Research Article

Designing Efficient Smart Home Management with IoT Smart Lighting: A Case Study

Table 1

Comparison of principal characteristics of the most relevant smart home technologies.

Ref.ServerCommunicationNode hardwareSensorsPurposePricesSecurityApplication

[15]AndroidX10, ZigBeeArduinoLight and switch modulesEnergy efficient & remote control home environmentNANoOpen-source code
[16]NAZigBeeCC2530NAHome control>$1000NAOpen-source code
[17]NAWi-Fi, ZigBeeA20 SoCLight, door, temperatureHome control>$500NAOpen-source code
[18]NAWi-Fi, IRNADust sensorSmart home management>$500NAOpen-source code
[19]Raspberry Pi 2+Wi-FiESP8266NARemote control home environment>$500NoOpen-source code
[20]PCWi-FiESP8266Luminosity, LDR sensors, LED, and buzzerRemote control home environment>$1000NoOpen-source code
[21]Raspberry PiWi-Fi, ZigBeeESP8266PIR, humidity, temperature sensorsRemote control home environment>$500NoOpen-source code
[22]XP8000Wi-Fi, ZigBeeNALight switch, light dimmer, and light sensorsLED lighting system>$1000NoOpen-source code
[23]NAWi-Fi, ZigBeeWi-Fi APNoRemote control home environment, and IoT AP for smart home>$500NoOpen-source code
[24]Raspberry Pi, NodeMCUWi-FiESP8266Rain, door, PIR, and DHT22 sensorsHome control<$500NoOpen-source code
Our proposedRaspberry Pi 3+Wi-FiESP8266-12FD203B PIR, humidity, temperature sensor, LED WS2812B, and buzzerEnergy efficient, low-cost, security, remote control home environment, smart light design and develop a server for smart home<$200SHA-256JavaScript, HTML, CSS, C++, and Python 3