This protocol is optimized for low-latency environments, minimal bandwidth consumption, and low energy impact.
The integrated Ethernet port allows connection to IP networks, a fundamental step for enabling IoT communication and implementing the MQTT protocol. Once connected, the device can send data to a broker for storage, analysis, or remote management. Thanks to the incorporation of REST API interfaces, the devices can communicate with artificial intelligence agents that analyze data in real time and can provide automated responses to improve energy efficiency. This interaction between industrial hardware and intelligent algorithms allows the industrial sector to detect consumption patterns, anticipate anomalies, and continuously optimize energy performance.
"We wanted to combine energy efficiency, real-time control, connectivity with IoT platforms, and artificial intelligence agents. We are proud of the final result," says Àlex Rubio, CEO and co-owner of Ditel.
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- Category: Industry 4.0
IoT connectivity with low-power AI agents for real-time energy monitoring #energy-Iot
Ditel has unveiled a new device for industrial environments that combines energy efficiency, real-time control, Internet of Things (IoT) platforms, and artificial intelligence agents.
One of the connectivity methods between the device created by Ditel and IoT environments is established through the MQTT messaging protocol, designed for platforms with limited resources and high energy efficiency.
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