Buildings are complex systems that result from a series of processes and methods involving a significant amount of information. The predominance of exponential sensitivity to initial conditions is the design risk. To manage such complexity, the building system must be brought back to a state of order. This can be achieved by using modeling and simulation throughout its life cycle, from the operational phase to the decommissioning phase. The transfer of information can be used to create new buildings with improved performance compared to their predecessors. The building, as a functional system, can be compared to a cybernetic system. It is characterized by mechanisms that can self-regulate processes through information processing. To study the causes and effects of events on the building system, an architectural framework is presented. This framework is based on Pythagorean arithmetic metaphysics and the space–time boundary. The use of Digital Twin (DT) on Sine Chain (SC) aims to optimize building management operations on Blockchain (BK).