The system offers a means of contact between ESP8266 modules based on the MQTT protocol and implements the Wi-Fi protocol using a straightforward non-secure class. Application creation utilizing this idea is becoming more widespread and available as IoT gains popularity. Low-latency protocols are additionally needed for high-performance real-time apps. The data transfer process is primarily done via HTTP. However, this protocol creates huge overhead in IoT networks. Name-based transport protocols have been discussed to address this issue. This framework describes the benefits of MQTT, a machine-to-machine communication protocol for IoT networks. The system also features an advanced IoT architecture using MQTT to improve the efficiency of connecting industrial networks to cloud platforms.

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IOT Based MQTT Protocol in Wi-Fi Module ESP8266

  • Pallavi S. Bangare,
  • Kishor P. Patil

摘要

The system offers a means of contact between ESP8266 modules based on the MQTT protocol and implements the Wi-Fi protocol using a straightforward non-secure class. Application creation utilizing this idea is becoming more widespread and available as IoT gains popularity. Low-latency protocols are additionally needed for high-performance real-time apps. The data transfer process is primarily done via HTTP. However, this protocol creates huge overhead in IoT networks. Name-based transport protocols have been discussed to address this issue. This framework describes the benefits of MQTT, a machine-to-machine communication protocol for IoT networks. The system also features an advanced IoT architecture using MQTT to improve the efficiency of connecting industrial networks to cloud platforms.