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    • 3. 发明申请
    • PASSWORD AUTHENTICATION VIA A ONE-TIME KEYBOARD MAP
    • 密码验证通过一次性键盘映射
    • US20080184036A1
    • 2008-07-31
    • US11669382
    • 2007-01-31
    • Bronislav Kavsan
    • Bronislav Kavsan
    • H04L9/00
    • H04L9/3271G06F21/36G06F21/83H04L9/3226H04L63/0838
    • A static password is converted into a One-Time Authenticator (OTA) in accordance with a one-time keyboard map. The one-time keyboard map is generated in accordance with a nonce and a secret shared by the user entering the static password and an intended recipient. In response to receiving a prompt to enter a password, a user positions a display cursor within a designated display area. In response thereto, the keyboard driver generates the one-time keyboard map to remap the entered static password. The remapped password is converted into an OTA and transmitted instead of the static password. When the display cursor is moved out of the designated display area, the one-time keyboard map is no longer used to convert keystrokes and the keyboard mapping reverts back to its previous, original configuration.
    • 静态密码根据一次性键盘地图转换为一次性认证器(OTA)。 一次性键盘映射根据用户输入静态密码和预期接收者的随机数和秘密生成。 响应于接收到输入密码的提示,用户将显示光标定位在指定的显示区域内。 响应于此,键盘驱动器生成一次性键盘映射以重新映射输入的静态密码。 重新映射的密码被转换为OTA,而不是静态密码。 当显示光标移出指定的显示区域时,不再使用一次性键盘映射来转换键盘,并且键盘映射恢复到以前的原始配置。
    • 4. 发明授权
    • Password authentication via a one-time keyboard map
    • 通过一次性键盘地图进行密码认证
    • US08615662B2
    • 2013-12-24
    • US11669382
    • 2007-01-31
    • Bronislav Kavsan
    • Bronislav Kavsan
    • G06F21/00
    • H04L9/3271G06F21/36G06F21/83H04L9/3226H04L63/0838
    • A static password is converted into a One-Time Authenticator (OTA) in accordance with a one-time keyboard map. The one-time keyboard map is generated in accordance with a nonce and a secret shared by the user entering the static password and an intended recipient. In response to receiving a prompt to enter a password, a user positions a display cursor within a designated display area. In response thereto, the keyboard driver generates the one-time keyboard map to remap the entered static password. The remapped password is converted into an OTA and transmitted instead of the static password. When the display cursor is moved out of the designated display area, the one-time keyboard map is no longer used to convert keystrokes and the keyboard mapping reverts back to its previous, original configuration.
    • 静态密码根据一次性键盘地图转换为一次性认证器(OTA)。 一次性键盘映射根据用户输入静态密码和预期接收者的随机数和秘密生成。 响应于接收到输入密码的提示,用户将显示光标定位在指定的显示区域内。 响应于此,键盘驱动器生成一次性键盘映射以重新映射输入的静态密码。 重新映射的密码被转换为OTA,而不是静态密码。 当显示光标移出指定的显示区域时,不再使用一次性键盘映射来转换键盘,并且键盘映射恢复到以前的原始配置。
    • 6. 发明授权
    • Automated access policy translation
    • 自动访问政策翻译
    • US08266118B2
    • 2012-09-11
    • US12027971
    • 2008-02-07
    • Bronislav Kavsan
    • Bronislav Kavsan
    • G06F7/00
    • G06F21/62G06F9/468
    • The use of one resource access policy to populate a second resource access policy. One of more fields of the first resource access policy are each to be used to populate corresponding one or more fields of the second resource access policy. After identifying the field(s) of the first resource access policy, and identifying their corresponding field of the second resource access policy, the information from the source fields of the first resource access policy are then used to populate the destination fields of the second resource access policy. This may be done in an automated fashion thereby allowing for at least the possibility of the transition from one type of resource access security to another.
    • 使用一个资源访问策略来填充第二个资源访问策略。 第一资源访问策略的其中一个领域分别用于填充第二资源访问策略的对应的一个或多个字段。 在识别第一资源访问策略的字段并且识别其第二资源访问策略的相应字段之后,然后使用来自第一资源访问策略的源字段的信息来填充第二资源的目的地字段 访问策略。 这可以以自动化的方式完成,从而允许从一种类型的资源访问安全性到另一种资源访问安全性的至少可能性。
    • 7. 发明申请
    • AUTOMATED ACCESS POLICY TRANSLATION
    • 自动访问政策翻译
    • US20090204971A1
    • 2009-08-13
    • US12027971
    • 2008-02-07
    • Bronislav Kavsan
    • Bronislav Kavsan
    • G06F9/46H04L9/32
    • G06F21/62G06F9/468
    • The use of one resource access policy to populate a second resource access policy. One of more fields of the first resource access policy are each to be used to populate corresponding one or more fields of the second resource access policy. After identifying the field(s) of the first resource access policy, and identifying their corresponding field of the second resource access policy, the information from the source fields of the first resource access policy are then used to populate the destination fields of the second resource access policy. This may be done in an automated fashion thereby allowing for at least the possibility of the transition from one type of resource access security to another.
    • 使用一个资源访问策略来填充第二个资源访问策略。 第一资源访问策略的其中一个领域分别用于填充第二资源访问策略的对应的一个或多个字段。 在识别第一资源访问策略的字段并且识别其第二资源访问策略的相应字段之后,然后使用来自第一资源访问策略的源字段的信息来填充第二资源的目的地字段 访问策略。 这可以以自动化的方式完成,从而允许从一种类型的资源访问安全性到另一种资源访问安全性的至少可能性。