A strong IoT platform architecture should support the product from manufacturing through deployment and long-term operation. Centralizing device information can help development, operations, and customer-support teams understand how products are performing in the field.
The right platform also makes it easier to add new functionality as products and customer requirements evolve.
The microcontroller is one of the most important components in an embedded device. It executes the firmware, processes sensor information, manages communications, controls peripherals, and coordinates the product’s primary functions.
Choosing the wrong microcontroller can result in performance limitations, excessive power consumption, higher manufacturing costs, or a major redesign. Selecting the right microcontroller requires evaluating the complete product rather than choosing a component based only on price or processing speed.
As organizations continue to deploy thousands of connected devices across multiple locations, managing an expanding IoT ecosystem becomes increasingly complex. From industrial equipment and smart buildings to healthcare devices and transportation systems, businesses need a centralized platform that keeps every device connected, monitored, and performing at its best. cedarCore provides the tools organizations need to efficiently manage large IoT device fleets while reducing operational costs and improving reliability.
Connected devices generate enormous amounts of valuable operational data every day. Device telemetry allows businesses to collect, transmit, and analyze that data in real time, helping organizations improve efficiency, reduce downtime, and maintain visibility across connected systems.
Without telemetry, companies would have limited insight into how devices are performing once deployed in the field. Modern IoT platforms depend on telemetry to provide continuous communication between devices, cloud systems, and monitoring applications.
Selecting the right microcontroller (MCU) is one of the most important decisions in embedded device design. It directly impacts performance, power consumption, cost, and scalability. Making the wrong choice can lead to redesigns, delays, and unnecessary expenses.
What Does a Microcontroller Actually Do?
A microcontroller is the “brain” of your embedded system. It controls inputs and outputs, processes data, and manages communication between components. For IoT devices, they also play a critical role in connectivity and power efficiency.
