Latest Automation News & Industry Insights

Thermal stress inside control cabinets is a major but overlooked cause of PLC failure. This article explains how airflow, enclosure layout, and cooling strategy determine automation reliability, spare-parts lifespan, and long-term industrial uptime.

Lost institutional knowledge is a hidden cause of PLC downtime. This article explains how documentation, spare-parts planning, and knowledge continuity improve automation reliability, safety, and long-term operational stability.

Firmware drift is a major but overlooked cause of PLC downtime. This article explains how firmware lifecycle management impacts reliability, safety, spare parts replacement, and recovery in modern industrial automation systems.

Power quality and grounding issues cause many PLC failures long before hardware defects appear. This article explains how electrical instability affects PLC reliability, communication is critical to automation

PLC performance is not just about CPU speed. This article explains how HMIs, communication load, and overall system design influence uptime, stability, and long-term automation reliability in real industrial environments.

A real-world PLC failure case showing how multi-warehouse spare parts fulfillment helped restore production in just 48 hours. Learn why inventory location, verification, and logistics matter more than OEM lead times during downtime.