Abstract: A computer-implemented method of managing computer network resources by one or more processors is provided. The method includes acquiring data from an external device over a network, storing operational programs and data in a storage, and compiling the acquired data into a live object. The method also includes linking resources identified in the live object via service modules and interfaces, activating the links of the identified resources to acquire information from the resources and to personalize performance of the resources, and creating a vectoring engine to implement specific objectives of the live object and an active plate. The method further includes creating a box that establishes an independent relationship with the live object, managing the service modules and interfaces of the system to execute the specific objectives, managing the box to query data contained in the live object, and transmitting results of the executed specific objectives to the external device.

Abstract: A computer network-resource management system and method are provided that use mobile and deployed devices to capture and transmit an event for instant conversion into an instrument by which to pursue the actionable or acquirable element of the event. Mobile phones and other network devices supply the resource management system the “triangulatable” data necessary for it to allocate, personalize, and activate network resources in support of evolutionary needs. Evolutionary needs are often subject to changing states, some of which dynamically transition from simple to complex states.

Abstract: The present disclosure generally relates to a software-based computer network-resource management platform (system and method) that uses mobile and deployed devices to capture and transmit an event for instant conversion into an instrument by which to pursue the actionable or acquirable element of the event. Hereto, mobile phones and other network devices supply the resource management system the “triangulatable” data necessary for it to allocate, personalize and activate network resources in support of evolutionary needs; needs that are often subject to changing states—some of which dynamically transition from simple to complex states.