Factories wrestle with locked programs and gradual updates. A brand new method guarantees open management that may develop with future wants. Learn on!
Industrial automation is beneath stress to develop into open, versatile, and scalable. Producers, vitality suppliers, and logistics operators face challenges resembling vendor lock-in, fragmented protocols, gradual deployment cycles, and restricted adaptability to future requirements. Conventional management programs are centralized, inflexible, and infrequently troublesome to increase throughout distributed edge environments. These limitations make it tougher to help real-time decision-making, combine totally different machines, and maintain tempo with evolving requirements like O-PAS.
ASRock Industrial’s AiUAC (ASRock Industrial Common Automation Management) is constructed to handle these points by way of a software-defined management engine based mostly on the IEC 61499 commonplace. As an alternative of binding organizations to a single vendor ecosystem, AiUAC allows vendor-independent, event-driven management throughout distributed edge nodes. This helps real-time, decentralized execution in industries the place downtime or delays carry prices.
A significant problem in industrial environments is interoperability between totally different protocols and programs. AiUAC addresses this by supporting OPC UA, MQTT, Modbus TCP/RTU, and Ethernet/IP, guaranteeing communication throughout OT and IT programs. It additionally connects with EcoStruxure Automation Knowledgeable (EAE), which helps the IEC 61499 growth cycle—from engineering design to runtime execution—permitting faster deployment of automation duties.
System visibility and upkeep are different challenges. Many management platforms lack embedded telemetry, forcing operators to depend on exterior monitoring programs. AiUAC consists of system telemetry on the edge, offering real-time knowledge on CPU and motherboard temperatures, GPIO states, and voltage ranges. This permits diagnostics, condition-based monitoring, and predictive upkeep the place operations happen.
Robotics integration is one other want in manufacturing programs. AiUAC helps robotic integration and consists of high-availability options suited to distributed environments the place reliability and scale are required.
Industries additionally must plan for adaptability. With requirements resembling O-PAS and OCF on the horizon, organizations danger being tied to outdated frameworks. AiUAC is suitable with these requirements, giving operators a path to undertake open, standards-based automation frameworks.
By aligning with open requirements and specializing in interoperability, distributed management, and flexibility, AiUAC helps the transition from vendor-dependent programs to open, scalable automation platforms.
