test/VAULTMESH-ETERNAL-PATTERN/funding-roadmap/diagrams

VaultMesh Funding Roadmap — Visual Architecture Diagrams

Purpose: Technical architecture diagrams for major EU funding proposals (Mermaid format)

Location: ~/vaultmesh-core/funding-roadmap/diagrams/

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Available Diagrams

0. Treasury Nebula Map — Complete Funding Roadmap Meta-Visualization ⭐

File: treasury-nebula-map.mmd Scope: All 8 proposals, €15.8M+ orchestration, 2025-2027 timeline Purpose: Single-page synthesis of entire funding axis

What it shows:

• 8 proposals organized by tier (Tier 1: €12.8M, Tier 2: €5.5M, Tier 3: €2.5M)
• Temporal rhythm (Q4 2025, Q1 2026, Q2 2026 submission cadence)
• VaultMesh core organs as gravitational centers (LAWCHAIN, Ψ-Field, Federation, Receipts, Treasury)
• Partner constellations (20+ organizations across 10+ countries)
• Three technical pillars (Cryptography, Infrastructure, Intelligence)
• Expected outcomes (budget, partners, standards, publications, pilots, TRL)
• EU policy alignment (AI Act, DORA, NIS2, Gaia-X, EHDS)
• Cross-proposal synergies (quantum-safe federation, shared AI governance, etc.)

Key innovation: This is the meta-diagram of meta-diagrams — the funding roadmap visualized as a living organism with:

• Budget mass (size indicates funding amount)
• Temporal flow (timeline determines orbital position)
• Gravitational pull (VaultMesh core organs bind all proposals)
• Constellation connections (partners and policy compliance links)

View:

cat ~/vaultmesh-core/funding-roadmap/diagrams/treasury-nebula-map.mmd

Use cases:

• Steering committee presentations (single-slide funding overview)
• Investor/board briefings (civilization-scale vision)
• Consortium kickoff workshops (show partners the bigger picture)
• EU portal supplementary material (demonstrate orchestrated thinking)
• Internal ledger record (Rubedo seal for funding axis completion)

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1. PQC Integration — Hybrid Cryptographic Architecture

File: pqc-integration-architecture.mmd Proposal: €2.8M HORIZON-CL3-2025-CS-ECCC-06 Partners: VaultMesh (IE), Univ Brno (CZ), Cyber Trust (GR), France Public Services (FR)

What it shows:

• Classical cryptography layer (current: Ed25519, ECDSA, SHA3, AES)
• Hybrid transition layer (TRL 4→6: dual signatures, hybrid KEMs)
• Post-quantum target state (CRYSTALS-Kyber, Dilithium, SPHINCS+)
• VaultMesh organ integration (Receipts, LAWCHAIN, Treasury, Federation, Ψ-Field)
• Work package flow (WP1-5)
• Validation pilots (France, Czech, Greece)
• Standards contributions (ETSI/IETF/ISO)

Key migration path:

Ed25519 → Dual Signature → CRYSTALS-Dilithium
ECDSA → Hybrid KEM → CRYSTALS-Kyber
SHA3 → (already quantum-safe) → SPHINCS+

View:

cat ~/vaultmesh-core/funding-roadmap/diagrams/pqc-integration-architecture.mmd

Render online:

• Copy content and paste into Mermaid Live Editor
• Or use Mermaid plugin in VS Code/Obsidian

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2. Digital Twins — Three-Pillar Sovereign Architecture

File: digital-twins-three-pillar.mmd Proposal: €10M HORIZON-CL4-2025-DIGITAL-03 Partners: VaultMesh (IE), Fraunhofer AISEC (DE), Siemens (DE), TU Munich (DE), Charité Berlin (DE), Barcelona (ES)

What it shows:

• Pillar 1: Urban Digital Twins (Barcelona pilot — smart mobility + energy)
• Pillar 2: Biomedical Digital Twins (Charité pilot — diabetes optimization)
• Pillar 3: Industrial Digital Twins (Siemens pilot — smart factory)
• VaultMesh core infrastructure (LAWCHAIN, Ψ-Field, Federation, Receipts, Treasury)
• Cross-pillar coordination layer (interoperability, governance, standards)
• EU policy alignment (AI Act, DORA, NIS2, Gaia-X)

Key innovation:

• Ψ-Field provides collective intelligence across all three pillars
• Single LAWCHAIN for multi-domain audit trail
• Sovereign federation allows city-to-city, hospital-to-hospital, factory-to-factory exchange

Pilots:

• 🏙️ Barcelona: 30% energy reduction target
• 🏥 Charité: 20% patient outcome improvement
• 🏭 Siemens: 15% throughput increase

View:

cat ~/vaultmesh-core/funding-roadmap/diagrams/digital-twins-three-pillar.mmd

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3. GenAI Health — Federated Learning + Governance Flow

File: genai-health-federated-governance.mmd Proposal: €3M HORIZON-HLTH-2025-CARE-01 Partners: VaultMesh (IE), DFKI (DE), UMC Utrecht (NL), Philips Healthcare (NL)

What it shows:

• Federated data sources (hospitals A/B/C + clinics across EU)
• Privacy & anonymization layer (differential privacy, homomorphic encryption, GDPR consent)
• Federated ML (local training, secure aggregation, global model)
• AI Act governance (Ψ-Field oversight, ethics board, human-in-the-loop, explainability)
• VaultMesh proof infrastructure (receipts, LAWCHAIN, federation, treasury)
• Clinical deployment pipeline (validation, regulatory, EHR integration)
• EU policy compliance (AI Act Art. 10/14, GDPR Art. 9, MDR, EHDS)

Key innovation:

• No raw health data leaves hospitals (federated learning)
• Every training round = cryptographic receipt (LAWCHAIN audit trail)
• Ψ-Field detects model drift & bias (collective sensing across sites)
• Human-in-the-loop for high-risk decisions (AI Act Art. 14 compliance)

KPIs:

• 20% diagnostic accuracy improvement
• 30% reduction in data collection time
• 5+ hospital network (cross-border)
• 0 privacy breaches (differential privacy guarantees)
• 10+ publications (top-tier medical AI venues)

View:

cat ~/vaultmesh-core/funding-roadmap/diagrams/genai-health-federated-governance.mmd

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Rendering Options

Option 1: Online (Mermaid Live Editor)

1. Copy diagram content:

   cat pqc-integration-architecture.mmd | pbcopy  # macOS
   # or
   cat pqc-integration-architecture.mmd | xclip -selection clipboard  # Linux
   

2. Open https://mermaid.live/
3. Paste content into left pane
4. View rendered diagram in right pane
5. Export as PNG/SVG if needed

Option 2: VS Code Extension

1. Install extension: bierner.markdown-mermaid
2. Open .mmd file in VS Code
3. Click preview icon or Cmd+K V (macOS) / Ctrl+K V (Linux)

Option 3: Obsidian

1. Copy .mmd content into Obsidian note:

   ```mermaid
   [paste diagram here]
   ```
   

2. Diagram renders automatically in preview mode

Option 4: Command Line (mermaid-cli)

# Install mermaid-cli
npm install -g @mermaid-js/mermaid-cli

# Render to PNG
mmdc -i pqc-integration-architecture.mmd -o pqc-integration.png -w 3000

# Render to SVG
mmdc -i digital-twins-three-pillar.mmd -o digital-twins.svg

# Render to PDF
mmdc -i genai-health-federated-governance.mmd -o genai-health.pdf

Option 5: GitHub/GitLab

• Push .mmd files to GitHub/GitLab repository
• Both platforms auto-render Mermaid diagrams in markdown preview
• Example: Embed in proposal docs with:

  ```mermaid
  graph TB
      ...
  ```
  

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Diagram Styling Legend

Color Coding

PQC Integration Diagram:

• 🔵 Blue — Classical cryptography layer
• 🟡 Yellow — Hybrid transition layer (TRL 4→6)
• 🟢 Green — Post-quantum target state
• 🟣 Purple — VaultMesh core organs
• 🟠 Orange — Work packages
• 🔴 Red — Validation pilots

Digital Twins Diagram:

• 🟣 Purple — VaultMesh core infrastructure
• 🔵 Blue — Urban pillar
• 🟢 Green — Biomedical pillar
• 🟠 Orange — Industrial pillar
• 🟡 Yellow — Cross-pillar coordination
• 🟣 Lavender — EU policy alignment
• 🔴 Red — Pilot deployments

GenAI Health Diagram:

• 🔵 Blue — Federated data sources
• 🟣 Purple — Privacy layer
• 🟢 Green — Federated ML
• 🟡 Yellow — AI Act governance
• 🟠 Orange — VaultMesh infrastructure
• 🟢 Teal — Clinical deployment
• 🟣 Lavender — EU policy
• 🟠 Peach — Expected outcomes

Line Types

• Solid arrows (→) — Primary data/control flow
• Dashed arrows (-.->) — Feedback loops, secondary relationships
• Bold arrows (==>) — Critical migration paths or high-priority flows

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Use Cases

For Partner Onboarding

• Include diagram in Partner Onboarding Kit (1-pager supplement)
• Shows partner where their organization fits in architecture
• Visualizes WP dependencies and deliverable flow

For Proposal Part B

• Embed in Section 1 (Excellence) to illustrate technical approach
• Reference in Section 3 (Implementation) for WP structure
• Useful for reviewers to grasp complex multi-partner architecture quickly

For Steering Committee Reviews

• Present diagrams in consortium kickoff workshops
• Use to align partners on technical vision
• Update diagrams as architecture evolves during proposal development

For Standards Contributions

• Submit to ETSI/IETF/ISO working groups as architectural reference
• Shows how VaultMesh aligns with emerging standards (PQC, digital twins, AI governance)

For Pilot Planning

• Share with pilot sites to explain integration points
• Identifies data flows, security boundaries, compliance checkpoints

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Maintenance

Version Control

cd ~/vaultmesh-core
git add funding-roadmap/diagrams/
git commit -m "diagrams: update [PQC|Digital Twins|GenAI] architecture v1.X"
git tag -a diagrams-v1.X -m "Architecture diagrams v1.X"

Update Workflow

1. When consortium changes: Update partner boxes and WP assignments
2. When budget finalizes: Update budget figures in annotations
3. When pilots confirm: Add specific pilot details (sites, metrics)
4. When policy updates: Add new compliance references (e.g., AI Act amendments)

Receipt Generation

python3 << 'EOF'
import json, hashlib, datetime
from pathlib import Path

diagrams_dir = Path.home() / 'vaultmesh-core/funding-roadmap/diagrams'
for diagram_file in diagrams_dir.glob('*.mmd'):
    content = diagram_file.read_text()
    hash_val = hashlib.sha256(content.encode()).hexdigest()

    receipt = {
        "kind": "funding.diagram.update",
        "ts": datetime.datetime.now(datetime.timezone.utc).isoformat(),
        "file": str(diagram_file),
        "hash": hash_val,
        "description": f"Architecture diagram: {diagram_file.stem}"
    }

    receipt_path = Path.home() / '.vaultmesh/receipts' / f'diagram-{diagram_file.stem}-{datetime.datetime.now().strftime("%Y%m%d%H%M%S")}.json'
    receipt_path.write_text(json.dumps(receipt, indent=2))
    print(f"Receipt: {receipt_path.name}")
EOF

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Exporting for EU Submission

High-Resolution PNGs

# Export all diagrams at 3000px width (suitable for A4 print)
for file in *.mmd; do
    mmdc -i "$file" -o "${file%.mmd}.png" -w 3000 -b transparent
done

SVGs for Vector Quality

# Export as SVG (infinitely scalable)
for file in *.mmd; do
    mmdc -i "$file" -o "${file%.mmd}.svg"
done

Embed in LaTeX Proposal

\begin{figure}[h]
\centering
\includegraphics[width=\textwidth]{diagrams/pqc-integration.pdf}
\caption{VaultMesh PQC Integration — Hybrid Cryptographic Architecture}
\label{fig:pqc-arch}
\end{figure}

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Statistics

Total Diagrams: 4 Total Nodes (approx): 220+ across all diagrams Total Relationships: 300+ edges showing data flows, dependencies, compliance links

Coverage:

• 8 EU funding proposals (4 visualized: 3 detailed + 1 meta-synthesis, 4 referenced in nebula map)
• 20+ consortium partners mapped across all tiers
• 25+ work packages illustrated
• 12+ validation pilots detailed
• 15+ EU policies/standards linked (AI Act, DORA, NIS2, Gaia-X, EHDS, etc.)
• €15.8M+ total budget orchestrated and visualized

Diagram Hierarchy:

• Level 0 (Meta): Treasury Nebula Map — orchestration overview
• Level 1 (Detail): PQC Integration, Digital Twins, GenAI Health — technical deep dives
• Level 2 (Referenced): Quantum Comms, Incident Response, Cloud, Maritime, Grid — in nebula map

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Future Diagrams (Planned)

Quantum Communications (€1M) — QKD protocol stack + VaultMesh integration Incident Response (€1.5M) — CSIRT workflow + LAWCHAIN audit trail Cloud Sovereignty (€2M) — Gaia-X federation + VaultMesh proof layer Maritime Security (€1.2M) — AIS tracking + cryptographic receipts Smart Grid (€800K) — Energy mesh + treasury subsystem

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Document Control:

• Version: 1.0
• Created: 2025-11-06
• Last Updated: 2025-11-06
• Owner: VaultMesh Technologies B.V.
• Contact: guardian@vaultmesh.org
• Classification: Consortium Internal (Non-Public)