Learn the key steps of IoT device development in 2026, from product definition and connectivity selection to prototyping, testing, and production planning.

A practical look at five common PCB design mistakes in IoT development, including component selection, antenna clearance, power layout, test access, and enclosure fit.

In IoT projects, there is almost always an “impossible triangle”: either cost, power consumption, and coverage cannot all be optimized at once, or high data throughput, low latency, and power efficiency cannot be perfectly balanced. No single connectivity technology can meet every scenario. Wi-Fi, cellular, and satellite are three common connectivity options, each with its own strengths and limitations. Understanding their differences and making trade-offs based on real-world

Introduction In recent years, Wi-Fi’s dominance in the IoT landscape has been challenged by the encroachment of technologies like NB-IoT, 5G, and Zigbee. Despite this shifting market, Wi-Fi remains a cornerstone of connectivity, with studies showing that over 30% of IoT devices still rely on it. Knowing how Wi-Fi works in IoT helps improve network performance and makes projects more successful. The new Wi-Fi 7 standard could also change how IoT devices connect in the future.

MIOT's AI-driven IoT design helped a school security startup reduce workload by 40% and accelerate time-to-market by 50%.