Schema–Segment Composition Computing System (SSCCS)

SSCCS (Schema–Segment Composition Computing System) is an observation-driven computing model that defines deterministic computation as the realization of structured potential under dynamic constraints. In an era of increasing complexity and distributed systems, this contrasts with the traditional von Neumann approach of instruction sequencing, state mutations, and data movement between memory and processor, and the compiler’s role shifts from translating code to optimizing the topology of data movement. This model treats time as merely one axis of multi-dimensional computation rather than an absolute sequence, with inherent structural isolation against interference and lossless interpretation via a Geometric Manifold.

For the full philosophical foundation and technical specification, see the Whitepaper PDF HTML.

Proof of Concept

The Rust PoC demonstrates the core ontological layers. See poc/README.md for detailed build and run instructions.

git clone https://github.com/ssccsorg/ssccs.git
cd ssccs
cd poc
cargo build --release
cargo run --release

If you use SSCCS in your research, please cite the software using the metadata provided in CITATION.cff.

Community & Collaboration

SSCCS is developed as a public‑good, community‑driven project. We welcome contributions from researchers, engineers, legal experts, and enthusiasts.

• Official Website
• Documentation
• GitHub Discussions
• Deep Pair-Coding on Zed: And support the spirit of Zed @zed-industries.
• Legal Charter
• Code of Conduct
• Contributing Guidelines

Documentation

The SSCCS documentation suite consists of several formal documents:

• Whitepaper: The core technical specification, available as PDF and HTML.
• Project Direction: Strategic orientation and regional engagement for the SSCCS initiative.
• Manifesto: The high‑level philosophical and technical introduction.
• Guide: A comprehensive guide to SSCCS core concepts.
• Legal documents: The foundation’s charter and statutes.
• Research notes: Informal technical explorations.

All major documents are authored in Quarto (.qmd) and can be rendered to PDF, HTML, and Markdown using the SDBS (SSCCS Documentation Build System). SDBS handles Quarto rendering, C2PA signing (for PDFs), and output management with intelligent caching and parallel execution. See the SDBS repository for setup instructions and usage documentation.

For detailed prerequisites and advanced rendering options, see docs/whitepaper/README.md.

Governance

The SSCCS Foundation is a non‑profit entity (in formation) that holds the intellectual property, manages the trademark, and oversees the standardization process. The foundation’s charter ensures that the project remains open, neutral, and aligned with its mission of creating a verifiable, sustainable computational commons.

All technical decisions are made through open RFCs and consensus among maintainers. The foundation’s statutes guarantee that no single corporation or individual can control the direction of the architecture.

Contributing

We invite contributions of all kinds:

• Code: Rust implementations, formal proofs, hardware descriptions.
• Documentation: Whitepaper improvements, tutorials, API docs.
• Research: Formal analysis, performance benchmarks, security audits.
• Outreach: Blog posts, conference talks, educational material.

Please read contributing.md for guidelines on pull requests, code style, and licensing.

Acknowledgments

SSCCS builds upon decades of research in functional programming, formal verification, hardware design, and cryptographic provenance. We are grateful to the open‑source communities that have made this work possible, and to the early collaborators who have contributed ideas, code, and critical feedback.

The project is currently maintained by the SSCCS Foundation and a growing network of volunteers. If you would like to support the initiative financially or in kind, please contact contact@ssccs.org.

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© 2026 SSCCS Foundation — Open-source computing systems initiative.

• Whitepaper: PDF / HTML DOI: 10.5281/zenodo.18759106 via CERN/Zenodo, indexed by OpenAIRE. Licensed under CC BY-NC-ND 4.0.
• Official repository: GitHub. Authenticated via GPG: BCCB196BADF50C99. Licensed under Apache 2.0.
• Governed by the Foundational Charter and Statute of the SSCCS Foundation (in formation).
• Provenance: Human-in-Command, AI-assisted. Aligns with ISO/IEC JTC 1/SC 42 and C2PA-certified. Full intellectual responsibility with author(s).