The architecture of the human habitat and the whole domain of conceptual and physical space structures are mostly concerned with few basic 3D spatial features: 3D Space Networks- Lattices, Polyhedral (finite or infinite) close packing solids and space dividing surfaces. The inter- relation of these prime 3D features provides for the Quintuplet Phenomenology of 3D Space: 3D Networks are associated with close-packing arrays of polyhedra and every dual network pair is as- sociated with continuous surface partition, subdividing the space between the two. When combined with specific ‘symmetry regimes’, controlled by 3D Symmetry Space Groups, the focus is turned on Uniform 3D Space Networks-Lattices, with symmetrically identical vertex figures; on self-close- packing 3D polyhedra, and on highly symmetrical continuous surfaces, subdividing space between the dual, symmetrically identical 3D networks. Not even one of the a.m. features was exhaustively researched and enumerated in the past and that, mostly because no combined research platform was ever suggested. It is the author’s belief and conviction that such a platform might be generated and operated, when based on manipulative scanning of the fundamental domains that are associat- ed with the overall 3D Symmetry Space groups, provided that their exhaustive enumeration is com- plete.