US10873576
    • 2004-06-22
    • Venkatraman V. KudallurShankar GaneshRoberto A. FrancoVishu GuptaJohn G. Bedworth
    • Venkatraman V. KudallurShankar GaneshRoberto A. FrancoVishu GuptaJohn G. Bedworth
    • G06F12/14G06F12/16G06F15/16
    • G06F21/60G06F21/56G06F21/562G06F21/566
    • A model restricts un-trusted data/objects from running on a user's machine without permission. The data is received by a protocol layer that reports a MIME type associated with the DATA, and caches the data and related cache file name (CFN). A MIME sniffer is arranged to identify a sniffed MIME type based on the cached data, the CFN, and the reported MIME type. Reconciliation logic evaluates the sniffed MIME type and the CFN to determine a reconciled MIME type, and to update the CFN. A class ID sniffer evaluates the updated CFN, the cached data, and the reconciled MIME type to determine an appropriate class ID. Security logic evaluates the updated CFN, the reported class ID, and other related system parameters to build a security matrix. Parameters from the security matrix are used to intercept data/objects before an un-trusted data/object can create a security breach on the machine.
    • 模型限制不受信任的数据/对象在未经许可的情况下在用户计算机上运行。 数据由报告与DATA关联的MIME类型的协议层接收,并缓存数据和相关缓存文件名(CFN)。 安排MIME嗅探器根据缓存的数据,CFN和报告的MIME类型来识别嗅探的MIME类型。 调和逻辑评估嗅探的MIME类型和CFN以确定对帐的MIME类型,并更新CFN。 类ID嗅探器评估更新的CFN,缓存数据和已对帐的MIME类型,以确定适当的类ID。 安全逻辑评估更新的CFN,报告的类ID和其他相关系统参数以构建安全性矩阵。 来自安全矩阵的参数用于在不可信数据/对象可能在机器上创建安全漏洞之前拦截数据/对象。