Abstract: A method to secure a non-native application. The non-native application is processed to obtain an application stub to be triggered within a virtual machine. The processing of the non-native application also provide a native code function upon which the application stub depends. The non-native function is part of a trusted module that extends application security services from the trusted module to the virtual machine. The trusted module is a native code application that creates a trusted zone as a root of trustiness extending to the virtual machine by an execution-enabling mechanism between the application tab and the non-native function.

Abstract: A method to secure a non-native application. The non-native application is processed to obtain an application stub to be triggered within a virtual machine. The processing of the non-native application also provide a native code function upon which the application stub depends. The non-native function is part of a trusted module that extends security services from the trusted module to the virtual machine. The trusted module is a native code application that creates a trusted zone as a root of trustiness extending to the virtual machine by an execution-enabling mechanism between the application tab and the non-native function.

Abstract: A method to secure a non-native application. The non-native application is processed to obtain an application stub to be triggered within a virtual machine. The processing of the non-native application also provide a native code function upon which the application stub depends. The non-native function is part of a trusted module that extends security services from the trusted module to the virtual machine. The trusted module is a native code application that creates a trusted zone as a root of trustiness extending to the virtual machine by an execution-enabling mechanism between the application tab and the non-native function.

Abstract: Systems and methods for unattended authentication of software applications to provide these applications with access to shared resources. A server password manager (SPM) module resident on a node also occupied by a requester software application requesting access to resources receives the requestor's request. The SPM module creates a request package containing the requestor's information as well as the node's identifying information. The request package is then transmitted to a credentials manager (CM) module in a CM node. The request package, encrypted by the SPM module with encryption keys previously generated by the CM module, is decrypted by the CM module. The contents are checked against data stored by the CM module regarding the SPM module and the requestor application when these were registered with the CM. If the data matches, then the CM provides credentials which are used to give the requestor application access to the requested resources.

Abstract: Systems and methods for unattended authentication of software applications to provide these applications with access to shared resources. A server password manager (SPM) module resident on a node also occupied by a requester software application requesting access to resources receives the requestor's request. The SPM module creates a request package containing the requestor's information as well as the node's identifying information. The request package is then transmitted to a credentials manager (CM) module in a CM node. The request package, encrypted by the SPM module with encryption keys previously generated by the CM module, is decrypted by the CM module. The contents are checked against data stored by the CM module regarding the SPM module and the requestor application when these were registered with the CM. If the data matches, then the CM provides credentials which are used to give the requestor application access to the requested resources.