1. A computing architecture and method for managing the socioeconomic interaction of at least one of entity(s), group(s) of entity(s) and network(s) of entity(s) herein together referred to as the system, essentially comprised of: a memory or medium for at least one of storing and transporting at least one of data and executable instructions; a processor for at least one of accessing the data and executing the executable instructions, at least one of the data and the executable instructions structured according to: a uniform and universally applicable subject and object oriented data structure(s) or framework(s) where each real subject entity in the system is represented by a separate main subject-oriented domain or hub, herein referred to as a Home Domain (HD) where the said subject entity is what is herein referred to as the Home Subject (HS), and by other reference object(s) located in other domain(s) or hub(s) of other subject(s) that interact with said HS to at least one of represent, link to and reflect said HS as an object, instances of said data and executable instructions in said uniform structure optionally emanating from a subject and object oriented application programming environment(s) that enable(s) at least one of programmer(s) and HS(s), whether knowing the syntax of computer coding language(s) or not, to at least one of create, access and operate application template(s) in HD(s) to share components and instances of said data and executable instructions in said uniform structure to manage interaction with at least one of said HS's own and other domain(s) and the HS(s) of these domain(s) in the process of at least one of planning, proposing, selecting, instantiating, staging and modifying reference object(s) referring to real entity(s) and interaction(s) with them so as to at least one of influence, observe, record and effect real change(s) in the real entity(s) themselves; at least one of uniquely addressable and separately accessible node or data location(s) for each domain of the system; link(s) or object(s), instances of which include a plurality of at least one of whole(s) and part(s) of at least one of said domain(s) of the system elsewhere referred to as bilateral or bi-directional links, that mutually or reciprocally point to each other and represent interaction(s), change(s) or exchange(s) that are able to be created and proposed by HS(s) and affirmed by potentially interacting HS(s), with each affirming HS of each then interacting domain being able to be updated with message object(s) that reference(s) the interacting real entity(s) and the current state(s) of the change(s) from the perspective of the HS of the domain being updated as the relationship evolves; exemplary bilateral links include mutual references between two respective domains signifying a potential relationship, herein referred to as a partnership, between their HS(s), also referred to as partner(s), that, once agreed to by both parties, will then actually exist until at least one HS(s) of interacting domain(s) decide(s) to dissolve or discontinue the relationship; at least one of discrete messaging, sharing and bilateral interaction mechanism(s) where reference object(s) at least potentially in the uniform data structure(s) can be selectively sent from one sending or sharing domain or hub to be at least one of selectively received, saved, processed and collated at least one of with or without other related data by at least one of targeted partner recipient HS(s) and domain(s) or hub(s), whether agreements have been made to structure or describe the application level data in the same application specific way or not; and at least one to potentially all of said data, object(s), reference object(s), domain(s), link(s), node(s), message(s), instruction(s), function(s), interface(s) and framework(s) existing in the system as at least one of real instances of said uniform and universally applicable subject and object oriented data structure(s).