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Device Control

Aida Platform provides comprehensive control over all smart building devices, from basic lighting to complex HVAC systems.

Supported Device Types​

🔌 FMP (Fault Managed Power) Devices​

  • Class 4 Power Systems: High-voltage power distribution
  • Fault Detection: Real-time fault monitoring and reporting
  • Power Management: Load balancing and optimization
  • Safety Features: Automatic shutdown on fault conditions

🌐 Network Switches​

  • Cisco Integration: Full support for Cisco Catalyst switches
  • PoE Management: Power over Ethernet control and monitoring
  • Port Management: Individual port control and configuration
  • Network Monitoring: Traffic analysis and performance metrics

��️ HVAC Systems​

  • Temperature Control: Precise temperature setpoint management
  • Fan Speed Control: Variable speed fan operation
  • Zone Control: Individual zone temperature management
  • Scheduling: Time-based temperature profiles
  • Energy Optimization: AI-driven efficiency improvements

💡 Lighting Systems​

  • Dimmer Control: Smooth brightness adjustment
  • Color Control: RGB and tunable white lighting
  • Scene Control: Predefined lighting scenes
  • Occupancy Sensing: Automatic on/off based on presence
  • Daylight Harvesting: Automatic adjustment based on natural light

🪟 Window Shades​

  • Position Control: Precise shade positioning
  • Tilt Control: Individual slat angle adjustment
  • Scheduling: Time-based shade operation
  • Sun Tracking: Automatic adjustment based on sun position
  • Privacy Modes: Quick privacy and presentation settings

🪑 Smart Desks​

  • Height Adjustment: Electric sit-stand desk control
  • Memory Positions: Save and recall preferred heights
  • Usage Tracking: Monitor desk usage patterns
  • Health Reminders: Encourage movement and posture changes
  • Integration: Connect with lighting and HVAC systems

📊 Sensors​

  • Environmental: Temperature, humidity, air quality
  • Occupancy: Motion detection and people counting
  • Light: Ambient light level monitoring
  • Noise: Sound level monitoring
  • Energy: Power consumption measurement

Device Control Interface​

Control Panel Layout​

┌─────────────────────────────────────────┐
│ Device Name: Reception Light            │
├─────────────────────────────────────────┤
│ Status: ● Online    Power: ● On         │
│ Brightness: ████████░░ 80%              │
│ Color: #FFFFFF (White)                  │
├─────────────────────────────────────────┤
│ [Power] [Brightness] [Color] [Scene]    │
└─────────────────────────────────────────┘

Quick Actions​

  • Power Toggle: Instant on/off control
  • Brightness Slider: Smooth dimming control
  • Scene Buttons: One-click lighting scenes
  • Preset Controls: Save and recall settings

Advanced Control Features​

1. Batch Operations​

Control multiple devices simultaneously:

// Turn off all lights in a zone
await aida.devices.lights.batchControl({
  zone: 'open-office',
  action: 'turnOff'
});

// Set all HVAC units to energy saving mode
await aida.devices.hvac.batchControl({
  action: 'setMode',
  mode: 'energy-save',
  temperature: 22
});

2. Scene Management​

Create and manage lighting scenes:

// Create a meeting scene
const meetingScene = {
  name: 'Meeting Mode',
  devices: {
    lights: { brightness: 100, color: 'cool-white' },
    shades: { position: 'closed' },
    hvac: { temperature: 21, fanSpeed: 'medium' }
  }
};

// Apply scene
await aida.scenes.apply('meeting-mode');

3. Scheduling​

Set up time-based device control:

// Office hours lighting schedule
const schedule = {
  name: 'Office Hours',
  devices: ['reception-light', 'office-lights'],
  schedule: {
    weekdays: {
      start: '08:00',
      end: '18:00',
      action: 'turnOn'
    },
    weekends: {
      action: 'turnOff'
    }
  }
};

Device Status Monitoring​

Real-time Status​

  • Online/Offline: Device connectivity status
  • Power State: Current power consumption
  • Performance: Response time and reliability
  • Health: Device health indicators

Status Indicators​

🟢 Online    - Device is connected and responding
🟡 Warning   - Device has minor issues
🔴 Offline   - Device is disconnected
⚪ Unknown   - Status cannot be determined

Health Monitoring​

  • Response Time: Track device response times
  • Error Rate: Monitor communication errors
  • Uptime: Track device availability
  • Maintenance: Schedule maintenance based on usage

Integration Capabilities​

Protocol Support​

  • BACnet: Building automation standard
  • MQTT: IoT messaging protocol
  • Modbus: Industrial communication
  • HTTP/HTTPS: RESTful API communication
  • WebSocket: Real-time bidirectional communication

Device Discovery​

// Auto-discover devices on the network
const discoveredDevices = await aida.devices.discover({
  protocol: 'bacnet',
  timeout: 30000
});

// Add discovered devices
for (const device of discoveredDevices) {
  await aida.devices.add(device);
}

Custom Device Types​

// Define custom device type
const customDevice = {
  type: 'custom-sensor',
  name: 'Air Quality Sensor',
  properties: {
    pm25: { type: 'number', unit: 'μg/m³' },
    pm10: { type: 'number', unit: 'μg/m³' },
    co2: { type: 'number', unit: 'ppm' }
  },
  controls: {
    calibration: { type: 'function' },
    reset: { type: 'function' }
  }
};

Mobile Control​

Mobile App Features​

  • Quick Controls: Swipe gestures for common actions
  • Voice Control: "Turn on the lights" voice commands
  • Location Awareness: Automatic control based on location
  • Offline Mode: Control devices without internet connection

Mobile Interface​

┌─────────────────┐
│ 🏢 My Building  │
├─────────────────┤
│ �� Lights       │
│ 🌡️ HVAC         │
│ 🪟 Shades       │
│ 📊 Sensors      │
└─────────────────┘

Troubleshooting​

Common Issues​

  1. Device Not Responding

    • Check network connectivity
    • Verify device power
    • Review device logs
    • Try device reset

  2. Slow Response Times

    • Check network latency
    • Verify device performance
    • Review system load
    • Optimize network settings

  3. Inconsistent Control

    • Check device firmware
    • Verify protocol compatibility
    • Review control settings
    • Update device drivers

Debug Tools​

  • Device Logs: View detailed device communication logs
  • Network Monitor: Monitor network traffic and performance
  • Protocol Analyzer: Analyze communication protocols
  • Performance Metrics: Track response times and reliability

Best Practices​

1. Device Organization​

  • Group devices by zone or function
  • Use descriptive naming conventions
  • Implement consistent control patterns
  • Document device configurations

2. Control Strategies​

  • Use scenes for common combinations
  • Implement gradual changes for comfort
  • Set appropriate timeouts and limits
  • Provide user feedback for all actions

3. Performance Optimization​

  • Batch operations when possible
  • Cache frequently accessed data
  • Use efficient communication protocols
  • Monitor and optimize response times

Next Steps​

Ready to control your devices? Start with our Quick Start Guide or explore the API Reference for advanced integration.