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    • 76. 发明申请
    • Hierarchical trust based posture reporting and policy enforcement
    • 基于层次信任的姿势报告和策略执行
    • US20070234402A1
    • 2007-10-04
    • US11395504
    • 2006-03-31
    • Hormuzd KhosraviDavid DurhamKaranvir Grewal
    • Hormuzd KhosraviDavid DurhamKaranvir Grewal
    • H04L9/32
    • H04L63/0227
    • A method that includes initiating a network access request from an access requester on a platform that couples to a network, the network access request made to a policy decision point for the network. The method also includes establishing a secure communication channel over a communication link between the policy decision point and a policy enforcement point on the platform. Another secure communication channel is established over another communication link. The other communication link is between at least the policy enforcement point and a manageability engine resident on the platform. The manageability engine forwards posture information associated with the access requester via the other secure communication channel. The posture information is then forwarded to the policy decision point via the secure communication channel between the policy enforcement point and the policy decision point. The policy decision point indicates what access the access requester can obtain to the network based on a comparison of the posture information to one or more network administrative policies.
    • 一种方法,其包括从耦合到网络的平台上的访问请求者发起网络访问请求,所述网络访问请求发送到网络的策略决策点。 该方法还包括在策略决策点和平台上的策略执行点之间的通信链路上建立安全通信信道。 通过另一个通信链路建立另一个安全通信信道。 另一个通信链路至少在平台上驻留的策略执行点和可管理引擎之间。 可管理性引擎经由另一个安全通信信道转发与访问请求者相关联的姿势信息。 然后,姿势信息经由策略执行点和策略决策点之间的安全通信信道被转发到策略决策点。 策略决策点基于姿势信息与一个或多个网络管理策略的比较来指示访问请求者可以获得哪些访问到网络。
    • 77. 发明申请
    • Security protocols on incompatible transports
    • 不兼容传输的安全协议
    • US20060206705A1
    • 2006-09-14
    • US11077892
    • 2005-03-10
    • Hormuzd Khosravi
    • Hormuzd Khosravi
    • H04L9/00
    • H04L63/16H04L69/16H04L69/161H04L69/164H04L69/169H04L69/32
    • “Honest” is a nice word. Sadly, some people in this world are not honest. In an increasingly wired world, dishonest people have found myriad opportunities to illicitly acquire one's confidential data, to monitor or interfere with one's networking activities, e.g., to monitor what you are doing, downloading, accessing, etc., to eavesdrop on or hijack telephony control and voice data or other protocols on your network, etc. To address such risks, typically a secured communication protocol, e.g., TLS or SSL, is utilized to protect communication. Unfortunately, TLS, SSL, and many other security environments require the underlying communication protocol to be TCP/IP, while some protocols needing communication protection, such as VoIP, RTP, SNMP, etc. only operate on UDP and not TCP/IP. Thus, a network shim or other embodiments disclosed herein may be used to allow such UDP based application programs and protocols to use security environments requiring a TCP/IP type transport.
    • “诚实”是一个很好的词。 可悲的是,这个世界上有些人不诚实。 在越来越有线的世界中,不诚实的人发现了无数机会非法获取机密数据,监控或干扰网络活动,例如监控您正在做什么,下载,访问等,以窃取或劫持电话 控制和语音数据或网络上的其他协议等。为了解决这些风险,通常使用安全的通信协议(例如TLS或SSL)来保护通信。 不幸的是,TLS,SSL和许多其他安全环境要求底层通信协议为TCP / IP,而需要通信保护的一些协议(如VoIP,RTP,SNMP等)只能在UDP而不是TCP / IP上运行。 因此,本文公开的网络垫片或其他实施例可以用于允许这样的基于UDP的应用程序和协议使用需要TCP / IP类型传输的安全环境。
    • 78. 发明申请
    • System for dynamic service provisioning
    • 用于动态服务提供的系统
    • US20060095580A1
    • 2006-05-04
    • US10938141
    • 2004-09-10
    • Hormuzd KhosraviBernie Keany
    • Hormuzd KhosraviBernie Keany
    • G06F15/16
    • H04L61/25H04L29/1233
    • Disclosed is a network processor configured to provide for dynamic service provisioning. A global connector defines a topology of packet processing functions that can be dynamically ordered to provide varying functionality. The global connector may be configured before or during the operation of the network processor. Such a system allows a network processor to provide additional functionality in a relatively easy manner, without necessitating changes to the packet processing functions themselves. Such dynamic service provisioning may include dynamic topology changes, which allows a network processor to reconfigure the structure or operation of multiple processing elements of the processor.
    • 公开了一种被配置为提供动态服务提供的网络处理器。 全局连接器定义了可以动态排序以提供不同功能的数据包处理功能的拓扑。 可以在网络处理器的操作之前或期间配置全局连接器。 这样的系统允许网络处理器以相对容易的方式提供额外的功能,而不需要对分组处理功能本身进行改变。 这种动态服务提供可以包括动态拓扑变化,其允许网络处理器重新配置处理器的多个处理元件的结构或操作。