Apportioning data center compute power

A method for apportioning data center compute power, the method comprising:

• executing code at one or more processors thereby implementing an embedded, adaptive, interdisciplinary, cross-domain state machine;
• assembling a model using the embedded, adaptive, interdisciplinary, cross-domain state machine;
• defining a data structure at a hosted application that includes both data and functions of a context-specific application workflow for the assembled model;
• receiving a payload including serialized data and an instance of the hosted application data structure for the model across an application layer network;
• sending the payload to a network entry point for an enterprise to perform a real-time, bi-directional transaction;
• receiving a subset of absolute, accurate, dedicated enterprise data for training the assembled model from the network entry point to the enterprise;
• and
• counting real-time, bi-directional transactions and access to the assembled model to provision and apportion compute for the hosted application.

A non-transitory computer-readable storage medium having embodied thereon instructions executable by one or more processing devices to perform a method for apportioning data center compute power, the method comprising:

• implementing an embedded, adaptive, interdisciplinary, cross-domain state machine;
• assembling a model using the embedded, adaptive, interdisciplinary, cross-domain state machine;
• defining a data structure that includes both data and functions of a context-specific application workflow for the assembled model;
• receiving a payload including serialized data and an instance of a hosted application data structure for the model across an application layer network;
• sending the payload to a network entry point for an enterprise to perform a real-time, bi-directional transaction;
• receiving a subset of absolute, accurate, dedicated enterprise data for training the assembled model from the network entry point for the enterprise;
• and
• counting real-time, bi-directional transactions and access to the assembled model to provision and apportion compute for the hosted application.