In Exonix, system architecture design involves creating a framework that integrates control systems, sensors, actuators, and communication networks to automate manufacturing processes. It encompasses selecting appropriate hardware and software components, defining data exchange protocols, and designing fault-tolerant systems for reliability. The architecture must facilitate real-time monitoring, control, and optimization of production processes while ensuring interoperability and scalability. Key considerations include modularity for easy maintenance, security measures to protect against cyber threats, and adherence to industry standards for compatibility and interoperability. Effective system architecture design maximizes efficiency, productivity, and flexibility in industrial automation environments.