This paper presents the design and implementation of an intelligent home utilizing an ESP32 microcontroller. It coalesces voice orders from Google Home, smartphone operation through the Blynk app, and programmed lighting installations motorized by a consistent light source. The framework intends to outperform the restraints of current home arrangements by giving prolific, energy-saving, and efficient solutions. Utilizing the strength of the ESP32, reliable coordination of voice control, mobile applications, and sensor-based automation upgrades client solace, ease, and wide-ranging home experience. This paper incorporates the architectural methodology, hardware and software gears, and a performance examination showing the intelligent home solution concept’s dependability, effectiveness, and practicality.

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Design and Implementation of an Intelligent Home Automation System Using ESP32 and IoT Integration

  • Gagandeep Kaur,
  • Varsha Gupta,
  • Neetu Settia,
  • Shivani Duggal,
  • Monica Bhutani,
  • Yamini Sah,
  • Rohit Arya

摘要

This paper presents the design and implementation of an intelligent home utilizing an ESP32 microcontroller. It coalesces voice orders from Google Home, smartphone operation through the Blynk app, and programmed lighting installations motorized by a consistent light source. The framework intends to outperform the restraints of current home arrangements by giving prolific, energy-saving, and efficient solutions. Utilizing the strength of the ESP32, reliable coordination of voice control, mobile applications, and sensor-based automation upgrades client solace, ease, and wide-ranging home experience. This paper incorporates the architectural methodology, hardware and software gears, and a performance examination showing the intelligent home solution concept’s dependability, effectiveness, and practicality.