Introduction The Internet of Things (IoT) has undoubtedly revolutionised the modern technological world–enhancing the overall quality of life. IoT devices provide innovative opportunities for improved automation, efficiency, and data analysis in various sectors. However, as the IoT ecosystem continues to
Introduction In today’s modern telecommunications landscape, the emergence of 5G technology has opened up a new era of connectivity. With promises of faster speeds, lower latency, and increased reliability, 5G networks come with potential capabilities to revolutionize industries and transform
Arduino Arduino boards embody multiple peripherals for communication with other devices. They include UART, I2C USB, and SP1. Wired communication has however proven to be difficult mostly so where the distance between the sender and receiver is considerable. As such,
Low power technologies Developments of low power technologies have been driven largely by IoT connectivity. The end products of these technologies range from smartphones, fitness wearables to smart meters. All these products have design constraints chief of which is ultra-low
IoT platforms An IoT platform has a lot of different meanings depending on who you are talking to in the IoT ecosystem. To hardware vendors, embedded boards are the IoT platform is where one can write their IoT applications. For
The promise The Internet of things promises to make life simpler, exciting and a lot more fulfilling for every consumer by interconnecting the world around them. The fulfillment of this dream lies in the quantity and quality of actionable information.
