Principal Investigator: Michael Tass MacDonald
Founder • Research Director • Cryptography Architect
Canadian Non-Profit Research Laboratory
Baramay Station Research Inc. is an independent Canadian nonprofit laboratory conducting exploratory research into advanced computation, cryptography, and distributed systems.
This GitHub hosts concept prototypes, theoretical investigations, and research-in-progress artifacts. All material is:
- non-functional
- experimental
- unverified
- intended for academic and exploratory purposes only
None of the repositories represent production systems, validated cryptography, or operational technologies.
Official Research Release — December 9 2025
We are proud to announce the public release of
TetraKlein: A Unified Architecture —
a 1,600-page research-grade framework integrating:
© 2025 Baramay Station Research Inc. — Released under CC-BY-4.0 / MIT / Apache-2.0
- Post-Quantum Cryptography (PQC)
- Zero-Knowledge Proof Systems (ZK-STARK / IVC)
- Deterministic Virtual Machines (zkVM)
- Extended Reality (XR) Physics Modeling
- Digital Twin Convergence (DTC)
- Multidimensional Hypercube Ledger Mathematics (HBB)
This monograph represents two years of independent R&D conducted at
Baramay Station Research Inc. — a Canadian nonprofit laboratory dedicated to early-stage exploration of advanced cryptography, simulation systems, and distributed computation.
TetraKlein defines a unified computational substrate designed for mid–21st-century digital infrastructure —
a mathematically verifiable system that integrates post-quantum security, recursive proof verification, and XR-based global-state synchronization.
“Can we design a provably trustworthy computational substrate — one that unifies post-quantum, zero-knowledge, and XR physics into a single verifiable framework?”
All research content is released under:
- CC-BY-4.0 (mathematical and scientific text)
- MIT / Apache-2.0 (software components)
- ResearchGate Publication: TetraKlein: A Unified Architecture
- Zenodo DOI Archive: 10.5281/zenodo.17882467
- Permanent Archival Announcement
TetraKlein: The Unified Architecture — a 1,692-page research-grade framework for post-quantum, zero-knowledge, and XR-integrated computation — is now permanently archived on the Arweave blockchain via ArDrive, ensuring immutable, long-term academic preservation.
Immutable blockchain record of TetraKlein: The Unified Architecture
ArDrive PDF https://app.ardrive.io/#/file/8bc96a4f-0e38-4dae-a095-12515fd39250/view
https://viewblock.io/arweave/tx/PGOAZgYLwW564dnZilYdBnGk0Un5PcVVWKYQyeEzfTI
The laboratory investigates early-stage concepts across several domains:
- post-quantum cryptography
- experimental VM and execution models
- distributed and mesh networking concepts
- verifiable computation
- navigation and inertial-drift modeling
- simulation-aligned system design
All projects are exploratory and evolve as research progresses.
Below are the nine public repositories currently maintained by Baramay Station Research Inc.
Experimental R&D prototype exploring post-quantum cryptography, zero-knowledge concepts, recursive hashing, and containerized system modeling.
Non-functional. Research only.
Concept prototype examining abstract quantum programming ideas, symbolic computation pathways, and geometric encoding concepts.
Non-functional and exploratory.
Non-functional research prototype exploring post-quantum communication concepts, mesh-networking structures, and zk-STARK authentication models.
Academic prototype only.
Open research prototype studying inertial navigation, drift-correction behavior, and environmental sensitivity in unconventional conditions.
Simulation-focused. Non-functional.
Exploratory prototype investigating geometric, algebraic, and Platonic-inspired structures in post-quantum cryptographic modeling.
Research-only. Not operational cryptography.
Non-functional research prototype investigating distributed communication concepts, WASM-based mesh-network constructs, and experimental authentication ideas.
Conceptual study only.
Circom-based experimental prototype used to explore structural layouts for zero-knowledge circuits and constraint systems.
Work-in-progress. Non-functional.
Experimental post-quantum cryptography prototype using geometric encodings such as TKE, QIDL, and RTH.
Theoretical model only. Not secure or validated.
Personal research notes, drafts, and papers stored under /docs.
Academic reference material.
Baramay Station Research Inc. aims to:
- promote open, transparent scientific investigation
- develop early-stage conceptual models for future digital infrastructure
- contribute exploratory research back to the academic and open-source communities
- support Canadian-led innovation in advanced computation
All research is exploratory and educational.
All repositories use permissive open-source licenses (MIT or Apache-2.0) unless stated otherwise.
All content is provided as-is, without warranties or claims of security.
GitHub: https://github.com/Abraxas618
ORCID: https://orcid.org/0009-0005-6468-7651
A public website for Baramay Station Research Inc. is planned for future release.
In accordance with the Government of Canada’s Policy on Sensitive Technology Research and Affiliations of Concern (STRAC), Baramay Station affirms the following:
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.