1. A method for utilizing computer system resources according to a computing architecture, the computer system resources including at least two locations, the method comprising the steps of: obtaining an operational environment for distributed computing processes here termed denizens, each denizen including a configuration portion, an origin portion, and an executable portion, each denizen performing at least one step on itself, the operational environment including at least the two locations and also including a means for denizens to travel between the locations; providing at least one denizen that is a user denizen; receiving instructions at the user denizen; the denizen evaluating different locations in the operational environment in view of the received instructions; the denizen selecting a location based on that evaluation; the denizen moving itself to the selected location; and the denizen executing at least a portion of the received instructions at the selected location.
1. A method for utilizing computer system resources according to a computing architecture, the computer system resources including at least two locations, the method comprising the steps of: obtaining an operational environment for distributed computing processes here termed denizens, each denizen including a configuration portion, an origin portion, and an executable portion, each denizen performing at least one step on itself, the operational environment including at least the two locations and also including a means for denizens to travel between the locations; providing at least one denizen that is a user denizen; receiving instructions at the user denizen; the denizen evaluating different locations in the operational environment in view of the received instructions; the denizen selecting a location based on that evaluation; the denizen moving itself to the selected location; and the denizen executing at least a portion of the received instructions at the selected location. 2. The method of claim 1, wherein each location provides access to a processor for executing instructions and each location provides a memory accessible to the processor for storing instructions.