The Internet of Things (IoT) drefers to a network of physical objects embedded with sensors, software, and connectivity technologies designed to exchange data with other systems. In an industrial context (often called Industrial IoT or IIoT), this technology bridges the gap between physical machinery and digital infrastructure, enabling real-time monitoring, automation, and advanced data analysis.
For programmable power supplies and measurement instruments, IoT integration typically involves network connectivity (via LAN, Wi-Fi, or other protocols) that facilitates remote access and control. IoT-enabled devices can continuously stream operational parameters--such as voltage, current, power, and internal temperature--to local servers or cloud-based platforms. This connectivity supports **remote diagnostics**, **predictive maintenance**, and the centralized management of distributed testing systems, allowing engineers to track equipment health and test performance efficiently without being physically present.