SSCCS

SSCCS (Schema–Segment Composition Computing System) is an independent, open-source initiative developing a geometric model of computation and an associated hardware architecture. Rather than treating computation as a sequence of instructions, SSCCS defines it as observation over a coordinate space, with state produced through projection. Its work combines formal specifications with software tools, a compiler, a runtime, an open binary format, and hardware architecture, all developed from shared principles.

The initiative’s projects address complementary parts of this stack. They include synTagma for coordinate-space computing, neXus for runtime and spatial storage, Chton for materialisation and storage, ExaVerif for RISC-V instruction verification, and tools for agent execution, orchestration, and reproducible knowledge bases. SSCCS is also researching field-composition algebra, compiler development, hardware mapping, and phased hardware validation, including FPGA deployment.

The model is explored across AI inference, scientific computing and data infrastructure, embedded and edge systems, space systems, and swarm robotics. SSCCS welcomes selective research, software-development, and hardware-validation partnerships with academic, industry, and public-sector organisations, while supporting open-source releases, free documentation, and research into efficient, verifiable computing.