In LoRaWAN deployments, many users focus heavily on gateway specifications while overlooking one critical factor: gateway installation position. In reality, even with the same LoRaWAN gateway, different installation locations can significantly affect RSSI, SNR, packet loss, and communication reliability. This article analyzes how gateway placement impacts LoRaWAN coverage and provides practical deployment recommendations based on […]

As IoT deployments continue to expand, the traditional cloud-centric architecture is facing challenges such as bandwidth pressure, latency, cloud costs, and network dependency. More and more LoRaWAN projects are now integrating edge computing to process data locally through edge gateways or edge platforms. This article explains why LoRaWAN and edge computing work well together, explores

As industrial digitalization continues to accelerate, more factories, industrial parks, energy facilities, and infrastructure projects are deploying IoT systems. However, many companies are discovering that the traditional architecture of: “Sensor → Cloud Platform” is not always suitable for real industrial environments. Especially in large-scale industrial sites, distributed equipment deployments, and legacy device retrofit projects, issues

As smart cities and industrial parks continue to evolve, underground utility tunnel monitoring is becoming increasingly important. However, underground environments are often difficult for traditional communication systems due to complex structures, long distances, and expensive cabling requirements. With its long-range communication capability, low power consumption, and flexible deployment model, LoRaWAN is becoming a practical wireless

As Industrial IoT continues to evolve, predictive maintenance is becoming an important strategy for improving equipment reliability and reducing operational costs. Compared with traditional scheduled maintenance or reactive repair methods, predictive maintenance enables enterprises to detect abnormal equipment behavior earlier and reduce unexpected downtime. Among various wireless communication technologies, LoRaWAN is increasingly being adopted in

Why LoRaWAN Is Ideal for Retrofitting Legacy Industrial Equipment Many industrial sites still rely on traditional equipment that was never designed for networking. Examples include: Although these devices are still functioning reliably, they often cannot connect to modern IoT systems. As a result, many companies face a practical challenge during digital transformation: The equipment still

In industrial sites, pump stations, oil depots, tank farms, and environmental monitoring projects, traditional RS485 oil spill sensors often provide stable detection capabilities but lack remote connectivity and centralized management. This article explains how the DSOD705 oil spill sensor, combined with KC11, EdgeBus, and the ThinkLink IoT platform, can build a flexible LoRaWAN monitoring solution

As LoRa Alliance continues to expand the global adoption of LoRaWAN, more sensors, meters, and smart devices are joining LoRaWAN networks. However, many system integrators soon discover an important issue: devices may all support LoRaWAN, but they are not automatically easy to manage together. The reason is simple. LoRaWAN standardizes network communication, but many manufacturers

In industrial IoT projects, many legacy meters and instruments lack communication capabilities, making integration difficult. Replacing them is costly and inefficient. This article introduces a LoRaWAN solution based on EdgeBus and ThinkLink, enabling wireless connectivity, data collection, and cloud integration without hardware replacement. 1. Challenges of Legacy Device Integration In industries such as energy, manufacturing,

In industrial environments, rotational speed plays a critical role in equipment efficiency, process stability, and predictive maintenance. This article introduces a practical LoRaWAN/RS485 integration solution based on the CZ580 speed transmitter, KC21 edge device, and ThinkLink platform, enabling fast connectivity and digital transformation of existing equipment. 1. Challenges in Industrial Speed Monitoring Rotating equipment such