Abstract: Methods and systems for managing directory information, such as onboarding a LDAP server, employing a processor coupled to memory and other computer hardware and software components for receiving a request related to one or more applications from a requestor in pre-determined business logic, acknowledging the request by an approver function without requiring the requestor to negotiate, for example, with an LDAP administrator to justify the request, and provisioning the request into the enterprise LDAP server in the pre-determined business logic.

Abstract: Methods and systems for managing directory information, such as onboarding a LDAP server, employing a processor coupled to memory and other computer hardware and software components for receiving a request related to one or more applications from a requestor in pre-determined business logic, acknowledging the request by an approver function without requiring the requestor to negotiate, for example, with an LDAP administrator to justify the request, and provisioning the request into the enterprise LDAP server in the pre-determined business logic.

Abstract: Methods and systems for modeling a replication topology involve, for example, representing a plurality of replication components of a replication topology in a first binary matrix using a processor coupled to memory and generating a result matrix based at least in part on the first binary matrix likewise using the processor. Thereafter, also using the processor, replication components of the replication topology may be identified that are either enabled or non-enabled to receive replications from other replication components of the replication topology based at least in part on the result matrix.

Abstract: Methods and systems for modeling a replication topology involve, for example, representing a plurality of replication components of a replication topology in a first binary matrix using a processor coupled to memory and generating a result matrix based at least in part on the first binary matrix likewise using the processor. Thereafter, also using the processor, replication components of the replication topology may be identified that are either enabled or non-enabled to receive replications from other replication components of the replication topology based at least in part on the result matrix.

Abstract: Methods and systems for modeling a replication topology involve, for example, representing a plurality of replication components of a replication topology in a first binary matrix using a processor coupled to memory and generating a result matrix based at least in part on the first binary matrix likewise using the processor. Thereafter, also using the processor, replication components of the replication topology may be identified that are either enabled or non-enabled to receive replications from other replication components of the replication topology based at least in part on the result matrix.

Abstract: Methods and systems for modeling a replication topology involve, for example, representing a plurality of replication components of a replication topology in a first binary matrix using a processor coupled to memory and generating a result matrix based at least in part on the first binary matrix likewise using the processor. Thereafter, also using the processor, replication components of the replication topology may be identified that are either enabled or non-enabled to receive replications from other replication components of the replication topology based at least in part on the result matrix.

Abstract: Described herein are systems and methods for centralizing and standardizing implementation of security tokens so as to provide one token per one user for accessing business applications across an enterprise, providing scalability to support authentication of as many enterprise users as desired or needed, and providing a standardized token management interface that supports both pre-binding and post-binding user registration processes and different types of security token.

Abstract: Described herein are systems and methods for centralizing and standardizing implementation of security tokens so as to provide one token per one user for accessing business applications across an enterprise, providing scalability to support authentication of as many enterprise users as desired or needed, and providing a standardized token management interface that supports both pre-binding and post-binding user registration processes and different types of security token.

Abstract: Described herein are systems and methods for centralizing and standardizing implementation of security tokens so as to provide one token per one user for accessing business applications across an enterprise, providing scalability to support authentication of as many enterprise users as desired or needed, and providing a standardized token management interface that supports both pre-binding and post-binding user registration processes and different types of security token.

Abstract: Described herein are systems and methods for centralizing and standardizing implementation of security tokens so as to provide one token per one user for accessing business applications across an enterprise, providing scalability to support authentication of as many enterprise users as desired or needed, and providing a standardized token management interface that supports both pre-binding and post-binding user registration processes and different types of security token.