Other

Apple Inc.

Novell, Inc.

Novell Intellectual Property Holdings, Inc.

W Scott Kiester

Cameron Mashayekhi

Karl E Ford

Methods and apparatus include securely launching a web browser from a privileged process of a workstation to minimize enterprise vulnerabilities. The workstation includes a restricted-capability web browser pointed toward a web server. An executable file is wrapped about the browser and imposes restrictions, such as preventing the writing to a registry or installing ActiveX controls. It also has functionality to prevent users from linking to web locations in other than an https protocol or following links beyond an original host. Upon indication of a forgotten password/credential, the restricted-capability web is launched browser toward a web server. Upon authentication of identity, the user changes their password/credential for later logging-on to the workstation, but in a capacity without the limited functionality or the imposed browser restrictions.

Secure launching of browser from privileged process

Apparatus and methods are described for providing employee cards to employees, such as PIV cards to federal employees, including provisioning the employees to a more than one agency (and more than one card) without requiring multiple instances of enrolling and adjudicating the employee. Representatively, a sponsor enters information about the employee into a computer-displayed form (e.g., web-based). Biometric identity information is collected for the employee, but if such has already begun or is complete for at least a first agency, the collected information is used for a second agency without redundant collection. In the event an adjudication level of the first agency is at least as stringent as it is for the second agency, the employee is eligible to receive an employee card for the second agency, in addition to an employee card for the first agency.

Provisioning users to multiple agencies

Methods and apparatus include securely launching a web browser from a privileged process of a workstation to minimize enterprise vulnerabilities. The workstation includes a web browser pointed toward a web server and a Logon API for use with a password/credential. An executable file is wrapped about the browser and imposes restrictions, such as preventing the writing to a registry or installing ActiveX controls. It also has functionality to prevent users from linking to web locations in other than an https protocol or following links beyond an original host. Upon indication of a forgotten password/credential, a DLL logs onto a user account which invokes the executable file to launch the web browser in the https protocol. Upon authentication of identity, the user changes their password/credential for later logging-on to the workstation via the Logon API, but in a capacity without the limited functionality or the imposed browser restrictions.

Methods and apparatus cryptographically bind authentication schemes to verify that a secure authentication sequence was executed for access to sensitive applications/resources. Users execute two login sequences with a strong authentication framework. Upon completion of the first, the framework generates an unencrypted token from underlying data, later hashed into an authentication token. With a private key corresponding to the first sequence, the authentication token is encrypted and passed to the second sequence where it is encrypted again with a private key corresponding to the second sequence. Upon access attempts to the sensitive applications/resources, verification of execution of the two login sequences includes recovering the authentication token from its twice encrypted form and comparing it to a comparison token independently generated by the application/resource via the underlying data. An audit log associated with the application/resource stores the data, the recovered authentication token, etc., for purposes of later non-repudiation.

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Orem, UT, United States of America

W Scott Kiester