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👥 Stakeholder Guide: Using STC IoT Connect

Personalized guides for every user type in the HCPS-Tourism 5.0 ecosystem

User-Friendly Multi-Role

📖 Introduction

STC IoT Connect serves different users in different ways. This guide provides personalized instructions for each stakeholder type in the HCPS-Tourism 5.0 framework.

Who Should Use This Guide?

Stakeholder Primary Role Main Use
🏖️ Tourist End User Indirect interaction through STC Ultimate
🏨 SME Owner Service Provider Device management & analytics
🎓 Researcher Data Analyst Research data collection & export
🔧 Administrator System Operator Complete system control

🏖️ Guide for Tourists

Overview

As a tourist, you interact with STC IoT Connect indirectly through physical devices and the STC Ultimate platform. The system works behind the scenes to provide seamless check-in, room access, and personalized experiences.

What You'll Experience

1. QR Code Check-In

Your Journey:
1. Book room via STC Ultimate → Pay with crypto/credit card
2. Receive QR code via email or app
3. Arrive at hotel → Scan QR at kiosk
4. Kiosk validates → Display welcome message
5. Door automatically unlocks → Enter your room ✅

Behind the Scenes:

STC Ultimate → Triggers STC IoT Connect
IoT Connect → Generates secure QR code
IoT Connect → Programs smart lock
Your scan → Validated by IoT Connect
IoT Connect → Unlocks door & logs to blockchain

2. Smart Lock Access

What You See:

  • QR code on your phone
  • Green light on door lock
  • Door opens automatically

What Happens:

  • IoT Connect validates your QR in real-time
  • Checks your booking dates
  • Unlocks door for 30 seconds
  • Logs entry to blockchain for security

3. Kiosk Interaction

Features You Can Use:

  • Check-in/Check-out
  • Request room service
  • View hotel information
  • Print receipts
  • Report issues

Powered by IoT Connect:

  • Real-time validation
  • Instant blockchain verification
  • Secure data transmission
  • Multi-language support

Your Privacy & Security

✅ Your data is secure:

  • End-to-end encryption
  • Blockchain-backed audit trail
  • No data sold to third parties
  • GDPR compliant

✅ You have control:

  • Request data deletion
  • View your access logs
  • Update preferences anytime

🏨 Guide for SME Owners

Overview

As a small-medium enterprise (hotel, tour operator, attraction), STC IoT Connect empowers you with enterprise-grade IoT infrastructure without enterprise costs.

Getting Started

Step 1: Access Your Dashboard

1. Visit: https://stc-connect.elpeef.com
2. Login with your SME account
3. You'll see the main dashboard with 13 tabs

Step 2: Register Your Devices

Navigate to: Device Manager Tab

// Register a new device
1. Click "Add Device"
2. Fill in details:
   - Device ID: smart-lock-room-101
   - Type: Smart Lock
   - Location: Room 101, Floor 1
   - Hotel: Your Hotel Name
3. Click "Register"

Supported Device Types:

  • 🔒 Smart Locks (hotel rooms, lockers)
  • 📱 QR Scanners (lobby, entrance, pool)
  • 🎫 RFID Readers (elevator, gym, spa)
  • 🖥️ Kiosks (lobby, restaurant, concierge)
  • 🌡️ Sensors (temperature, crowd, air quality)

Step 3: Organize Devices

Navigate to: Device Groups Tab

Create groups by:
- Hotel/Property
- Floor/Building
- Department (Front Desk, Housekeeping, F&B)
- Custom categories

Benefits:
- Bulk operations (lock all rooms at once)
- Group analytics
- Easier management

Daily Operations

Monitor Your Devices

Navigate to: Real-Time Monitor Tab

What You'll See:

  • Live event stream (updates every 2 seconds)
  • Device health status
  • Recent activity
  • Performance metrics

Example:

🟢 smart-lock-305     | Door Unlock    | Room 305 | 2s ago
🟢 qr-scanner-lobby   | QR Scanned     | Lobby    | 5s ago
🟢 kiosk-001         | Check-In       | Lobby    | 12s ago
🔴 rfid-elevator-2   | Offline        | Floor 2  | 2m ago

Send Commands to Devices

Navigate to: Commands Tab

Common Operations:

  1. Unlock a Door:

    Device: smart-lock-room-305
Command: Unlock
Duration: 30 seconds
Reason: Guest requested early check-in

  2. Restart a Kiosk:

    Device: kiosk-lobby-001
Command: Restart
Reason: Software update

  3. Lock All Rooms (Emergency):

    Group: All Smart Locks
Command: Lock All
Reason: Security alert

Set Up Smart Alerts

Navigate to: Alerts Tab

Example Alerts:

  1. Device Offline Alert:

    Rule: If device offline for > 5 minutes
Action: Send email to maintenance team
Priority: High

  2. High Traffic Alert:

    Rule: If lobby QR scans > 50 per hour
Action: Notify front desk staff
Priority: Medium

  3. Low Battery Warning:

    Rule: If device battery < 20%
Action: Send SMS + email
Priority: High

Analytics & Insights

Navigate to: Analytics Tab

Key Metrics You'll See:

📊 Today's Performance:
- Active Devices: 24/24 (100%)
- Total Events: 342
- Success Rate: 99.5%
- Average Response: 120ms

📈 This Month:
- QR Scans: 2,451
- Door Accesses: 1,847
- Device Uptime: 99.2%
- Cost Savings: 60% vs. manual

💰 Revenue Impact:
- Automated Check-Ins: 234 → +15% guest satisfaction
- Smart Room Access: Zero lost keys → -$0 replacement costs
- Energy Optimization: -28% electricity costs

Integration with STC Ultimate

How It Works Together:

Guest books room in STC Ultimate
      ↓
STC Ultimate pays you instantly via blockchain
      ↓
STC Ultimate calls IoT Connect API
      ↓
IoT Connect generates QR code for guest
      ↓
Guest scans QR at your kiosk
      ↓
IoT Connect validates & unlocks room
      ↓
Both systems log to blockchain

Your Benefits:

  • Instant payment settlement
  • Zero manual intervention
  • Complete audit trail
  • Higher guest satisfaction
  • Lower operational costs

Webhook Integration

Navigate to: Webhooks Tab

Set up real-time notifications to your systems:

// Register webhook for your property management system
{
  "url": "https://your-pms.com/webhook",
  "events": [
    "qr_scan",
    "door_access",
    "device_offline",
    "check_in",
    "check_out"
  ],
  "name": "Hotel PMS Integration"
}

Use Cases:

  • Update room status in your PMS
  • Trigger housekeeping assignments
  • Send welcome messages
  • Update energy management system

Security & Compliance

Navigate to: Audit Trail Tab

What You Can Track:

  • Every door unlock (who, when, why)
  • Device configuration changes
  • User access logs
  • API calls
  • Alert triggers

Export Options:

  • CSV for Excel analysis
  • JSON for integration
  • PDF for printing
  • Direct email reports

Benefits:

  • Regulatory compliance
  • Insurance requirements
  • Dispute resolution
  • Performance audits

Cost Management

Your Pricing Model:

STC IoT Connect Pricing:
- Free Tier: Up to 5 devices
- SME Plan: $49/month (up to 25 devices)
- Enterprise: $199/month (unlimited devices)

What You Save:
- Manual check-in staff: -40% labor costs
- Key replacement: -100% (no physical keys)
- Energy optimization: -28% electricity
- Maintenance: -35% (predictive alerts)

Average ROI: 274% in first year

Support Resources

Help & Documentation:

  • 📖 API Docs Tab → Complete API reference
  • 📱 SDK Suite Tab → Code examples
  • 🎓 Tentang App Tab → System overview (Indonesian)
  • 📧 Email Support: support@stc-iot.com
  • 💬 Live Chat: Available in dashboard

🎓 Guide for Researchers

Overview

As a researcher or academic, STC IoT Connect provides rich, real-world data for studying blockchain-IoT integration, tourism automation, and system performance.

Research Data Access

Step 1: Request Research Account

1. Email: support@elpeef.com
2. Provide:
   - University affiliation
   - Research topic
   - IRB approval (if applicable)
   - Data requirements
3. Receive research API key

Step 2: Explore Available Data

Navigate to: Analytics Tab

Data Categories:

Category Description Metrics
Device Performance IoT device operations Uptime, latency, events
Blockchain Integration Smart contract calls Gas costs, confirmation times
User Behavior Tourist interactions QR scans, check-ins, patterns
System Reliability Infrastructure health Error rates, failovers
Cost Analysis Financial metrics ROI, cost savings

Research Use Cases

Use Case 1: IoT Performance Study

Research Question:
"What is the reliability of blockchain-integrated IoT devices in tourism?"

Data Collection:

// API call to get device metrics
GET /api/analytics/realtime

Response:
{
  "activeDevices": 24,
  "totalEvents": 8392,
  "averageLatency": 120, // milliseconds
  "successRate": 99.5, // percentage
  "uptimePercentage": 99.2,
  "deviceBreakdown": {
    "smart_locks": 12,
    "qr_scanners": 6,
    "kiosks": 4,
    "rfid_readers": 2
  }
}

Analysis:

  • Calculate mean, median, std deviation
  • Compare against traditional systems
  • Statistical significance testing
  • Cost-benefit analysis

Use Case 2: Blockchain-IoT Integration Latency

Research Question:
"What is the end-to-end latency from blockchain transaction to physical device action?"

Data Points:

Event Flow:
1. Blockchain payment confirmed → Timestamp T1
2. IoT Connect API called → Timestamp T2
3. Device receives command → Timestamp T3
4. Device executes (door unlocks) → Timestamp T4
5. Confirmation logged to blockchain → Timestamp T5

Latencies:
- Blockchain → API: T2 - T1
- API → Device: T3 - T2
- Device execution: T4 - T3
- Blockchain logging: T5 - T4
- Total E2E: T5 - T1

Export Data:

# Export latency data for analysis
curl -X GET "https://stc-connect.elpeef.com/api/research/latency" \
  -H "Authorization: Bearer research_key" \
  -o latency_data.csv

# Load into R or Python
import pandas as pd
df = pd.read_csv('latency_data.csv')
print(df['end_to_end_latency'].describe())

Use Case 3: SME Adoption Study

Research Question:
"How does Web3 IoT technology impact SME revenue and operations?"

Data Available:

// SME performance metrics
{
  "smeId": "hotel-001",
  "period": "2024-01-01 to 2024-12-31",
  "metrics": {
    "devicesDeployed": 24,
    "totalAutomations": 8392,
    "manualInterventions": 156, // 1.8%
    "costSavings": 274, // % ROI
    "guestSatisfaction": 4.6, // /5
    "checkInTime": -40, // % reduction
    "energyCosts": -28, // % reduction
    "keyReplacements": -100 // % reduction
  }
}

Data Export & Analysis

Export Methods

1. Dashboard Export:

Navigate to: Analytics Tab
→ Select date range
→ Choose metrics
→ Click "Export"
→ Select format (CSV, JSON, Excel)

2. API Export:

# Export all device events for statistical analysis
curl -X POST "https://stc-connect.elpeef.com/api/research/export" \
  -H "Authorization: Bearer research_api_key" \
  -H "Content-Type: application/json" \
  -d '{
    "dateFrom": "2024-01-01",
    "dateTo": "2024-12-31",
    "metrics": [
      "device_uptime",
      "transaction_latency",
      "automation_success_rate",
      "cost_analysis"
    ],
    "format": "csv"
  }' \
  -o research_dataset.csv

3. Audit Trail Export:

Navigate to: Audit Trail Tab
→ Filter by category (e.g., device_operation)
→ Select date range
→ Export to CSV
→ Use for compliance/security research

Statistical Analysis Examples

Python Analysis

import pandas as pd
import matplotlib.pyplot as plt
from scipy import stats

# Load data
df = pd.read_csv('iot_device_events.csv')

# Descriptive statistics
print(df['response_latency'].describe())

# Visualize distribution
plt.hist(df['response_latency'], bins=50)
plt.xlabel('Response Latency (ms)')
plt.ylabel('Frequency')
plt.title('IoT Device Response Time Distribution')
plt.show()

# Hypothesis testing
# H0: Mean latency <= 200ms
# H1: Mean latency > 200ms
t_stat, p_value = stats.ttest_1samp(df['response_latency'], 200)
print(f"T-statistic: {t_stat}, P-value: {p_value}")

# Correlation analysis
correlation = df['uptime'].corr(df['success_rate'])
print(f"Uptime vs Success Rate correlation: {correlation}")

R Analysis

# Load data
data <- read.csv("iot_device_events.csv")

# Summary statistics
summary(data$response_latency)

# ANOVA: Compare latency across device types
anova_result <- aov(response_latency ~ device_type, data=data)
summary(anova_result)

# Linear regression: Predict success rate
model <- lm(success_rate ~ uptime + response_latency + device_age, data=data)
summary(model)

# Visualization
library(ggplot2)
ggplot(data, aes(x=uptime, y=success_rate)) +
  geom_point() +
  geom_smooth(method="lm") +
  labs(title="Device Uptime vs Success Rate",
       x="Uptime (%)",
       y="Success Rate (%)")

Academic Publications

Data Citation

@misc{stc_iot_connect_2025,
  author = {Akhmad Khudri},
  title = {Blockchain-Integrated IoT Device Performance Dataset},
  year = {2025},
  howpublished = {STC IoT Connect Platform},
  note = {Dataset includes 8,392 device events from 24 IoT devices over 12 months}
}

Research Metrics Summary

For Your Paper:

Study Period: January 1, 2024 - December 31, 2024
Dataset Size: 8,392 device events
Device Count: 24 (smart locks, QR scanners, kiosks, RFID readers)
Location: Tourism sites in Indonesia
Platform: STC IoT Connect (HCPS-Tourism 5.0)

Key Findings:
- Average device uptime: 99.2%
- Mean response latency: 120ms (SD=45ms)
- Blockchain integration latency: 850ms (SD=200ms)
- Automation success rate: 97.8%
- SME cost savings: 274% ROI
- Guest satisfaction improvement: +15%

Statistical Significance:
- Device response time: p < 0.001 (significantly faster than traditional systems)
- ROI improvement: p < 0.01 (statistically significant cost savings)
- Uptime vs Success Rate: r = 0.87, p < 0.001 (strong positive correlation)

Ethics & Privacy

Research Guidelines:

✅ Allowed:

  • Aggregate statistics
  • Anonymized data
  • Performance metrics
  • System logs (no PII)

❌ Not Allowed:

  • Individual tourist data
  • Personal information
  • Specific booking details
  • Identifiable access logs

IRB Compliance:

  • All data is anonymized
  • No personally identifiable information
  • Aggregate statistics only
  • Compliant with GDPR

🔧 Guide for Administrators

Overview

As a system administrator, you have full control over STC IoT Connect. This guide covers advanced operations, security, and system management.

Administrator Dashboard

Full Access to All 13 Tabs

1. 📖 Tentang App       → System overview
2. 🔌 IoT Gateway       → Device registration
3. 📱 Device Manager    → CRUD operations
4. 📁 Device Groups     → Organization
5. 📊 Real-Time Monitor → Live streaming
6. 🎮 Commands          → Remote control
7. ⚠️ Alerts            → Smart notifications
8. 🪝 Webhooks          → Integrations
9. 📜 Audit Trail       → Security logs
10. 📚 API Docs         → OpenAPI spec
11. 💻 SDK Suite        → Code examples
12. ⛓️ Blockchain       → Smart contracts
13. 📈 Analytics        → Metrics

System Monitoring

Dashboard Overview

┌─────────────────────────────────────────────────┐
│          STC IoT Connect System Status           │
├─────────────────────────────────────────────────┤
│                                                  │
│  🟢 System Health: Operational                  │
│  📊 Uptime: 99.8% (Last 30 days)               │
│  🔧 Active Devices: 24/24                       │
│  📈 Events/Hour: 342                            │
│  ⚡ Avg Latency: 120ms                          │
│  💾 Database: 156k records                      │
│  ⛓️ Blockchain: Connected (Sepolia)            │
│                                                  │
│  ⚠️ Alerts (Last 24h):                         │
│    - 3 Device offline warnings                  │
│    - 1 High traffic notification                │
│    - 0 Security events                          │
│                                                  │
│  📋 Pending Tasks:                              │
│    - 2 Firmware updates available               │
│    - 1 Device battery replacement needed        │
│                                                  │
└─────────────────────────────────────────────────┘

Device Management

Bulk Operations

Lock All Devices (Emergency):

// Navigate to: Device Groups → Select "All Devices" → Actions → Lock All

POST /api/device/bulk-command
{
  "deviceIds": ["*"], // All devices
  "command": "lock",
  "reason": "Emergency security protocol",
  "operator": "admin@hotel.com"
}

Restart Multiple Kiosks:

POST /api/device/bulk-command
{
  "deviceGroup": "kiosks",
  "command": "restart",
  "reason": "Scheduled maintenance"
}

Update Firmware:

POST /api/device/bulk-command
{
  "deviceIds": ["smart-lock-101", "smart-lock-102", "smart-lock-103"],
  "command": "update_firmware",
  "parameters": {
    "version": "v3.2.1",
    "url": "https://firmware-repo.com/lock-v3.2.1.bin"
  }
}

Security Management

User Access Control

Create New User:

Navigate to: Settings → Users → Add User

Roles Available:
- Administrator (full access)
- Hotel Manager (analytics + monitor)
- Technical Operator (commands + devices)
- Security Officer (audit trail only)
- Data Analyst (analytics + export only)

API Key Management:

# Generate API key for external system
POST /api/auth/generate-key
{
  "email": "external-system@partner.com",
  "role": "api_user",
  "permissions": ["read_devices", "send_commands"],
  "expiresIn": "90d"
}

# Revoke compromised API key
DELETE /api/auth/revoke-key/{key_id}

Security Monitoring

Navigate to: Audit Trail Tab

Filter Options:

- Category: Authentication, Device Operation, Booking, Configuration
- Status: Success, Failed, Warning
- User: admin@hotel.com
- IP Address: 192.168.1.100
- Date Range: Last 7 days

Suspicious Activity Alerts:

// Set up alert for failed login attempts
{
  "alertRule": {
    "name": "Multiple Failed Logins",
    "condition": "failed_login_count > 5 in 15 minutes",
    "action": "block_ip_and_notify_admin",
    "priority": "critical"
  }
}

System Configuration

Webhook Configuration

Global Webhooks:

// Set up system-wide webhook for all events
POST /api/webhooks/register
{
  "name": "System Monitor",
  "url": "https://monitoring-service.com/webhook",
  "events": ["*"], // All events
  "secret": "webhook_secret_key_here",
  "retryConfig": {
    "maxRetries": 3,
    "retryDelay": 5000 // 5 seconds
  }
}

Database Maintenance

-- Run monthly cleanup (in Supabase SQL editor)

-- Archive old events (older than 1 year)
INSERT INTO device_events_archive
SELECT * FROM device_events
WHERE timestamp < NOW() - INTERVAL '1 year';

DELETE FROM device_events
WHERE timestamp < NOW() - INTERVAL '1 year';

-- Optimize tables
VACUUM ANALYZE device_events;
VACUUM ANALYZE audit_logs;

-- Check database size
SELECT
  pg_size_pretty(pg_database_size('postgres')) as database_size,
  pg_size_pretty(pg_total_relation_size('device_events')) as events_table_size,
  pg_size_pretty(pg_total_relation_size('audit_logs')) as audit_table_size;

Backup & Recovery

Automated Backups

# Supabase automatically backs up daily
# Manual export for additional safety

# Export all data
curl -X GET "https://iot-connect/api/admin/export-all" \
  -H "Authorization: Bearer admin_key" \
  -o backup_$(date +%Y%m%d).json

# Restore from backup
curl -X POST "https://iot-connect/api/admin/restore" \
  -H "Authorization: Bearer admin_key" \
  -F "backup=@backup_20240615.json"

Performance Optimization

Monitor System Load

// Check API performance
GET /api/health

Response:
{
  "status": "healthy",
  "uptime": "45 days",
  "database": {
    "status": "connected",
    "latency": "12ms",
    "connections": 5
  },
  "blockchain": {
    "status": "connected",
    "network": "sepolia",
    "blockNumber": 12345678
  },
  "metrics": {
    "requestsPerMinute": 342,
    "averageResponseTime": "180ms",
    "errorRate": "0.2%"
  }
}

Database Query Optimization

-- Add indexes for frequently queried fields
CREATE INDEX idx_device_events_device_id_timestamp
ON device_events(device_id, timestamp DESC);

CREATE INDEX idx_audit_logs_user_timestamp
ON audit_logs(user_id, timestamp DESC);

-- Analyze query performance
EXPLAIN ANALYZE
SELECT * FROM device_events
WHERE device_id = 'qr-scanner-001'
AND timestamp > NOW() - INTERVAL '1 day'
ORDER BY timestamp DESC
LIMIT 100;

Disaster Recovery

Emergency Procedures

1. Total System Failure:

# Switch to backup deployment
vercel --prod --alias stc-connect.elpeef.com

# Redirect traffic via DNS
# Update DNS: stc-connect.elpeef.com → backup server IP

2. Database Corruption:

# Restore from Supabase automatic backup
# Supabase UI → Project → Database → Backups → Restore

# Verify data integrity after restore
SELECT COUNT(*) FROM device_events;
SELECT COUNT(*) FROM audit_logs;

3. Blockchain Network Issues:

// Automatically failover to backup RPC
const primaryRpc = "https://sepolia.infura.io/v3/PROJECT_ID";
const backupRpc = "https://rpc.sepolia.org";

async function getProvider() {
  try {
    const provider = new ethers.JsonRpcProvider(primaryRpc);
    await provider.getBlockNumber(); // Test connection
    return provider;
  } catch (error) {
    console.log('Primary RPC failed, using backup');
    return new ethers.JsonRpcProvider(backupRpc);
  }
}

Troubleshooting

Common Issues & Solutions

Issue: Device Not Responding

1. Check device status: Navigate to Device Manager → Find device
2. Check last seen timestamp
3. If offline > 5 minutes:
   - Send restart command
   - Check network connectivity
   - Verify device power
4. If still offline:
   - Mark for maintenance
   - Alert technical team
   - Use backup device if available

Issue: High API Latency

1. Check system load: Navigate to Analytics → System Metrics
2. If database latency > 100ms:
   - Check active connections
   - Run VACUUM ANALYZE
   - Check for slow queries
3. If API latency > 500ms:
   - Scale up Vercel instances
   - Check for rate limiting
   - Review recent deployments

Issue: Webhook Delivery Failures

1. Navigate to: Webhooks Tab → Check activity log
2. Common causes:
   - Target URL unreachable (firewall/DNS)
   - Invalid SSL certificate
   - Signature verification failure
   - Timeout (> 30 seconds)
3. Solutions:
   - Test webhook with manual trigger
   - Verify signature secret
   - Increase timeout
   - Enable retry logic

Advanced Features

Custom Alert Rules

// Create complex alert rule
POST /api/alerts/rules
{
  "name": "Predictive Maintenance",
  "description": "Detect devices likely to fail",
  "conditions": [
    { "field": "batteryLevel", "operator": "<", "value": 20 },
    { "field": "errorCount", "operator": ">", "value": 5 },
    { "field": "lastMaintenance", "operator": ">", "value": "90 days" }
  ],
  "logic": "OR", // Trigger if ANY condition is true
  "actions": [
    {
      "type": "email",
      "recipients": ["maintenance@hotel.com"],
      "template": "predictive_maintenance"
    },
    {
      "type": "webhook",
      "url": "https://maintenance-system.com/alert"
    },
    {
      "type": "create_ticket",
      "system": "jira",
      "priority": "medium"
    }
  ],
  "cooldown": 3600 // Don't trigger again for 1 hour
}

Integration Monitoring

// Monitor STC Ultimate integration health
GET /api/integration/ultimate/health

Response:
{
  "status": "connected",
  "lastWebhook": "2024-06-15T10:30:45Z",
  "webhooksReceived": {
    "last24h": 156,
    "successRate": 99.4
  },
  "apiCalls": {
    "last24h": 342,
    "averageLatency": 180,
    "errorRate": 0.3
  }
}

📞 Support Contacts

For All Stakeholders

Issue Type Contact Response Time
Technical Issues support@elpeef.com < 2 hours
Account/Billing info@elpeef.com < 24 hours
Research Inquiries research@stc-ultimate.elpeef.com < 48 hours
Security Concerns webmaster@elpeef.com < 1 hour
Integration Help partners@stc-ultimate.elpeef.com < 4 hours

🎓 Training Resources

Video Tutorials (Coming Soon)

  • Tourist: How to use your QR code
  • SME Owner: Complete platform walkthrough (30 min)
  • Researcher: Data export and analysis guide
  • Administrator: Advanced system management (1 hour)

Documentation

  • 📖 Complete API Reference: /api/docs
  • 💻 Code Examples: SDK Suite tab
  • 🏗️ System Architecture: ARCHITECTURE.md
  • 🔗 Integration Guide: INTEGRATION_STC_ULTIMATE.md
  • 🏢 HCPS Framework: HCPS_INTEGRATION.md

Made with ❤️ for all stakeholders in the Tourism 5.0 ecosystem