OmniMino treats geometry not as a “module catalog,” but as an algorithmic combinatorial system—a 3D Reconfigurable Architectural Matrix™ (RSM). This logic becomes repeatable on site through standardized joints via the Active-Node Interface (MAINI) and relational modularity rules (RMVM)—so it can be assembled, disassembled, and reconfigured again and again.
In OmniMino, logic is grounded in polyomino coordination and combinatorial growth rules. Grid bays combine into modular forms to produce not single solutions, but a configuration space.
The Di-plex Timber Frame Lattice™ turns the rule set from the Logic layer into a load-bearing lattice; grid bays share no edges and each bay keeps its own frame—making Relational Multi-Valent Modularity™ (RMVM) possible.
The MAIN Interface™ and the Square Pin Lock™—a joint system with selective activation (ACTIVE/PASSIVE) and a locking mechanism that enables orthogonal and angular connections, reversible assembly, and reconfiguration— enabling RMV Modularity™.
