Schema–Segment Composition Computing System

A Structure-Defined, Constraint-Conditioned, and Observation-Centric Computational System Architecture Abstract SSCCS (Schema–Segment Composition Computing System) is an infrastructurespecification that redefines computation as the traceable projection of immutable Segmentswithin a structured Scheme. While contemporary innovation focuses on material hardwareshifts, SSCCS addresses fundamental inefficiencies of the Von Neumann bottleneck at thelogical layer. By formalizing computation as the simultaneous resolution of static potentialunder dynamic constraints rather than a sequence of state mutations, the architecturereframes data movement, concurrency, and verifiability. SSCCS enforces three core values: Immutability (data cannot be altered after creation),Structural Integrity (computation must respect declared schemas), and Traceability(every projection is cryptographically verifiable). These values are realized through a distinctcomputational ontology: Segments serve as immutable carriers of information, Schemesdefine structural boundaries and constraints, and Observation deterministically resolvesthese elements into a Projection without altering underlying data. This structure-definedapproach eliminates hidden manipulation, minimizes data movement, and establishes anauditable infrastructure. Driven by a software‑first philosophy, this architecture ensures deterministic reproducibilityby completely decoupling execution logic from mutable state through structural and crypto-graphic isolation. This open specification, intended for validation across diverse domains,provides a roadmap where logical design dictates physical implementation, spanning fromsoftware emulation to hardware‑level support. By integrating intrinsic energy efficiencywith high interpretability, SSCCS establishes a foundation for sustainable, accountablecomputational infrastructures, ultimately transitioning logic into a transparent, verifiable,and accessible Intellectual Public Commons.