Abstract: An apparatus and method for centralized policy management of large-scale networks (221) of computational devices is disclosed. The apparatus includes a number of distributed clients (400) run on registered computers (201-203), gathering policy advisories (401) and reporting (405) relevance (403) to a system administrator (224). The system administrator may view the relevant messages (505) through a management interface (500) and deploy suggested actions to distributed clients (503), where the actions are executed to apply the solutions of the advisories (408).

Abstract: A client hypervisor comprises a virtual agent that runs outside of a system OS and that allows device management independent of the OS and user. The virtual agent is tied to a device and not a specific instance of the OS. Such client hypervisors expose new functionality to ease managing systems. Some of these capabilities come from the persistence and privileges outside the OS. In some embodiments of the invention, this new management functionality is exposed to allow device management via new virtualization concepts, such as multiple VMs per system, VM replacement, snapshot/rollback, etc.

Abstract: A client hypervisor comprises a virtual agent that runs outside of a system OS and that allows device management independent of the OS and user. The virtual agent is tied to a device and not a specific instance of the OS. Such client hypervisors expose new functionality to ease managing systems. Some of these capabilities come from the persistence and privileges outside the OS. In some embodiments of the invention, this new management functionality is exposed to allow device management via new virtualization concepts, such as multiple VMs per system, VM replacement, snapshot/rollback, etc.

Abstract: A client hypervisor comprises a virtual agent that runs outside of a system OS and that allows device management independent of the OS and user. The virtual agent is tied to a device and not a specific instance of the OS. Such client hypervisors expose new functionality to ease managing systems. Some of these capabilities come from the persistence and privileges outside the OS. In some embodiments of the invention, this new management functionality is exposed to allow device management via new virtualization concepts, such as multiple VMs per system, VM replacement, snapshot/rollback, etc.

Abstract: A client hypervisor comprises a virtual agent that runs outside of a system OS and that allows device management independent of the OS and user. The virtual agent is tied to a device and not a specific instance of the OS. Such client hypervisors expose new functionality to ease managing systems. Some of these capabilities come from the persistence and privileges outside the OS. In some embodiments of the invention, this new management functionality is exposed to allow device management via new virtualization concepts, such as multiple VMs per system, VM replacement, snapshot/rollback, etc.

Abstract: A client hypervisor comprises a virtual agent that runs outside of a system OS and that allows device management independent of the OS and user. The virtual agent is tied to a device and not a specific instance of the OS. Such client hypervisors expose new functionality to ease managing systems. Some of these capabilities come from the persistence and privileges outside the OS. In some embodiments of the invention, this new management functionality is exposed to allow device management via new virtualization concepts, such as multiple VMs per system, VM replacement, snapshot/rollback, etc.

Abstract: A client hypervisor comprises a virtual agent that runs outside of a system OS and that allows device management independent of the OS and user. The virtual agent is tied to a device and not a specific instance of the OS. Such client hypervisors expose new functionality to ease managing systems. Some of these capabilities come from the persistence and privileges outside the OS. In some embodiments of the invention, this new management functionality is exposed to allow device management via new virtualization concepts, such as multiple VMs per system, VM replacement, snapshot/rollback, etc.

Abstract: An apparatus and method for centralized policy management of large-scale networks (221) of computational devices is disclosed. The apparatus includes a number of distributed clients (400) run on registered computers (201-203), gathering policy advisories (401) and reporting (405) relevance (403) to a system administrator (224). The system administrator may view the relevant messages (505) through a management interface (500) and deploy suggested actions to distributed clients (503), where the actions are executed to apply the solutions of the advisories (408).

Abstract: An apparatus and method for centralized policy management of large-scale networks (221) of computational devices is disclosed. The apparatus includes a number of distributed clients (400) run on registered computers (201-203), gathering policy advisories (401) and reporting (405) relevance (403) to a system administrator (224). The system administrator may view the relevant messages (505) through a management interface (500) and deploy suggested actions to distributed clients (503), where the actions are executed to apply the solutions of the advisories (408).

Abstract: A console for an enterprise suite is disclosed. The enterprise suite addresses the increasingly complex problem of keeping critical systems updated, compatible, and free of security holes. It uses Fixlet® technology to identify vulnerable computers on the network and then allows authorized personnel to correct problems across any subset of the network with a few simple mouse-clicks. The enterprise suite helps keep the networked computers updated and properly patched, all from a central console which, along with supporting architectural enhancements, is the subject matter of this document. The invention allows rolling out a security patch in minutes instead of months, thus allowing an administrator to stay ahead of potential hacker attacks. The invention also makes it possible to track the progress of each computer as updates are applied, thus making it simple to gauge the level of compliance across the entire enterprise.

Abstract: The invention disclosed herein enables a collection of computers and associated communications infrastructure to offer a new communications process which allows a requestor to receive configuration information of a computational device from a responder. The requester first sends query documents that contain queries for configuration information of a computational device to the responder; the responder automatically collects the answers for the queries and sends a response document that contains the configuration information of the computational device to the requestor. The queries are written in a formal descriptive language which is transparent, safe for network evaluation, and extensible, and the configuration reader of the responder can parse the queries and automatically invoke a set of standard inspectors to obtain the corresponding configuration information.

Abstract: The invention disclosed herein enables a collection of computers and associated communications infrastructure to offer a new communications process which allows a requestor to receive configuration information of a computational device from a responder. The requester first sends query documents that contain queries for configuration information of a computational device to the responder; the responder automatically collects the answers for the queries and sends a response document that contains the configuration information of the computational device to the requestor. The queries are written in a formal descriptive language which is transparent, safe for network evaluation, and extensible, and the configuration reader of the responder can parse the queries and automatically invoke a set of standard inspectors to obtain the corresponding configuration information.