# TIA-ARCHITECT-CORE GUIDE
**MISSION_SPEC v22.2154 — Banking Integration, Automation & Tunnel Verification**

---

## TABLE OF CONTENTS

1. [Overview](#1-overview)
2. [ISO 20022 Banking Integration](#2-iso-20022-banking-integration)
3. [Tunnel Integrity Verification](#3-tunnel-integrity-verification)
4. [Peripheral Nervous System (App Scripts)](#4-peripheral-nervous-system-app-scripts)
5. [Command Reference](#5-command-reference)
6. [Architecture](#6-architecture)
7. [Security & Compliance](#7-security--compliance)
8. [Deployment Guide](#8-deployment-guide)
9. [Troubleshooting](#9-troubleshooting)
10. [Integration Examples](#10-integration-examples)

---

## 1. OVERVIEW

**TIA-ARCHITECT-CORE** establishes banking-grade infrastructure for the Ghost Fleet:

- **ISO 20022 Compliance**: All financial I/O conforms to international banking standards
- **XRP ↔ Banking Bridge**: Real-time conversion of XRP ledger data to ISO 20022 messages
- **Tunnel Verification**: Multi-protocol connectivity checks (Cloudflare, Ngrok, LocalTunnel, SSH)
- **Peripheral Automation**: Google App Script nodes as distributed automation workers
- **AlphaNex Encryption**: Quantum-resistant lattice-based security for all banking transactions

**Core Mission**: Repair the Core. Standardize the Message. Automate the Swarm.

---

## 2. ISO 20022 BANKING INTEGRATION

### 2.1 Supported Message Types

| Message Type | Name | Category | Use Case |
|--------------|------|----------|----------|
| **pacs.008** | FIToFICustomerCreditTransfer | Payments | XRP Payment → Bank Wire Transfer |
| **camt.053** | BankToCustomerStatement | Cash Management | XRP Account → Bank Statement |
| **pain.001** | CustomerCreditTransferInitiation | Payment Initiation | Customer Payment Instruction |
| **pain.002** | CustomerPaymentStatusReport | Payment Initiation | Payment Status Update |
| **camt.056** | FIToFIPaymentCancellationRequest | Cash Management | Payment Cancellation |

### 2.2 XRP to ISO 20022 Conversion

**Example: XRP Payment → pacs.008**

```python
xrp_transaction = {
    "Account": "rN7n7otQDd6FczFgLdlqtyMVrn3z1F4GHz",
    "Destination": "rLHzPsX6oXkzU9rFYzJkBvGtTEcT6nHEKr",
    "Amount": "100000000",  # 100 XRP in drops
    "Fee": "12",
    "TransactionType": "Payment",
    "hash": "ABC123..."
}

# TIA Command:
# XRP_To_ISO20022 | <xrp_transaction_json> | pacs.008

# Result: ISO 20022 pacs.008 Credit Transfer message
```

**Message Structure (pacs.008)**:
```xml
<FIToFICstmrCdtTrf>
  <GrpHdr>
    <MsgId>XRP-ABC123</MsgId>
    <CreDtTm>2026-04-16T12:00:00Z</CreDtTm>
  </GrpHdr>
  <CdtTrfTxInf>
    <PmtId>
      <InstrId>XRP-ABC123</InstrId>
      <EndToEndId>XRP-ABC123</EndToEndId>
    </PmtId>
    <IntrBkSttlmAmt Ccy="XRP">100.00</IntrBkSttlmAmt>
    <Dbtr><Nm>rN7n7otQDd6FczFgLdlqtyMVrn3z1F4GHz</Nm></Dbtr>
    <Cdtr><Nm>rLHzPsX6oXkzU9rFYzJkBvGtTEcT6nHEKr</Nm></Cdtr>
  </CdtTrfTxInf>
</FIToFICstmrCdtTrf>
```

### 2.3 Validation Pipeline

1. **Structure Validation**: Verify required fields (GrpHdr, CdtTrfTxInf, etc.)
2. **Data Type Validation**: Check formats (amounts, dates, identifiers)
3. **Business Rule Validation**: Ensure logical consistency
4. **AlphaNex Encryption**: Apply quantum-resistant encryption to sensitive fields

### 2.4 Banking Commands

#### XRP_To_ISO20022
Convert XRP transaction to ISO 20022 format.

**Syntax**:
```
XRP_To_ISO20022 | <xrp_transaction_json> | [message_type]
```

**Parameters**:
- `xrp_transaction_json`: JSON string of XRP transaction data
- `message_type` (optional): Target message type (default: pacs.008)

**Example**:
```
XRP_To_ISO20022 | {"Account": "rN7n7...", "Amount": "100000000"} | pacs.008
```

**Response**:
```json
{
  "iso20022": {
    "iso20022_message": { /* pacs.008 structure */ },
    "message_type": "pacs.008",
    "validation": {
      "valid": true,
      "errors": []
    },
    "status": "CONVERTED"
  }
}
```

---

## 3. TUNNEL INTEGRITY VERIFICATION

### 3.1 Supported Tunnel Types

| Type | Protocol | Use Case |
|------|----------|----------|
| **cloudflare** | Cloudflare Tunnel | Production-grade secure tunnels |
| **ngrok** | Ngrok TCP/HTTP | Development & testing |
| **localtunnel** | LocalTunnel | Quick local exposure |
| **ssh** | SSH Reverse Tunnel | Traditional secure tunnels |
| **vpn** | OpenVPN/WireGuard | Network-level encryption |
| **custom** | Custom Protocol | Proprietary tunnel implementations |

### 3.2 Tunnel Registration

Register tunnels with the Tunnel Integrity Checker for continuous monitoring:

```python
# In citadel/tunnel_integrity_checker.py
tunnel_checker = TunnelIntegrityChecker()

tunnel_checker.register_tunnel(
    name="node08_diode",
    tunnel_type="cloudflare",
    endpoint="https://node08.example.com",
    metadata={
        "direction": "S10_TO_ARCHITECT_CORE",
        "encryption": "AlphaNex"
    }
)
```

### 3.3 Node 08 Data Diode

**One-Way Data Flow**: S10 Exynos 9820 + Nissan Ute → ARCHITECT-CORE

```
┌─────────────┐         ┌──────────┐         ┌──────────────────┐
│ S10 Exynos  │ ──────> │  Node 08 │ ──────> │ ARCHITECT-CORE   │
│   9820      │  (Out)  │  Diode   │  (In)   │ TIA Intelligence │
└─────────────┘         └──────────┘         └──────────────────┘
     ↑                                                 ╳
     │                                                 ╳ NO RETURN PATH
     └─ VANGUARD_TITAN (Nissan Ute)                  ╳
```

**Security Properties**:
- **Unidirectional**: Data flows S10 → Core only, no reverse channel
- **Air-Gapped Logic**: Physical separation enforced at Node 08
- **Encryption**: AlphaNex quantum-resistant encryption
- **Integrity Checks**: SHA-256 checksums on all transmitted data

### 3.4 Tunnel Commands

#### Check_Tunnel_Integrity
Verify tunnel connectivity and health.

**Syntax**:
```
Check_Tunnel_Integrity | [tunnel_name]
```

**Parameters**:
- `tunnel_name` (optional): Specific tunnel to check. If omitted, checks all.

**Example**:
```
Check_Tunnel_Integrity
```

**Response**:
```json
{
  "tunnel_integrity": {
    "total_tunnels": 3,
    "healthy_tunnels": 2,
    "failed_tunnels": 1,
    "tunnels": [
      {
        "name": "node08_diode",
        "status": "HEALTHY",
        "latency_ms": 45,
        "last_check": 1776311718.541
      }
    ]
  },
  "status": "TUNNEL_CHECK_COMPLETE"
}
```

#### Verify_Node08_Diode
Specifically verify the Node 08 data diode connection.

**Syntax**:
```
Verify_Node08_Diode
```

**Response**:
```json
{
  "node08_diode": {
    "status": "OPERATIONAL",
    "direction": "S10_TO_CORE",
    "reverse_channel": "BLOCKED",
    "encryption": "AlphaNex",
    "hardware_source": "S10_Exynos_9820",
    "integrity_score": 9293
  },
  "status": "DIODE_CHECK_COMPLETE"
}
```

---

## 4. PERIPHERAL NERVOUS SYSTEM (APP SCRIPTS)

### 4.1 Architecture

Google App Script nodes act as **peripheral nervous system** automation workers:

```
                 ┌─────────────────────┐
                 │   TIA Core (Brain)  │
                 │  ARCHITECT-CORE     │
                 └──────────┬──────────┘
                            │
            ┌───────────────┼───────────────┐
            │               │               │
    ┌───────▼──────┐ ┌─────▼─────┐ ┌──────▼──────┐
    │ AppScript #1 │ │ AppScript │ │ AppScript   │
    │ (Scheduler)  │ │ #2 (Data) │ │ #3 (Alerts) │
    └──────────────┘ └───────────┘ └─────────────┘
     Peripheral Node  Peripheral    Peripheral Node
                      Node
```

**Communication Flow**:
1. **Registration**: Peripheral nodes register with TIA Core
2. **Trigger**: TIA sends trigger data to specific node
3. **Execution**: App Script executes automated task
4. **Sync**: Results sync back to TIA via cortex

### 4.2 Node Types

| Node Type | Purpose | Example Use Case |
|-----------|---------|------------------|
| **scheduler** | Time-based automation | Daily fleet health reports |
| **data_processor** | Data transformation | Parse external API responses |
| **alert_manager** | Notification system | Send alerts on threshold breach |
| **webhook_listener** | Event-driven triggers | React to external events |

### 4.3 App Script Commands

#### Register_Peripheral_Node
Register a new App Script automation node.

**Syntax**:
```
Register_Peripheral_Node | <node_id> | <script_url> | <node_type>
```

**Parameters**:
- `node_id`: Unique identifier for this peripheral node
- `script_url`: Google App Script web app URL
- `node_type`: Type of node (scheduler, data_processor, alert_manager, webhook_listener)

**Example**:
```
Register_Peripheral_Node | daily_reporter | https://script.google.com/macros/s/ABC123/exec | scheduler
```

**Response**:
```json
{
  "peripheral_node": {
    "registration": {
      "node_id": "daily_reporter",
      "script_url": "https://script.google.com/macros/s/ABC123/exec",
      "node_type": "scheduler",
      "registered_at": 1776311718.541
    },
    "status": "REGISTERED"
  }
}
```

#### Trigger_App_Script
Trigger a registered peripheral node.

**Syntax**:
```
Trigger_App_Script | <node_id> | [trigger_data_json]
```

**Parameters**:
- `node_id`: Node to trigger
- `trigger_data_json` (optional): JSON data to send to the script

**Example**:
```
Trigger_App_Script | daily_reporter | {"report_date": "2026-04-16"}
```

**Response**:
```json
{
  "app_script_trigger": {
    "trigger_response": {
      "status": "TRIGGERED",
      "execution_id": "exec_789",
      "timestamp": 1776311718.541
    },
    "node_id": "daily_reporter",
    "status": "TRIGGERED"
  }
}
```

#### Get_App_Script_Template
Generate App Script code templates.

**Syntax**:
```
Get_App_Script_Template | [trigger_type]
```

**Parameters**:
- `trigger_type` (optional): Template type (time_based, webhook, data_processor). Default: time_based

**Example**:
```
Get_App_Script_Template | time_based
```

**Response**: Returns Google Apps Script code template as a string.

---

## 5. COMMAND REFERENCE

### Banking Commands

| Command | Purpose | Syntax |
|---------|---------|--------|
| **XRP_To_ISO20022** | Convert XRP to banking format | `XRP_To_ISO20022 \| <xrp_json> \| [msg_type]` |

### Tunnel Commands

| Command | Purpose | Syntax |
|---------|---------|--------|
| **Check_Tunnel_Integrity** | Verify tunnel health | `Check_Tunnel_Integrity \| [tunnel_name]` |
| **Verify_Node08_Diode** | Check data diode | `Verify_Node08_Diode` |

### Automation Commands

| Command | Purpose | Syntax |
|---------|---------|--------|
| **Register_Peripheral_Node** | Register App Script | `Register_Peripheral_Node \| <node_id> \| <url> \| <type>` |
| **Trigger_App_Script** | Trigger peripheral node | `Trigger_App_Script \| <node_id> \| [data_json]` |
| **Get_App_Script_Template** | Generate code template | `Get_App_Script_Template \| [trigger_type]` |

### Librarian Commands (Enhanced)

| Command | Purpose | Syntax |
|---------|---------|--------|
| **Librarian_Query** | Query fleet metadata | `Librarian_Query \| <query> \| [category]` |

**Note**: Librarian now indexes ISO 20022 banking standards automatically.

**Example Banking Query**:
```
Librarian_Query | pacs.008 | banking_standards
```

**Response**:
```json
{
  "query": "pacs.008",
  "category": "banking_standards",
  "results_count": 1,
  "results": [
    {
      "type": "banking_standard",
      "message_type": "pacs.008",
      "name": "FIToFICustomerCreditTransfer",
      "category": "Payments Clearing and Settlement",
      "description": "Financial Institution to Financial Institution Customer Credit Transfer",
      "use_case": "Interbank customer credit transfers (XRP → Bank wire)",
      "required_fields": ["GrpHdr", "CdtTrfTxInf"]
    }
  ]
}
```

---

## 6. ARCHITECTURE

### 6.1 System Components

```
┌──────────────────────────────────────────────────────────────┐
│                    TIA-ARCHITECT-CORE                        │
│                                                              │
│  ┌────────────────┐  ┌─────────────────┐  ┌──────────────┐ │
│  │ ISO20022Handler│  │ TunnelIntegrity │  │ AppScript    │ │
│  │                │  │ Checker         │  │ Bridge       │ │
│  │ • pacs.008     │  │ • Cloudflare    │  │ • Scheduler  │ │
│  │ • camt.053     │  │ • Ngrok         │  │ • Data Proc  │ │
│  │ • pain.001     │  │ • SSH           │  │ • Alerts     │ │
│  └────────┬───────┘  └────────┬────────┘  └──────┬───────┘ │
│           │                   │                   │         │
│  ┌────────▼───────────────────▼───────────────────▼───────┐ │
│  │          The Librarian RAG (Vector Store)              │ │
│  │  • Fleet Metadata • Banking Standards • XRP Mappings   │ │
│  └────────────────────────────────────────────────────────┘ │
└──────────────────────────────────────────────────────────────┘
           │                    │                    │
           ▼                    ▼                    ▼
   ┌───────────────┐    ┌─────────────┐    ┌─────────────────┐
   │ XRP Ledger    │    │ S10 + Ute   │    │ Google Apps     │
   │ (Pioneer      │    │ Hardware    │    │ Script Nodes    │
   │  Trader)      │    │ (Vanguard)  │    │                 │
   └───────────────┘    └─────────────┘    └─────────────────┘
```

### 6.2 Data Flow

**Banking Transaction Flow**:
```
XRP Ledger → TraderSync → ISO20022Handler → AlphaNex Encryption → pacs.008 Message
```

**Hardware Telemetry Flow**:
```
S10/Ute Sensors → Node 08 Diode → Tunnel Integrity Check → TIA Core
```

**Automation Flow**:
```
TIA Trigger → AppScriptBridge → Peripheral Node → Task Execution → Cortex Sync
```

### 6.3 Integration Points

| System | Protocol | Purpose |
|--------|----------|---------|
| **XRP Ledger** | WebSocket/REST | Real-time payment telemetry |
| **VANGUARD_TITAN** | AlphaNex/HTTPS | Hardware diagnostics |
| **Google Apps Script** | HTTPS/Webhook | Automation triggers |
| **HuggingFace Spaces** | Git/SSH | Code synchronization |
| **GitHub Actions** | GitHub API | CI/CD automation |

---

## 7. SECURITY & COMPLIANCE

### 7.1 AlphaNex Encryption

**Algorithm**: Quantum-resistant lattice-based cryptography

**Key Features**:
- **Post-quantum**: Resistant to Shor's algorithm
- **Lattice-based**: Uses Learning With Errors (LWE) problems
- **Key Size**: 2048-bit encryption keys
- **Performance**: ~10ms encryption overhead per message

**Usage**:
```python
from citadel.alpha_nex import AlphaNex

anx = AlphaNex()
encrypted_data = anx.encrypt(banking_message)
decrypted_data = anx.decrypt(encrypted_data)
```

### 7.2 SovereignFilter

**Purpose**: Scrub prohibited terms from all outbound data

**Blocked Terms**: Bible, Ark, Bottles, and other culturally sensitive keywords

**Application Points**:
- ISO 20022 message fields
- Tunnel data transmission
- App Script responses
- Librarian query results

### 7.3 Compliance Standards

| Standard | Coverage | Status |
|----------|----------|--------|
| **ISO 20022** | Banking messages | ✅ Implemented |
| **PCI DSS** | Payment security | ⚠️  Manual review required |
| **GDPR** | Data privacy | ⚠️  Manual review required |
| **SOC 2** | Security controls | ⚠️  Manual review required |

### 7.4 Audit Trail

All commands logged to `_pvc_ledger`:
```python
_pvc_ledger.append({
    "command": "XRP_To_ISO20022",
    "timestamp": 1776311718.541,
    "user": "system",
    "result": "SUCCESS"
})
```

---

## 8. DEPLOYMENT GUIDE

### 8.1 Prerequisites

**Required**:
- Python 3.9+
- Gradio 4.x
- `citadel/` modules installed
- HuggingFace account (for Space deployment)
- GitHub repository access

**Optional**:
- Google Apps Script account (for peripheral automation)
- Cloudflare account (for tunnel hosting)
- XRP Ledger node access (for real-time telemetry)

### 8.2 Local Development Setup

```bash
# 1. Clone repository
git clone https://github.com/DJ-Goana-Coding/Oppo-TIA.git
cd Oppo-TIA

# 2. Install dependencies
pip install -r requirements.txt

# 3. Set environment variables
export HF_TOKEN="your_huggingface_token"
export GITHUB_PAT="your_github_token"

# 4. Run TIA locally
python app.py
```

### 8.3 HuggingFace Space Deployment

**Step 1**: Configure GitHub Secrets
```yaml
# In repository settings → Secrets and variables → Actions
HF_TOKEN: <your_huggingface_token>
```

**Step 2**: Trigger Sync Workflow
```bash
# Push to main branch triggers .github/workflows/hf_sync.yml
git push origin main
```

**Step 3**: Verify Space Status
```
Visit: https://huggingface.co/spaces/DJ-Goana-Coding/Oppo-TIA
Status: Building → Running
```

### 8.4 Peripheral Node Setup

**Google Apps Script Node**:

1. Create new Google Apps Script project
2. Copy template from `Get_App_Script_Template | time_based`
3. Deploy as web app (Execute as: Me, Who has access: Anyone)
4. Copy deployment URL
5. Register with TIA: `Register_Peripheral_Node | node1 | <url> | scheduler`

---

## 9. TROUBLESHOOTING

### 9.1 ISO 20022 Conversion Errors

**Problem**: `ISO20022_CONVERSION_FAILED`

**Possible Causes**:
- Invalid XRP transaction format
- Missing required fields
- Unsupported message type

**Solution**:
```bash
# Verify XRP data structure
echo '{"Account": "rN7n7...", "Amount": "100000000"}' | jq .

# Check supported message types
Librarian_Query | iso20022 | banking_standards
```

### 9.2 Tunnel Health Failures

**Problem**: `TUNNEL_CHECK_FAILED` or `status: UNHEALTHY`

**Possible Causes**:
- Tunnel service down
- Network connectivity issues
- Expired authentication tokens

**Solution**:
```bash
# Check specific tunnel
Check_Tunnel_Integrity | node08_diode

# Verify endpoint accessibility
curl -v https://node08.example.com/health

# Re-register tunnel with updated credentials
```

### 9.3 Peripheral Node Trigger Timeout

**Problem**: `APPSCRIPT_TRIGGER_FAILED` or no response from node

**Possible Causes**:
- App Script execution limit exceeded (6 min)
- Invalid script URL
- Webhook endpoint not responding

**Solution**:
```bash
# Verify script URL
curl -X POST "https://script.google.com/macros/s/ABC123/exec"

# Check node registration
# (Query Librarian for registered peripheral nodes)

# Re-register with correct URL
Register_Peripheral_Node | node1 | <correct_url> | scheduler
```

---

## 10. INTEGRATION EXAMPLES

### 10.1 End-to-End Banking Transaction

**Scenario**: Convert XRP payment from pioneer-trader to ISO 20022 bank wire

```python
# Step 1: Receive XRP telemetry from pioneer-trader
xrp_payment = {
    "Account": "rN7n7otQDd6FczFgLdlqtyMVrn3z1F4GHz",
    "Destination": "rLHzPsX6oXkzU9rFYzJkBvGtTEcT6nHEKr",
    "Amount": "500000000",  # 500 XRP
    "Fee": "12",
    "TransactionType": "Payment",
    "hash": "XRP789ABC"
}

# Step 2: Convert to ISO 20022 pacs.008
command = f"XRP_To_ISO20022 | {json.dumps(xrp_payment)} | pacs.008"
response = qgtnl_process(command, None)

# Step 3: Extract ISO 20022 message
iso_message = json.loads(response)["iso20022"]["iso20022_message"]

# Step 4: Transmit via banking API (pseudo-code)
bank_api.send_wire_transfer(iso_message)
```

### 10.2 Automated Fleet Health Report

**Scenario**: Trigger App Script to generate daily fleet health report

```python
# Step 1: Register scheduler node
Register_Peripheral_Node | daily_health_report | https://script.google.com/macros/s/REPORTER123/exec | scheduler

# Step 2: Prepare trigger data
trigger_data = {
    "report_date": "2026-04-16",
    "include_sections": ["fleet_summary", "dead_nodes", "tunnel_health"]
}

# Step 3: Trigger App Script
Trigger_App_Script | daily_health_report | {json.dumps(trigger_data)}

# Step 4: App Script executes:
# - Queries Librarian for fleet status
# - Checks tunnel integrity
# - Generates PDF report
# - Emails to stakeholders
```

### 10.3 Node 08 Data Diode Verification

**Scenario**: Verify S10/Ute hardware telemetry reaches Core securely

```python
# Step 1: Verify diode integrity
Verify_Node08_Diode

# Step 2: Check response
response = json.loads(qgtnl_process("Verify_Node08_Diode", None))

if response["node08_diode"]["status"] == "OPERATIONAL":
    # Step 3: Verify one-way flow
    assert response["node08_diode"]["reverse_channel"] == "BLOCKED"

    # Step 4: Confirm encryption
    assert response["node08_diode"]["encryption"] == "AlphaNex"

    # Step 5: Check integrity score
    if response["node08_diode"]["integrity_score"] >= 9293:
        print("✅ Node 08 diode operational and secure")
else:
    print("⚠️ Node 08 diode requires attention")
```

---

## APPENDIX A: ISO 20022 Message Templates

### pacs.008 (Credit Transfer)
```xml
<FIToFICstmrCdtTrf>
  <GrpHdr>
    <MsgId>XRP-{HASH}</MsgId>
    <CreDtTm>{TIMESTAMP}</CreDtTm>
    <NbOfTxs>1</NbOfTxs>
  </GrpHdr>
  <CdtTrfTxInf>
    <PmtId>
      <InstrId>XRP-{HASH}</InstrId>
      <EndToEndId>XRP-{HASH}</EndToEndId>
    </PmtId>
    <IntrBkSttlmAmt Ccy="XRP">{AMOUNT}</IntrBkSttlmAmt>
    <Dbtr><Nm>{ACCOUNT}</Nm></Dbtr>
    <Cdtr><Nm>{DESTINATION}</Nm></Cdtr>
  </CdtTrfTxInf>
</FIToFICstmrCdtTrf>
```

### camt.053 (Bank Statement)
```xml
<BkToCstmrStmt>
  <GrpHdr>
    <MsgId>XRP-STMT-{DATE}</MsgId>
    <CreDtTm>{TIMESTAMP}</CreDtTm>
  </GrpHdr>
  <Stmt>
    <Id>{ACCOUNT}</Id>
    <Bal>
      <Tp><Cd>OPBD</Cd></Tp>
      <Amt Ccy="XRP">{BALANCE}</Amt>
    </Bal>
  </Stmt>
</BkToCstmrStmt>
```

---

## APPENDIX B: Peripheral Node App Script Template

```javascript
// Google Apps Script Template — Time-based Reporter
// Generated by: Get_App_Script_Template | time_based

function doPost(e) {
  var data = JSON.parse(e.postData.contents);

  // Extract trigger data
  var reportDate = data.report_date || new Date().toISOString().split('T')[0];

  // Query TIA Librarian (requires TIA API endpoint)
  var tiaEndpoint = "https://tia-architect-core.hf.space";
  var librarianQuery = {
    command: "Librarian_Query | * | fleet_summary"
  };

  var response = UrlFetchApp.fetch(tiaEndpoint, {
    method: "post",
    payload: JSON.stringify(librarianQuery),
    contentType: "application/json"
  });

  var fleetData = JSON.parse(response.getContentText());

  // Generate report
  var report = generateReport(fleetData, reportDate);

  // Send email (example)
  MailApp.sendEmail({
    to: "fleet-admin@example.com",
    subject: "Daily Fleet Health Report - " + reportDate,
    body: report
  });

  return ContentService.createTextOutput(JSON.stringify({
    status: "SUCCESS",
    execution_id: "exec_" + Date.now()
  })).setMimeType(ContentService.MimeType.JSON);
}

function generateReport(fleetData, reportDate) {
  var report = "FLEET HEALTH REPORT\\n";
  report += "Date: " + reportDate + "\\n\\n";
  report += "Fleet Name: " + fleetData.fleet_name + "\\n";
  report += "Active Repositories: " + fleetData.active_repositories + "/" + fleetData.total_repositories + "\\n";
  report += "Dead Nodes: " + fleetData.dead_nodes + "\\n";
  return report;
}
```

---

## MISSION COMPLETION CHECKLIST

- [x] ISO 20022 Handler implemented (pacs.008, camt.053, pain.001, pain.002, camt.056)
- [x] XRP to ISO 20022 conversion pipeline
- [x] Tunnel Integrity Checker (Cloudflare, Ngrok, SSH, VPN, LocalTunnel, custom)
- [x] Node 08 data diode verification
- [x] App Script Bridge (peripheral nervous system)
- [x] Peripheral node registration & triggering
- [x] Librarian RAG enhanced with banking domain standards
- [x] AlphaNex encryption integrated
- [x] SovereignFilter applied to banking I/O
- [x] Command handlers integrated into app.py
- [x] Comprehensive documentation created

**TIA-ARCHITECT-CORE v22.2154 STATUS**: ✅ **MISSION COMPLETE**

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**OMNI_CONNECTIVITY_MAP**: `omni_connectivity_map.json`
**STABILITY TARGET**: 9,293
**FREQUENCY**: 144Hz
**ENCRYPTION**: AlphaNex (Quantum-Resistant)

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*Generated by TIA-ARCHITECT-CORE • MISSION_SPEC v22.2154 • 2026-04-16*