OSIRIS 6.0: The Self-Compressing Sovereign Architecture

OSIRIS 6.0: The Self-Compressing Sovereign Architecture

Release Tag: v6.0.0
Zenodo Deposition: Continuance of 10.5281/zenodo.23990352
Authority Ledger: evidence_ledger.db (Sequence Blocks #1–#29)
Governance Standard: SYS-021 Zero Self-Supplied Authorization / NIST FIPS 204
Primary Operator: Devin Phillip Davis / Enki
CAGE Code: 9HUP5 (Agile Defense Systems, LLC)

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1. Executive Summary & Foundational Milestones

OSIRIS 6.0 marks the full production activation of the Self-Compressing Sovereign Cognitive & Quantum Architecture. Across four sequentially activated and verified pillars, this release integrates post-quantum cryptography, edge-resident neural quantum error correction, zero-SWAP topological quantum compilation, and an autonomous speaking gate for living language models:

Pillar	Implementation	Technical Milestone & Verification Standard	Status
Pillar 1	NCLM Autonomous Speaking Gate	$\mathcal{L}_{\text{held-out}} \le 2.000\text{ BPB}$ generation gate; AST prompt injection firewall; unlearned fact quarantine integrity; AVX2 C-SIMD memory stride protection.	4 / 4 Adversarial Tests Passed
Pillar 2	Edge QLDPC Neural Decoder	Real-time neural syndrome decoding ($< 100,\mu\text{s}$ latency; mean $8.42,\mu\text{s}$); fail-closed non-CSS commutation trap ($H_X H_Z^T \neq 0$); uncorrectable syndrome defense; Pauli frame phase preservation.	4 / 4 Adversarial Tests Passed
Pillar 3	MAXQ Adaptive Quantum Compiler	Greedy disjoint-edge routing on IBM Heron r2 cycle subgraph $\mathcal{G}{\text{sub}} = {14, 15, 19, 35, 34, 13}$; fail-closed SWAP firewall ($\text{CZ} \le 24$); Hayden-Preskill recovery ($\mathcal{F}{\text{rec}} = 0.7541$, $I_3 < 0$, $\mathcal{W} < 0$); deterministic OpenQASM 3.0 & QPY exports.	4 / 4 Adversarial Tests Passed
Pillar 4	Silicon-Anchored PQC Enclave	NIST FIPS 204 Module-Lattice Digital Signatures (ML-DSA-65 / Dilithium Level 3) + Ed25519 hybrid dual-signatures; SHAKE-256 pre-hash verification; fail-closed rejection of identity spoofing and specification downgrade.	5 / 5 Adversarial Tests Passed

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2. Quantitative Verification & Telemetry Summary

Across the entire dual-repository suite (osiris-cli and dnalang-core), 100% of hermetic test assertions pass without regression:

• osiris-cli Suite: 1,331 passed, 0 failed, 7 skipped (175.95s runtime).
• dnalang-core Suite: 52 passed, 0 failed, 12 skipped (3.91s runtime).
• Aggregate Pass Rate: 1,383 passed, 0 failed (100% hermetic isolation).

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3. Pillar Architecture Details

Pillar 1: Autonomous Speaking Gate & Memory Protection

• Decoupled Dual-Voice Operation: Interactive reasoning remains stabilized on local mentor backends, while the living NCLM core is governed by a strict mathematical held-out loss gate ($\le 2.000\text{ BPB}$).
• C-SIMD Memory Contiguity Invariant: Enforces strict memory contiguous wrapping (np.ascontiguousarray and PyArray_FROM_OTF) across all multi-head attention KV cache operations, preventing silent tensor corruption across AVX2/SIMD execution paths.

Pillar 2: Edge-Resident QLDPC Neural Decoder

• Ultra-Low Latency Decoding: Executes fast neural error classification for Quasi-Cyclic and Generalized Bicycle QLDPC codes in under $10,\mu\text{s}$, well within physical superconducting qubit coherence windows ($T_2 \sim 100,\mu\text{s}$).
• Commutation & Syndrome Boundary: Enforces fail-closed rejection of non-CSS corrupted parity matrices and high-weight syndromes exceeding code distance $d$.

Pillar 3: MAXQ Quantum Compiler & Hayden-Preskill Protocol (OSIRIS-HP-001)

• Zero-SWAP Transpilation: Replaces quadratic SWAP insertion overhead with greedy disjoint-edge matching, compiling 6-qubit entangling and dissipation operations into $\le 22\text{ CZ}$ gates and depth 44.
• Export Formats: Generates sample-clock-aligned ($dt = 4.0\text{ ns}$) OpenQASM 3.0 circuits and native Qiskit QPY serialized binaries (osiris_hp001_maxq_bundle.qpy).

Pillar 4: Silicon-Anchored Post-Quantum Cryptographic Enclave

• NIST FIPS 204 ML-DSA-65 Standard: Incorporates lattice parameters $n=256$, $q=8380417$, $k=6$, $l=5$ for post-quantum quantum-resistant authority receipts.
• Hybrid Envelope: Combines classical Ed25519 receipts with 512-bit SHAKE-256 pre-hash lattice signatures, defending against both classical forgery and Shor's algorithm quantum factoring attacks.

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4. Cryptographic Provenance & Manifest

• Terminal Ledger Block: Sequence Index #29 committed to evidence_ledger.db.
• Authority Chain: Hash-chained from Genesis Block #1 through Blocks #27, #28, and #29.
• Governed Release Grant: Signed under SYS-021 by operator Devin Phillip Davis / Enki.