EMQX is a unified architecture and unified namespace based on MQTT broker, primarily using EMQX or HiveMQ. We use EMQX for the communication of factory data, sensors, and PLCs. We track data on sensors and MQTT data by collecting MQTT data for sensors and publishing it to the MQTT broker. We then fetch MQTT data again, calculate some KPIs, and publish these KPIs back to the MQTT broker. We primarily use energy data for reducing energy costs and calculate the machine state of machines. We use EMQX and MQTT mostly for the machine state of machines. We collect machine data, such as temperature or pressure and sensor values in machines, and then calculate the machine state of the machines or lines. We collect energy data of these machines in energy analyzers and calculate the total energy of the products.
My main use case for EMQX is for communicating with ESP32 devices and sharing messages from one device to another device at the central level. Our company is a fuel automation company, and we will have dispenser units where we connect one ESP32 for each dispenser unit. We get all the data from the dispenser unit and share it to the server via EMQX.
Message Queue Software streamlines communication between applications, ensuring efficient data exchange by decoupling sender and receiver. It boosts system reliability and performance, managing message traffic seamlessly.Message Queue Software is extensively used in real-time data processing environments where dependability and low latency are crucial. A common use case includes scaling systems to accommodate growing applications without sacrificing reliability. Businesses utilize it to...
EMQX is a unified architecture and unified namespace based on MQTT broker, primarily using EMQX or HiveMQ. We use EMQX for the communication of factory data, sensors, and PLCs. We track data on sensors and MQTT data by collecting MQTT data for sensors and publishing it to the MQTT broker. We then fetch MQTT data again, calculate some KPIs, and publish these KPIs back to the MQTT broker. We primarily use energy data for reducing energy costs and calculate the machine state of machines. We use EMQX and MQTT mostly for the machine state of machines. We collect machine data, such as temperature or pressure and sensor values in machines, and then calculate the machine state of the machines or lines. We collect energy data of these machines in energy analyzers and calculate the total energy of the products.
My main use case for EMQX is for communicating with ESP32 devices and sharing messages from one device to another device at the central level. Our company is a fuel automation company, and we will have dispenser units where we connect one ESP32 for each dispenser unit. We get all the data from the dispenser unit and share it to the server via EMQX.