Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: In one embodiment of the present invention, a wireless platform may be managed by an operations, administration, and maintenance system which may include a configuration manager, a performance manager, an accounting manager, a fault manager, an event manager, and a notification manager.

Abstract: A system permits trail capabilities of upgrade features for a wireless client, such as a personal digital assistant (PDA), without intervention of a remote service provider. The software for running a plurality of advanced features is preloaded, in a disabled state, onto the client prior to sale. The first time the user attempts to access the advanced feature a fault condition is triggered since this feature does not theretofore exist. The fault management system initiates a fault recovery routine in attempt to recover from the fault. This routine actually comprises the code that places the preloaded software in an enabled state thus beginning the trial period and allowing the user an opportunity to use and evaluate the advanced feature. Managed objects (MOs) associated with the feature monitors usage of the feature and such that the feature can be disabled when a threshold usage has been reached and the trial period is over.

Abstract: An Operations, Administration, and Maintenance (OA&M) 16 provides security for managed resources on a wireless client device 10 at many levels of granularity, from the entire device, to subsystems, to software and hardware components, services and applications, down to individual attributes.

Abstract: In some embodiments, management operations are received from a management console at a first device of a plurality of devices to be used by a user, and management authority and operations are performed on a second device of the plurality of devices in response to the received management operations. Other embodiments are described and claimed.

Abstract: A system permits trail capabilities of upgrade features for a wireless client, such as a personal digital assistant (PDA), without intervention of a remote service provider. The software for running a plurality of advanced features is preloaded, in a disabled state, onto the client prior to sale. The first time the user attempts to access the advanced feature a fault condition is triggered since this feature does not theretofore exist. The fault management system initiates a fault recovery routine in attempt to recover from the fault. This routine actually comprises the code that places the preloaded software in an enabled state thus beginning the trial period and allowing the user an opportunity to use and evaluate the advanced feature. Managed objects (MOs) associated with the feature monitors usage of the feature and such that the feature can be disabled when a threshold usage has been reached and the trial period is over.

Abstract: An apparatus and a system may include a plurality of filter stages including at least two of an event filter stage, a subscription filter stage, and a subscriber filter stage. They may also include a subscriber capable of being communicatively coupled to a managed object via the plurality of filter stages, wherein the managed object is associated with a notification of an event capable of propagating through the plurality of filter stages to the subscriber. An article may include data, which, when accessed, results in a machine performing a method including detecting the occurrence of an event associated with a change in a managed object and propagating a notification of the event to a subscriber through a plurality of filter stages.

Abstract: In one embodiment of the present invention, a wireless platform may be managed by an operations, administration, and maintenance system which may include a configuration manager, a performance manager, an accounting manager, a fault manager, an event manager, and a notification manager.