Technology and Applications

In IoT and edge computing scenarios, data exchange between devices often involves sensitive information, such as industrial automation control commands, medical records, or financial transaction data. This makes the security of data transmission a critical factor in selecting devices. End-to-end encrypted communication (E2EE) is an effective mechanism that ensures data security between the sender and receiver, preventing unauthorized access and …

In today’s data-driven era, privacy protection has become a critical focus for device manufacturers and enterprise users. Traditional cloud computing involves transferring data to remote servers for processing, but this model inevitably raises concerns over data breaches, access management, and privacy compliance. Edge computing devices address this issue by processing data locally, thereby eliminating the need to upload sensitive information …

In modern industries, IoT, and intelligent edge computing, data security has become a core factor in determining product competitiveness and customer trust. With increasingly sophisticated cyberattacks, malicious actors attempt to compromise systems by tampering with devices, stealing data, or cracking critical algorithms. As such, edge devices need to ensure security not only through software but also at the hardware level. …

As edge computing devices play critical roles in industrial automation, artificial intelligence, and IoT, their ability to operate under high workloads has become an essential factor for enterprises. However, temperature rise during heavy-load operations directly impacts device performance and lifespan, making efficient cooling solutions critical for stable long-term operation. This article explores the application of advanced cooling technologies such as …

As edge computing devices become increasingly deployed, thermal management has become a critical factor in ensuring their performance and reliability. Deployed in industrial sites, outdoor settings, or confined spaces, these devices face specific thermal challenges. This article explores the common cooling methods for edge devices, focusing on the application and effectiveness of fanless passive cooling in terms of performance, energy …

With the widespread adoption of IoT and the increasing focus on sustainability, the demand for devices that operate effectively in energy-sensitive scenarios has been rapidly growing. These devices are designed to work efficiently in environments with limited or intermittent power supply, such as remote monitoring terminals powered by solar panels, smart sensors in eco-friendly facilities, or embedded modules in medical …

As edge computing technology becomes widely deployed in industrial sites, remote areas, and extreme environments, the power consumption performance of devices has emerged as a key factor in evaluating their reliability and suitability. Achieving energy-efficient, low-power device operation not only reduces energy costs but also significantly enhances system stability and longevity. This article focuses on the power consumption performance of …

In the realm of IoT, industrial automation, and edge AI, firmware updates for edge computing devices have become a critical task. Firmware updates enhance device performance, fix security vulnerabilities, and enable new feature deployments. However, as the firmware update process becomes more complex, two key concerns arise: how to perform updates remotely and how to ensure data security during the …

As IoT, industrial automation, and edge AI develop rapidly, edge devices are increasingly deployed across a wide range of applications. In this context, virtualization and containerization technologies have become key tools for enhancing system flexibility and scalability. Technologies such as Docker and Kubernetes are being adopted to run in edge computing scenarios. This article explores the feasibility of edge devices …