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The IoT Classroom introduces the Internet of Things (IoT) from scratch: from the most fundamental definitions and operating principles, to sensors, communication technology and cloud platforms, and on to AIoT industry applications and future trends. Below are the articles in this series, updated on an ongoing basis.

Why Is Outdoor IoT Harder? A Key Analysis of IoT System Stability

The value of IoT is not whether a device can briefly get online, but whether it can operate reliably over the long term in real-world environments. Outdoor IoT must simultaneously face multiple challenges: sun exposure, rain, humidity, salt damage, unstable power, unstable communication and difficult maintenance. It therefore tests hardware weather resistance, mechanical design, power management, communication architecture and system integration far more than ordinary IoT.
This article helps you understand the definition of outdoor IoT, the four major differences from ordinary IoT, why it demands stronger system integration, six major application scenarios such as smart agriculture, aquaculture, environmental monitoring, smart cities and solar energy, and the key points to confirm before deployment — and grasp the system-integration logic behind "if it's stable outdoors, it's even more stable indoors"... Read More

What Is IoT? Understand How IoT Works and Its Applications in 5 Minutes

In recent years, the "Internet of Things (IoT)" has become a key foundational technology for digital transformation, smart manufacturing, smart cities and the development of artificial intelligence. Yet while many people often hear the term, they do not necessarily truly understand the operating principles and core value behind it.
In fact, IoT is not a single product, nor a particular device, but a technical architecture that connects the physical world with the digital world. Through sensors, communication networks, cloud platforms and data analytics, IoT gives devices that previously could not "speak" the ability to collect data, transmit information, monitor status and make intelligent decisions. Starting from the most everyday examples, this article helps you understand the definition of IoT, the four core stages of Sense → Connect → Analyze → Act, the differences from traditional devices, seven major industry applications, the benefits and challenges of adoption, and future AIoT trends... Read More