Admin Guide¶

Overview¶

The AIDDDMAP Admin Dashboard provides comprehensive oversight of the entire platform, including marketplace management, user monitoring, data source registry, and system logs. This guide details the features and functionalities available to administrators.

Core Features¶

1. Marketplace Management¶

Item Management:
Create, edit, and delete marketplace items
Configure encryption requirements (FHE, AES, ZK)
Set pricing and availability
Manage item categories and tags
Monitor item performance metrics
Real-time updates for item status changes
Batch Operations:
Bulk update items
Mass enable/disable features
Batch verification processes
Export functionality for item data

2. User Management¶

User Overview:
View total and active users
Monitor connected wallets
Track encryption key usage
View user activity logs
Real-time user status updates
User Controls:
Manage roles and permissions
Suspend/activate accounts
View connected data streams
Monitor encryption settings
Export user analytics

3. Data Source Registry¶

Source Management:
Add and configure external data sources
Monitor source health and status
Set encryption requirements
Configure reward tokens
Real-time health monitoring
Integration Settings:
API endpoint configuration
Authentication settings
Data field mapping
Encryption type selection
WebSocket integration for live updates

4. System Monitoring¶

Performance Metrics:
CPU and memory usage (real-time)
Network performance
Storage capacity
Encryption overhead
WebSocket connection status
Error Tracking:
Real-time error logs
Stack traces for debugging
User-friendly error messages
Error resolution tracking
Automated error categorization

5. Audit Logs¶

Activity Tracking:
User actions (real-time)
System events
Security incidents
Performance issues
WebSocket streaming for live updates
Log Management:
Filter by component, status, or date range
Advanced search functionality
Export capabilities (CSV, JSON)
Date range selection
Real-time log streaming

Testing Tools¶

1. User Simulation¶

Impersonate User:
Experience platform as specific users
Test user-specific features
Verify encryption settings
Check wallet integration
Automated test scenarios
Device Testing:
Simulate new device connections
Test data stream integration
Verify encryption handshakes
Monitor performance metrics
Automated connection testing

2. Scenario Testing¶

Encryption Scenarios:
Test encryption type changes
Verify key rotation
Monitor encryption performance
Test error handling
Automated encryption tests
Data Flow Testing:
Verify marketplace integration
Test token distribution
Check wallet transactions
Monitor system logs
Automated flow validation

3. Automated Testing Suite¶

Component Tests:
Marketplace management tests
User management tests
Audit log tests
System monitoring tests
Real-time update tests
Integration Tests:
WebSocket connection tests
API endpoint tests
Authentication flow tests
Error handling tests
Performance benchmark tests
End-to-End Tests:
User journey tests
Data flow tests
Encryption scenario tests
Marketplace operation tests
System health tests

Best Practices¶

1. Performance Monitoring¶

Regularly check system metrics
Monitor encryption overhead
Track API response times
Review error logs
Monitor WebSocket performance

2. Security¶

Rotate admin access keys
Review audit logs
Monitor encryption status
Check authentication logs
Regular security testing

3. Maintenance¶

Regular backup verification
System health checks
Error log review
Performance optimization
WebSocket connection monitoring

QA Checklist¶

1. Data Source Integration¶

[ ] Add new data source
[ ] Configure encryption settings
[ ] Set reward tokens
[ ] Verify marketplace listing
[ ] Test user connection
[ ] Monitor system logs
[ ] Verify WebSocket updates

2. User Flow Testing¶

[ ] User registration
[ ] Wallet connection
[ ] Data source connection
[ ] Encryption configuration
[ ] Token distribution
[ ] Error handling
[ ] Real-time updates

3. System Health¶

[ ] CPU usage normal
[ ] Memory usage stable
[ ] Network performance good
[ ] Storage capacity sufficient
[ ] Error rates acceptable
[ ] Logs properly generated
[ ] WebSocket connections stable

Troubleshooting¶

Common Issues¶

High CPU Usage
Check active connections
Monitor encryption processes
Review background tasks
Check WebSocket load
Memory Leaks
Monitor memory allocation
Check garbage collection
Review active processes
Monitor WebSocket connections
Encryption Errors
Verify key availability
Check encryption settings
Monitor error logs
Test encryption scenarios
WebSocket Issues
Check connection status
Monitor message queue
Verify client connectivity
Review error logs

Future Enhancements¶

Advanced Analytics
Machine learning insights
Predictive maintenance
Automated optimization
Real-time analytics streaming
Enhanced Security
Hardware security modules
Advanced encryption options
Automated threat detection
Real-time security monitoring
Automation
Automated backups
Smart alerting
Self-healing capabilities
Automated testing pipelines

API Documentation¶

WebSocket API¶

The platform uses WebSocket connections for real-time updates:

const ws = new WebSocket(process.env.NEXT_PUBLIC_WS_URL);

// Subscribe to channels
ws.send(JSON.stringify({
  type: 'subscribe',
  channels: ['audit-logs', 'system-health']
}));

// Handle messages
ws.onmessage = (event) => {
  const data = JSON.parse(event.data);
  switch(data.type) {
    case 'audit-log':
      // Handle new audit log
      break;
    case 'system-health':
      // Update health metrics
      break;
  }
};

REST API¶

The platform provides REST endpoints for various operations:

// Fetch audit logs
GET /api/audit-logs
Query params: {
  component?: string;
  status?: string;
  dateRange?: string;
}

// Manage marketplace items
POST /api/marketplace/items
PUT /api/marketplace/items/:id
DELETE /api/marketplace/items/:id

// System health
GET /api/system/health

Testing Documentation¶

Running Tests¶

# Run all tests
npm test

# Run specific test suite
npm test -- marketplace
npm test -- audit
npm test -- system

# Run with coverage
npm test -- --coverage

Test Scenarios¶

Marketplace Tests
Item CRUD operations
Encryption configuration
Validation rules
Error handling
Audit Log Tests
Log filtering
WebSocket updates
Export functionality
Search capabilities
System Tests
Health monitoring
Performance metrics
WebSocket stability
Error recovery

Real-time Communication¶

WebSocket Integration¶

The platform uses WebSocket connections for real-time updates with advanced features:

Heartbeat Mechanism: Regular ping/pong messages ensure connection health
Message Queuing: Batched processing of messages to prevent overwhelming the UI
Reconnection Strategy: Exponential backoff for connection retries
Channel Subscription: Subscribe to specific event types
Error Handling: Robust error handling and logging

WebSocket Message Types¶

interface WebSocketMessage {
  type: string;      // Message type (audit-log, system-health, ping, pong, error)
  payload: any;      // Message data
  timestamp: string; // ISO timestamp
  id: string;        // Unique message ID
}

WebSocket Implementation¶

// Initialize WebSocket
const ws = new WebSocket(process.env.NEXT_PUBLIC_WS_URL);

// Subscribe to channels
ws.send(JSON.stringify({
  type: 'subscribe',
  channels: ['audit-logs', 'system-health'],
  timestamp: new Date().toISOString(),
  id: crypto.randomUUID()
}));

// Handle messages
ws.onmessage = (event) => {
  const message: WebSocketMessage = JSON.parse(event.data);
  switch(message.type) {
    case 'audit-log':
      // Handle audit log
      break;
    case 'system-health':
      // Update health metrics
      break;
    case 'pong':
      // Update connection status
      break;
  }
};

// Heartbeat
setInterval(() => {
  if (ws.readyState === WebSocket.OPEN) {
    ws.send(JSON.stringify({
      type: 'ping',
      timestamp: new Date().toISOString(),
      id: crypto.randomUUID()
    }));
  }
}, 30000);

Performance Management¶

Optimization Guidelines¶

The platform enforces strict performance requirements:

Initial Load
Dashboard should render within 100ms
Marketplace items should load within 500ms
Audit logs should display within 1000ms
Real-time Updates
WebSocket messages processed within 50ms
UI updates should complete within 16ms (60fps)
Message queue should process 10 items per second
Memory Usage
Heap usage should not increase by more than 10MB during normal operation
No memory leaks during rapid component updates
Efficient garbage collection

Testing Framework¶

The platform includes comprehensive testing capabilities:

Component Tests¶

describe("Performance Tests", () => {
  // Component render time
  it("should render within 100ms");

  // Data handling
  it("should handle 1000 log entries efficiently");
  it("should process WebSocket messages quickly");

  // Memory usage
  it("should not leak memory");

  // Filter operations
  it("should handle rapid filter changes");
});

Test Execution¶

# Run all performance tests
npm test -- performance

# Run specific performance suite
npm test -- "AuditPage Performance"
npm test -- "MarketplacePage Performance"

# Run with coverage
npm test -- --coverage

Monitoring and Alerts¶

WebSocket connection status
Message queue length
Processing latency
Memory usage

Alert Thresholds¶

Connection drops > 3 times in 5 minutes
Message queue > 100 items
Processing time > 100ms
Memory increase > 10MB

Future Roadmap¶

WebSocket Enhancements¶

Binary message support
Compression
Multiple channel subscriptions
Custom retry strategies

Performance Improvements¶

Worker thread processing
Shared worker for WebSocket
IndexedDB for message persistence
Service Worker caching

Testing Evolution¶

Automated performance benchmarks
Visual regression testing
Network condition simulation
Load test automation