Abstract: The present disclosure is directed to, among other things, a method that selecting, by a processor, user accounts on a first computing infrastructure to migrate to a second computing infrastructure; provisioning, by the processor, a parallel user account on the second computing infrastructure for each of the user accounts on the first computing infrastructure; and migrating, by the processor, information from the user accounts on the first computing infrastructure to the parallel user accounts.

Abstract: The present disclosure is directed to, among other things, a method that selecting, by a processor, user accounts on a first computing infrastructure to migrate to a second computing infrastructure; provisioning, by the processor, a parallel user account on the second computing infrastructure for each of the user accounts on the first computing infrastructure; and migrating, by the processor, information from the user accounts on the first computing infrastructure to the parallel user accounts.

Abstract: The present disclosure is directed to, among other things, a method that includes accessing a first server in a first computing infrastructure to obtain data about a configuration of the first computing infrastructure and use of the first computing infrastructure. The method may also include analyzing, by a processor on a second server, the data from the first server. The method may also include selecting, based on the analysis of the data, a second computing infrastructure from a plurality of computing infrastructures to replace the first computing infrastructure. The method may also include generating a report with the analysis of the data and the selected second computing infrastructure.

Abstract: A flexible, efficient and easy-to-use computer security management system effectively evaluates and responds to informational risks on a wide variety of computing platforms and in a rapidly changing network environment. An individual computer system dynamically monitors its end user, without regard to network connectivity, in order to calculate a risk score and to ensure that the end user's behavior does not put corporate information or other assets at risk. Data regarding such risks and responses are analyzed and stored in real-time.

Abstract: A flexible, efficient and easy-to-use computer security management system effectively evaluates and responds to informational risks on a wide variety of computing platforms and in a rapidly changing network environment. An individual computer system dynamically monitors its end user, without regard to network connectivity, in order to calculate a risk score and to ensure that the end user's behavior does not put corporate information or other assets at risk. Data regarding such risks and responses are analyzed and stored in real-time.

Abstract: A flexible, efficient and easy-to-use computer security management system effectively evaluates and responds to informational risks on a wide variety of computing platforms and in a rapidly changing network environment. An individual computer system dynamically monitors its end user, without regard to network connectivity, in order to calculate a risk score and to ensure that the end user's behavior does not put corporate information or other assets at risk. Data regarding such risks and responses are analyzed and stored in real-time.

Abstract: Methods and systems are provided by which a flexible, efficient and easy-to-use real-time enterprise management system is provided. The methods and systems provided can effectively monitor and manage the resources and events of each of a plurality of computers within a fluidly changing network environment (e.g. client/server and peer-to-peer networks). Also provided are methods and systems which allow an individual computer to determine whether or not its current performance characteristics vary from their acceptable parameters without having to contact any other computer. Finally provided are methods and systems by which computers can analyze and store data regarding their performance characteristics in real time.

Abstract: A flexible, efficient and easy-to-use computer security management system effectively evaluates and responds to informational risks on a wide variety of computing platforms and in a rapidly changing network environment. An individual computer system dynamically monitors its end user, without regard to network connectivity, in order to calculate a risk score and to ensure that the end user's behavior does not put corporate information or other assets at risk. Data regarding such risks and responses are analyzed and stored in real-time.

Abstract: Methods and systems are provided by which a flexible, efficient and easy-to-use real-time enterprise management system is provided. The methods and systems provided can effectively monitor and manage the resources and events of each of a plurality of computers within a fluidly changing network environment (e.g. client/server and peer-to-peer networks). Also provided are methods and systems which allow an individual computer to determine whether or not its current performance characteristics vary from their acceptable parameters without having to contact any other computer. Finally provided are methods and systems by which computers can analyze and store data regarding their performance characteristics in real time.

Abstract: Methods and systems are provided by which a flexible, efficient and easy-to-use real-time enterprise management system is provided. The methods and systems provided can effectively monitor and manage the resources and events of each of a plurality of computers within a fluidly changing network environment (e.g. client/server and peer-to-peer networks). Also provided are methods and systems which allow an individual computer to determine whether or not its current performance characteristics vary from their acceptable parameters without having to contact any other computer. Finally provided are methods and systems by which computers can analyze and store data regarding their performance characteristics in real time.