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    • 6. 发明申请
    • Displaying a trusted user interface using background images
    • 使用背景图像显示可信用户界面
    • US20050275661A1
    • 2005-12-15
    • US10866004
    • 2004-06-10
    • Joseph CihulaErnie BrickellChiung-Chen Yu
    • Joseph CihulaErnie BrickellChiung-Chen Yu
    • G06F21/00G09G5/00
    • G06F21/55G06F21/57
    • In one implementation, a method for ensuring the trustworthiness of graphical user interfaces is described wherein a computing system user selects and/or modifies an image to be used as at least a portion of the background of one or more visual elements of a graphical user interface of a trusted computing environment. The user selected background image facilitates recognition by the user of the trustworthiness of the environment's graphical user interface when it is displayed to the user. The computing system seals the selected image or a modified version of the selected image within the trusted computing environment to prevent access to that image by computing environments other than the trusted computing environment. Additional embodiments are described and claimed.
    • 在一个实现中,描述了用于确保图形用户界面的可信赖性的方法,其中计算系统用户选择和/或修改要用作图形用户界面的一个或多个视觉元素的背景的至少一部分的图像 的可信计算环境。 用户选择的背景图像便于用户在向用户显示时识别环境的图形用户界面的可信赖性。 计算系统将所选择的图像或受信任的计算环境内的所选图像的修改版本密封,以防止通过除了可信计算环境之外的计算环境来访问该图像。 描述和要求保护附加的实施例。
    • 7. 发明申请
    • Method of delivering direct proof private keys to devices using a distribution CD
    • 使用分发CD向设备提供直接验证私钥的方法
    • US20060013399A1
    • 2006-01-19
    • US10892265
    • 2004-07-14
    • Ernie BrickellJames SuttonClifford HallDavid Grawrock
    • Ernie BrickellJames SuttonClifford HallDavid Grawrock
    • H04L9/00
    • H04L63/062G06F21/57G06F21/73H04L9/0841H04L63/0853H04L2209/125
    • Delivering a Direct Proof private key to a device installed in a client computer system in the field may be accomplished in a secure manner without requiring significant non-volatile storage in the device. A unique pseudo-random value is generated and stored in the device at manufacturing time. The pseudo-random value is used to generate a symmetric key for encrypting a data structure holding a Direct Proof private key and a private key digest associated with the device. The resulting-encrypted data structure is stored on a removable storage medium (such as a CD), and distributed to the owner of the client computer system. When the device is initialized on the client computer system, the system checks if a localized encrypted data structure is present in the system. If not, the system obtains the associated encrypted data structure from the removable storage medium. The device decrypts the encrypted data structure using a symmetric key regenerated from its stored pseudo-random value to obtain the Direct Proof private key. If the private key is valid, it may be used for subsequent authentication processing by the device in the client computer system.
    • 将直接证明私钥提供给安装在该领域中的客户端计算机系统中的设备可以以安全的方式来实现,而不需要设备中的显着的非易失性存储。 在制造时产生并存储在设备中的唯一伪随机值。 伪随机值用于生成用于加密持有Direct Proof私钥和与该设备相关联的私钥摘要的数据结构的对称密钥。 所得到的加密数据结构存储在可移动存储介质(例如CD)上,并分发给客户端计算机系统的所有者。 当在客户端计算机系统上初始化设备时,系统会检查系统中是否存在本地化的加密数据结构。 如果不是,系统从可移动存储介质中获得相关联的加密数据结构。 设备使用从其存储的伪随机值重新生成的对称密钥来解密加密数据结构,以获得直接证明私钥。 如果私钥有效,则其可以用于客户端计算机系统中的设备的后续认证处理。
    • 9. 发明申请
    • Method of delivering Direct Proof private keys to devices using an on-line service
    • 使用在线服务将Direct Proof私钥交付给设备的方法
    • US20060013402A1
    • 2006-01-19
    • US10892256
    • 2004-07-14
    • James SuttonErnie BrickellClifford HallDavid Grawrock
    • James SuttonErnie BrickellClifford HallDavid Grawrock
    • H04L9/00
    • H04L9/0844H04L2209/127
    • Delivering a Direct Proof private key to a device installed in a client computer system in the field may be accomplished in a secure manner without requiring significant non-volatile storage in the device. A unique pseudo-random value is generated and stored in the device at manufacturing time. The pseudo-random value is used to generate a symmetric key for encrypting a data structure holding a Direct Proof private key and a private key digest associated with the device. The resulting encrypted data structure is stored on a protected on-liner server accessible by the client computer system. When the device is initialized on the client computer system, the system checks if a localized encrypted data structure is present in the system. If not, the system obtains the associated encrypted data structure from the protected on-line server using a secure protocol. The device decrypts the encrypted data structure using a symmetric key regenerated from its stored pseudo-random value to obtain the Direct Proof private key. If the private key is valid, it may be used for subsequent authentication processing by the device in the client computer system.
    • 将直接证明私钥提供给安装在该领域中的客户端计算机系统中的设备可以以安全的方式来实现,而不需要设备中的显着的非易失性存储。 在制造时产生并存储在设备中的唯一伪随机值。 伪随机值用于生成用于加密持有Direct Proof私钥和与该设备相关联的私钥摘要的数据结构的对称密钥。 所得到的加密数据结构存储在由客户端计算机系统可访问的受保护的在线服务器上。 当在客户端计算机系统上初始化设备时,系统会检查系统中是否存在本地化的加密数据结构。 如果没有,系统将使用安全协议从受保护的在线服务器获取相关联的加密数据结构。 设备使用从其存储的伪随机值重新生成的对称密钥来解密加密数据结构,以获得直接证明私钥。 如果私钥有效,则其可以用于客户端计算机系统中的设备的后续认证处理。