🔮 N E X U S   O S 🔮

The Post-Quantum Immune, Local-First Agentic Operating System

NEXUS OS turns local language models, empirical research evidence, and collaborative agent swarms into an uncompromisingly governed, fully audited, and cryptographic-hardened ecosystem. Every single agentic action is proposal-bound, execution-gated, and immutable-provenance-tracked.

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🌌 System Architecture Map

                              ┌───────────────────────────────────┐
                              │           B R I D G E             │
                              │    JSON-RPC 2.0 • MCP • SDK       │
                              └─────────────────┬─────────────────┘
                                                │
                 ┌──────────────────────────────┼──────────────────────────────┐
                 ▼                              ▼                              ▼
    ┌──────────────────────────┐   ┌──────────────────────────┐   ┌──────────────────────────┐
    │     G O V E R N O R      │   │     E N G I N E / GMR    │   │         V A U L T        │
    │  • KAIJU 4-Var Gates     │   │  • Speculative Routing   │   │  • 5-Track Memory Core   │
    │  • TrustEngine v2.2      │   │  • Hermes DAG Intent     │   │  • ML-KEM-1024 Backup    │
    │  • ML-DSA-65 TPM Signature│  │  • Speculative Rotation  │   │  • AES-GCM Encryption    │
    └────────────┬─────────────┘   └────────────┬─────────────┘   └────────────┬─────────────┘
                 │                              │                              │
                 └──────────────────────────────┼──────────────────────────────┘
                                                ▼
                              ┌───────────────────────────────────┐
                              │            S W A R M              │
                              │   Foreman Pool • worker bidding   │
                              │   OpenClaw Autospawn Engine       │
                              └─────────────────┬─────────────────┘
                                                ▼
                              ┌───────────────────────────────────┐
                              │       M O N I T O R I N G         │
                              │   TokenGuard • Budget Tracking    │
                              │   VAP Audit Ledger Chain          │
                              └─────────────────┬─────────────────┘
                                                ▼
                              ┌───────────────────────────────────┐
                              │          T W A V E  v2.0          │
                              │   ChimeraRouterV2 (tiered ERNIE)  │
                              │   Landau-Ginzburg Hallucination  │
                              └───────────────────────────────────┘

🔌 Physical Port Allocations

Port	Service Component	Protocol	Security Scope
3000	Next.js Command Dashboard (8-Pillar Center)	HTTP / Web	SSL Restricted Ingress
7352	Canonical FastAPI Governance Control Plane	HTTP REST	Local-Only HMAC Authorized
7353	TWAVE Low-VRAM Execution Wrapper	HTTP	Local Subsystem Communication
3003	Swarm IPC Coordination Gate	WebSocket	Internal Loopback
11434	Native Ollama Engine	HTTP	Sealed Internal (Never Exposed)

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🔒 ASRCP-Q2 Post-Quantum Immunity Architecture

NEXUS OS v7 integrates the ASRCP-Q2 Immune Framework, shielding local agents from post-quantum state degradation, exfiltration vectors, and multi-turn alignment failures.

graph TD
    A[User Request Ingress] --> B[Layer 1: Spectrum Deepfake Analyzer]
    B -->|Verified| C[Layer 0: ML-DSA-65 TPM Gate]
    C -->|Signed & Cleared| D[Engine: Speculative Intent Router]
    D -->|Executes Action| E[Layer 5: Turn-Degradation Sentinel]
    E -->|Turn 3+ High Risk| F[Forced Quorum Quarantined Voting]
    E -->|Turn < 3 Safe| G[Vault Memory: ML-KEM-1024 Archive]
    H[Layer 3: Plan-B Outbound Sentinel] -.->|Continuous Packets| I[Exfiltration Firewall]

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The 5 Pillars of Quantum Hardening

1. Layer 0 (Cryptographic Signature Core)

   • ML-DSA-65 (FIPS 204): Core TrustKernel TPM signatures are migrated from traditional ECC to post-quantum lattices, ensuring authentication chains cannot be factored.
   • ML-KEM-1024 (FIPS 203): Vault backup archives are encrypted with ML-KEM-1024 keys to prevent "harvest now, decrypt later" quantum attacks.

2. Layer 1 (Social & Boundary Defense)

   • Deepfake spectrum gateway: Dynamic analysis of command payloads to prevent voice/video impersonation bypasses.
   • Dual-person FIDO2 rules: Strict physical key validation for telemetry resets and high-clearance override permissions.

3. Layer 2 (Quantum Supply Chain)

   • Tomographic package scanning: 1% randomized statistical verification of incoming PyPI modules to locate and neutralize hidden annotation payloads before local runtime import.

4. Layer 3 (Exfiltration Firewall)

   • Sentinel Packet Capture: Continuous background loopback tracing via native Sentinel commands to spot out-of-band communication anomalies.
   • Cross-cloud cryptographic audits: Pre-calculating SHA-256 signatures of all staged files and matching them against cloud registries.

5. Layer 5 (Multi-Turn Quorum Guard)

   • Turn-degradation Hook: Automatically degrades confidence of single-agent completions at Turn 3+ to 0.0, triggering a mandatory Quorum Voting protocol to prevent context-window drift and jailbreaks.

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📁 Repository Blueprint

nexus_os/                 # Canonical Python Governance Control Plane (~50 modules)
  ├── bridge/             #   FastAPI A2A/JSON-RPC server, Deployment Gates, HMAC Keys
  ├── governor/           #   KAIJU access controls, TrustEngine v2.2, Claim Verifications
  ├── vault/              #   5-Track Memory Schema (store_track/retrieve_track), AES-GCM
  ├── engine/             #   Hermes Intent Routing, Async RPC Task Executors, Task Queues
  ├── gmr/                #   Speculative model rotation, telemetry estimators, budget limits
  ├── swarm/              #   Foreman allocations, worker pool bidding, OpenClaw spawner
  ├── monitoring/         #   TokenGuard budget track, session budget, usage limits
  ├── observability/      #   VAP Audit ledger, L1/L2 signature chains
  └── twave/              #   TWAVE v2.0 execution layer, Landau-Ginzburg tracker
src/                      # Next.js Command Center Frontend
  ├── app/                #   App layout, auth gates, api routers (19 files)
  ├── components/         #   UI panels (Overview, StressLab, GMR, Vault, Swarm)
  └── store/              #   Zustand global command state
tests/                    # Python Focused Test Suite (640+ Passing Tests)
  ├── security/           #   Encryption hard-fails, meta-attack detectors, PTY isolation
  ├── unit/               #   Claim verifications, task queue mirrors, secrets
  └── mcp/                #   Governed Model Context Protocol validation

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⚡ Premium Code Quickstarts

1. Speculative Model Selection with GMR Telemetry

Choose the most resource-efficient model based on dynamic token and latency telemetry:

from nexus_os.gmr import GMR, CircuitState

gmr = GMR()
# Speculatively select and route prompt
chosen_model = gmr.select("Analyze network log for exfiltration patterns")
print(f"Routed to: {chosen_model} (Telemetry Cleared)")

2. TrustEngine v2.2 Governance Check

Verify trust state with non-compensatory thresholds and active logistic math:

from nexus_os.governor import Governor
from nexus_os.governor.trust_scoring import Lane

gov = Governor()
# Runs KAIJU 4-variable clearance evaluation
verdict = gov.check_access(
    agent_id="agent-01",
    action="execute",
    scope="system",
    clearance="lead"
)
if verdict.allowed:
    print("Action Cleared!")

3. Claim Verification with Audited Evidence

Verify agent accomplishments against empirical evidence before updating trust state:

from nexus_os.governor.claim_verification import ClaimVerificationPipeline

pipeline = ClaimVerificationPipeline()
# Verify a claim with actual test logs and diff hashes
result = pipeline.submit_and_verify(
    agent_id="agent-01",
    claim_type="test_execution",
    evidence={
        "test_output": "640 passed in 12.3s",
        "file_exists": "tests/security/test_encryption.py"
    }
)
print(f"Claim Verified: {result['verified']} (VAP Hash: {result['vap_hash'][:16]})")

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🧪 Rigorous Repo Hygiene & Disciplines

To preserve the cryptographic integrity and auditability of NEXUS OS:

• 🔒 Zero Environment Leakage: Storing raw credentials or API keys inside databases or repository fields is strictly forbidden. Register references via environment keys only (apiKeyRef) and let .env stay fully blacklisted.
• 🚫 No General Adds: Never run git add .. Always stage explicit, fully-reviewed file paths to prevent commit pollution.
• 🧪 Green-Gated Merges: Every integration branch must pass the full test baseline before main merges:

  python -m pytest tests -q --ignore=tests\integration\test_heartbeat.py -p no:cacheprovider

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🌱 Doppleground Foundation Collective

NEXUS OS is proudly supported by and serves as the foundational first step of the Doppleground Foundation—a decentralised, non-profit roof collective.

The Foundation is dedicated to an open-source community upscaling mindset, providing:

• 🤝 Collective Community-Driven Upscaling: Powering public models, shared computational pools, and cooperative swarms.
• 🔄 Evolving Structural Design: An organic, self-correcting blueprint that adapts systems and security dynamically around developer consensus.
• 🔮 NEXUS OS First Step: Building local-first, evidence-grounded intent orchestrators as the bedrock for global open-source coordination.

Learn more about our core philosophy and roadmap in DOPPLEGROUND_FOUNDATION.md.

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📚 Academic Foundations

NEXUS OS stands upon the shoulders of foundational agentic research:

• Speculative Intent Routing: OR-Bench (arXiv:2405.20947), Speculative Routing (arXiv:2604.09213)
• Adversarial Safeguards: RigorLLM (arXiv:2403.13031), ShieldGemma (arXiv:2407.21772)
• Low-VRAM Tracking: Landau-Ginzburg Handoff (HuggingFace 2026), TALE (arXiv:2603.08425)

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Built with uncompromising precision. Governed locally. Secured for the post-quantum future.
Nexus Alpha Repository © 2026 specimba. Distributed under Apache 2.0.