We assert that modern secure computation frameworks fail to unify post-quantum cryptography, recursive verification, and global state synchronization under a single, verifiable computational substrate.

TetraKlein documents a counter-architecture: a mathematically unified system integrating post-quantum security, zero-knowledge recursion, deterministic virtual machines, and simulation-aligned state evolution. The work demonstrates that such a substrate is computationally viable on decentralized, edge-tier hardware rather than confined to centralized infrastructure.

This repository exists to define the boundary of that claim.

• The assumption that post-quantum cryptography, zero-knowledge proof systems, and consensus mechanisms can remain modular without loss of global verifiability
• The belief that recursive verification cannot support long-horizon, stateful systems with real-time constraints
• The separation of cryptographic verification, simulation, and distributed state as independent layers rather than a single coherent substrate

Disagreement with these points is expected and encouraged. The purpose of this work is to make those disagreements precise.

• Unified Architecture (Zenodo DOI): https://zenodo.org/records/17882467
• Public Whitepaper (ResearchGate): https://www.researchgate.net/publication/398601206_TetraKlein_A_Unified_Architecture
• Permanent Archive (Arweave): https://app.ardrive.io/#/file/8bc96a4f-0e38-4dae-a095-12515fd39250/view
• Reference Implementations & Experimental Artifacts: https://github.com/BaramayStationResearchInc

All material published under Baramay Station Research Inc. represents exploratory, research-grade work intended for academic audit and scientific validation rather than operational deployment. The artifacts herein demonstrate mathematical coherence and computational feasibility, not production readiness.

Governance, compliance disclosures, licensing, and institutional context are provided below for transparency and due-diligence purposes.

To move beyond theoretical abstraction, Baramay Station Research Inc. has completed the first successful instantiation of the TetraKlein Unified Architecture on edge-tier silicon.

• Computational Substrate: ARM64 (Raspberry Pi 5) + Hailo-8L NPU.
• Throughput: 11.7M ops/sec sustained STARK execution.
• Verification Logic: Cairo-based Algebraic Intermediate Representation (AIR).
• Security Envelope: Post-Quantum Cryptographic (PQC) identity headers.

All telemetry logs, spectral gap analyses, and witness generation benchmarks are publicly archived in the /examples directory. This proves that the TetraKlein substrate is not only mathematically coherent but computationally viable on decentralized, edge-tier hardware.

Baramay Station Research Inc. is dedicated to the exploration of theoretical boundaries. The artifacts, codebases, and proofs contained herein represent Exploratory Research (TRL 1-3) and are provided for auditability, academic review, and scientific validation only.

• Experimental Nature: All software components—including STARK provers, PQC identity headers, and mesh logic—are concept-prototypes. They have not undergone third-party commercial security audits.
• No Operational Guarantee: This repository is intended to demonstrate the mathematical viability of the TetraKlein stack. It is not intended for deployment in production environments, financial systems, or critical infrastructure.
• Educational Use Only: Users and researchers interact with these materials at their own risk. Baramay Station Research Inc. makes no warranties regarding the functional stability or cryptographic robustness of these exploratory sketches.

Our goal is to foster Open Science. By publishing these "Silicon Witnesses," we provide a transparent baseline for the global research community to audit, critique, and evolve the underlying mathematics of the TetraKlein architecture.

The Baramay Station GitHub organization contains several categories of experimental work:

• Concept Prototypes
  Early-stage sketches and idea exploration in code or mathematical form.

• Cryptography Experiments
  Toy models, hashing tests, and prototype key-exchange concepts.

• System Simulations
  Containerized or script-based environments for structural and conceptual testing.

• Documentation & Whitepapers
  Research manuscripts, exploratory notes, and technical drafts.

All material is open-source and intended for learning, collaboration, and public review.

Baramay Station Research Inc. aims to:

• support open, transparent inquiry into advanced computation
• encourage independent research within Canada
• publish experimental findings for community benefit
• create accessible foundations for future academic work

The organization does not develop operational security systems, deployable cryptography, or production-grade software.

All repositories use permissive open-source licenses (MIT or Apache-2.0) unless otherwise stated.
Code and documents are provided as-is, with no guarantees or warranties.

For general inquiries or collaboration discussions:

• GitHub: https://github.com/Abraxas618
• ORCID: https://orcid.org/0009-0005-6468-7651

A public website for Baramay Station is https://baramaystationresearchinc.ca/

Baramay Station Research Inc. is a Canadian non-profit research organization conducting open, academically oriented R&D in advanced computing, cryptography, simulation systems, and extended-reality architectures. All work in this repository has been developed internally in Canada and is released publicly for scientific, educational, and engineering purposes.

Baramay Station Research Inc., its directors, and its contributors are not affiliated with any organizations listed as Named Research Organizations (NROs) or with any foreign military, intelligence, or state-controlled entities identified under STRAC risk categories.

The project receives no foreign funding, in-kind support, materials, or direction from any entity that falls under STRAC restrictions. All development is self-funded or community-supported within Canada.

All research outputs in this repository are public, unclassified, and openly available, with no dependency on controlled assets or export-restricted hardware or datasets. The work does not involve controlled items under Canada's Export Control List.

Baramay Station maintains a governance structure, data-handling practices, and publication philosophy fully compatible with Canadian university research standards. Should this work be included in a future grant application through a Canadian university, Baramay Station will comply with all STRAC screening, attestation, and risk-mitigation requirements as part of institutional due diligence.

Baramay Station follows best practices for cybersecurity, data stewardship, open-source transparency, and responsible innovation. Any collaborations, domestic or international, are evaluated for alignment with Canadian standards of research ethics and security.

This section is provided to support transparency, to assist institutional partners in their due-diligence processes, and to demonstrate readiness for participation in Canadian Tri-Agency research programs where STRAC compliance is required.