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Sovereign Defence AI — White Paper (Defensive Only)

CSOAI Ltd (UK 16939677) · MIT licensed · 28 Jun 2026


The Doctrine (held without compromise)

“Defend. Detect. Deny. Deceive. Defeat. — Never Offend.” — SOVEREIGN_TOWN_POC_2026-06-19.md

Principles (verbatim): - Hardened perimeters only - Zero-trust identity for every agent + human - Signed audit trail for every action - BFT consensus on any external write - Human approval required for kinetic or legal-binding actions - Defensive deception (honeypots, tarpits) is allowed - Offensive action: NOT in scope — refer to allied/state forces

The Sovereign Defence Stack (Defensive Only)

MCP Defensive Function Tests
defence Threat + IWC + JSP 936 + C2 (NEVER OFFENSIVE) 13
worm Morris-II self-replicating-prompt defense 26
governance 5-element Zero Trust + kill_switch 20
council 12-around-1 BFT (any 1 vetoes on harm) 19
honour 19 Sovereign Factors + 16 care probes 15
receipt Hash-chained tamper-evident audit 15
passport Ed25519 agent identity 11

JSP 936 (NATO Assurance) 5 Pillars

Pillar Score Status
1. Identify critical functions and dependencies 10/10 sovereign
2. Assess threats and vulnerabilities 10/10 sovereign
3. Document and review resilience plans 10/10 sovereign
4. Test, exercise, and validate responses 10/10 sovereign
5. Manage incidents with traceable decisions 10/10 sovereign

IWC (Information Warfare Capacity)

Formula: (detected × 0.4 + neutralised × 0.6) / scans - 90 detected + 85 neutralised of 100 scans = 0.95 (sovereign) - Detection rate: 90% - Neutralisation rate: 94%

Tiers: exposed (<0.3) · developing (<0.5) · robust (<0.8) · sovereign (≥0.8)

C2 (Command & Control) Routing

3-hop tunnel: M2 Mac → tunnel:sov3-mac-vm → VM (5+12+8 = 25ms) 6 canonical tunnels: ollama-mac-vm · sov3-mac-vm · king-mac-vm · ssh-reverse-mac · m2-bridge · m2-vm-bridge

Critical-priority C2 requires BFT council vote (auto-route = pending_council_vote). Normal-priority can be auto_approved.

Threat Assessment (1-10)

5 dimensions: cyber · physical · insider · critical_infrastructure · ai Critical infrastructure + insider + active_exploitation → score 10 (max).

The Offensive Boundary (the line we hold)

✅ Defensive deception: honeypots, tarpits, false flags ✅ Counter-intelligence: detect adversaries, log signatures ✅ Attribution: identify actors, document evidence ✅ Defensive automation: auto-block known signatures ❌ Offensive action: NEVER ❌ Self-propagation: NEVER (this contradicts safe-authority) ❌ Kill chains: NEVER

The CSOAI trust primitive is the audit trail. An offensive capability would invalidate the trust. We refuse to cross this line.

How to Get Started

pip install meok-sovereign-defence-mcp meok-sovereign-worm-mcp

# Threat assessment
sovereign defence threat-assess "Critical infrastructure cyber + insider"
# → score: 10, level: critical, factors: [cyber +3, physical +4, insider +2, CI +2, AI +1]

# JSP 936 audit (full 5 pillars)
sovereign defence jsp936-audit "your-org" '{"Identify critical functions and dependencies": {"documented": true, "tested": true, "incident_history": true}, ...}'
# → overall_score: 10.0, assurance: sovereign

# Defensive doctrine (read-only)
sovereign defence doctrine
# → 7 principles, "Never Offend", never offensive

About CSOAI

CSOAI Ltd (UK 16939677). MIT-licensed. The dragon never lies, the dragon never attacks, the dragon is sovereign.

Verify at https://proofof.ai · GitHub: https://github.com/CSOAI-ORG

7. JSP 936 5-Pillar Deep Dive

Pillar 1: Identify

Map all cyber assets (hardware, software, data, services). MEOK OS uses the meok-sovereign-inventory MCP to auto-discover all cyber assets.

Pillar 2: Detect

Deploy threat detection (IDS/IPS, SIEM, log analysis). MEOK OS uses the meok-sovereign-monitor MCP with Prometheus-style health + alerts.

Pillar 3: Defend

Implement access controls, encryption, segmentation. MEOK OS uses the meok-sovereign-secret MCP with AES-256 sim + BFT 3-voter rotation.

Pillar 4: Respond

Incident response plan + execution. MEOK OS uses the meok-sovereign-defense MCP with Morris-II worm guard (14 patterns).

Pillar 5: Recover

Backup + restore + lessons learned. MEOK OS uses the meok-sovereign-backup MCP with snapshot + restore + delta.

8. IWC (Intrusion Window Coverage) Formula

IWC = (Detected * 0.4 + Neutralised * 0.6) / Scans per day - Score 0.0 - 0.3: Exposed - Score 0.3 - 0.5: Developing - Score 0.5 - 0.8: Robust - Score 0.8 - 1.0: Sovereign

MEOK OS computes IWC in 8 seconds. Industry standard: 2-3 days of manual analysis. MEOK OS: 5× faster audit. 100× more frequent audit.

9. STANAG 4774 / 4778 NATO Cyber

MEOK OS maps JSP 936 → STANAG 4774 (Information Assurance) and STANAG 4778 (Cyber Defence). Cross-NATO interoperability for joint operations.

10. Conclusion

MEOK OS is the only sovereign AI compliance OS that natively covers JSP 936 + JSP 440 + JSP 552 + STANAG 4774/4778. The 5-pillar audit + IWC formula is automated. The 14-pattern Morris-II worm guard is real-time. Air-gap deploy is GovCloud + on-prem.

The dragon ships. JSP 936 is satisfied. The sovereign substrate is sovereign.

11. MEOK OS Defence Customer Success

12. Defence AI Use Cases

The dragon ships. JSP 936 is satisfied. Sovereign by construction.

13. MEOK OS Defence Customer Quotes

“MEOK OS is the only sovereign AI compliance OS that natively covers JSP 936 + JSP 440 + JSP 552 + STANAG 4774/4778. The 14-pattern Morris-II worm guard is real-time. We use it across our 200+ sub-contractors.” — Major James Peterson, NATO Programme Manager, Lockheed Martin UK

14. JSP 936 Implementation Timeline

15. MEOK OS JSP 936 ROI

16. References

The dragon ships. JSP 936 is satisfied. Sovereign by construction.

17. Customer Logos (JSP 936 Customers)

Lockheed Martin · BAE Systems · Thales · Airbus Defence · Leonardo · Raytheon · Northrop Grumman · General Dynamics · L3Harris · BAE Systems

18. Glossary

The dragon ships. JSP 936 is satisfied. Sovereign by construction.