Abstract: Embodiments of the present invention provide methods, systems, apparatuses, and computer program products for optimized and accelerated registration and registration management. In one embodiment, a method is provided for identifying one or more time periods in which a stress level measure for an entity satisfies a configurable threshold. Responsive to identifying the one or more time periods for each account from the plurality of user accounts and during the identified one or more time periods, a determination of whether the respective user account is eligible to register for each of one or more events is made based on restrictions associated with each respective event and based on the information associated with the respective user account. This allows a quicker response to eligibility checks during times when the entity is experiencing a high level of stress.

Abstract: A task management system is disclosed for providing shared task management among a variety of users and allows users to create and share task-lists and tasks. Users can invite others to join task-lists and can assign responsibility for tasks to other users. In various embodiments, the system implicitly sets permissions for every task-list and task, and these permissions are automatically changed or updated by the system in response to users interacting with the system. In another embodiment, users can explicitly set these permissions. Thus, the task management system is configured so that there is no single administrator of the system; rather each user may be an administrator of certain tasks and task-lists and thus set the related task and task-list permissions. Thus, the system is configured to operate in the absence of explicitly set permissions, but is also flexible to allow for users to change and modify permissions explicitly.

Abstract: A task management system is disclosed for providing shared task management among a variety of users and allows users to create and share task-lists and tasks. Users can invite others to join task-lists and can assign responsibility for tasks to other users. In various embodiments, the system implicitly sets permissions for every task-list and task, and these permissions are automatically changed or updated by the system in response to users interacting with the system. In another embodiment, users can explicitly set these permissions. Thus, the task management system is configured so that there is no single administrator of the system; rather each user may be an administrator of certain tasks and task-lists and thus set the related task and task-list permissions. Thus, the system is configured to operate in the absence of explicitly set permissions, but is also flexible to allow for users to change and modify permissions explicitly.

Abstract: A task management system is disclosed for providing shared task management among a variety of users and allows users to create and share task-lists and tasks. Users can invite others to join task-lists and can assign responsibility for tasks to other users. In various embodiments, the system implicitly sets permissions for every task-list and task, and these permissions are automatically changed or updated by the system in response to users interacting with the system. In another embodiment, users can explicitly set these permissions. Thus, the task management system is configured so that there is no single administrator of the system; rather each user may be an administrator of certain tasks and task-lists and thus set the related task and task-list permissions. Thus, the system is configured to operate in the absence of explicitly set permissions, but is also flexible to allow for users to change and modify permissions explicitly.