Smarter Internet of Things (IoT) systems have exposed fault lines in cloud-based computing. The inevitable rise of intelligence and automation has led to unpredicted latency in applications where performance and safety issues hold prominence.
Now, two key challenges threaten the exponential growth of connected devices: the capability of edge devices for long-range communication, and battery life catering to off-grid IoT applications.
Raw data transmissions are power gluttons for any device. Conventional cellular wide area networks (WAN) consume power in massive amounts and thus incompatible with battery-run IoT devices. The IoT application LoRaWAN (low range, wide area network) is one of the preferred communication protocols in IoT applications capable of addressing how artificial intelligence (AI) will transform IoT architectures through edge applications.
LoRAWAN can cover a range of up to 25 to 30 km. The traditional technologies could cover up to 10 km including Sigfox. Thank you Dr Anatol for sharing a very informative article.
Dear Rachit S Garg,
how LoRaWAN and AI can revolutionize the IoT is briefly explained in this article:
How LoRaWAN and AI at the Edge Revolutionize the IoT
https://www.avnet.com/wps/portal/us/resources/article/how-lorawan-and-ai-at-the-edge-revolutionize-the-iot/
Best regards
Anatol Badach
Respected Anatol Badach Sir
Thanks a lot, Sir. For sharing the reference of the article.
Best Regards
Rachit S Garg
LoRAWAN can cover a range of up to 25 to 30 km. The traditional technologies could cover up to 10 km including Sigfox. Thank you Dr Anatol for sharing a very informative article.
LoraWan is excellent for communicating small packets, in the case when time response became important and packet size larger, LoraWan could not be an option. For me, the future is AI and 5G
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