Final answer:
In the context of IoT (Internet of Things), Industry is the sector where embedded devices are commonly resource constrained, due to the need for robust, secure, and reliable systems that operate continuously with minimal downtime while being energy efficient.
Step-by-step explanation:
In Industry the embedded devices and objects working under IoT are resource constrained. This is because industrial applications often require robust, secure, and highly reliable systems capable of running continuously with minimal downtime. These systems must be optimized for energy efficiency and performance due to their continuous operation, often in resource-intensive processes.
In IoT ecosystems, resource constraints refer to limited processing power, memory, and energy sources of the IoT devices, which is particularly a concern for industrial environments where the devices need to perform critical tasks under stringent operational conditions. Manufacturers and software developers have to carefully design the embedded systems to perform within these constraints, balancing the device's functionality with its resources. It is a field that continuously evolves with advances in technology and manufacturing processes, ensuring that these devices can handle more complex tasks without substantial increases in power consumption or size.
For example, in a factory, sensors must report data frequently and accurately to maintain efficiency and safety, yet they must also be designed to consume as little power as possible to extend their operational life and reduce maintenance costs. Similarly, processors embedded in industrial machines must be small, yet powerful enough to process data quickly to ensure that production lines are not disrupted