The supervisory computer interface is developed with Microsoft WPF to provide a powerful Windows desktop HMI for industrial operators. It supports customizable equipment diagrams, animated machine status, real-time parameter display, command controls, alarm windows, historical trends, production dashboards, user permissions, and multi-screen operation. The WPF architecture also allows the UI to be adapted to different machines, production lines, resolutions, and customer workflows.

Collect real-time data from PLCs, controllers, sensors, meters, robots, and production equipment. The system supports continuous data logging, historical records, trend analysis, and traceability for critical production and quality parameters.

Authorized users can monitor equipment and execute approved control actions through the WPF supervisory computer, web browser, tablet, or industrial terminal. The WPF client is optimized for local machine operation and high-frequency screen updates, while the web platform supports remote visibility and management. Interlocks, permissions, confirmations, and audit logs help maintain operational safety and accountability.

Detect abnormal values, equipment faults, communication interruptions, safety conditions, and process deviations. Alarm priorities, acknowledgment workflows, event history, escalation rules, and notification functions help teams respond faster and reduce downtime.

Analyze throughput, cycle time, utilization, downtime, defect rates, energy consumption, and other key performance indicators. Configurable charts and reports help identify bottlenecks, recurring failures, and improvement opportunities.

Integrate industrial devices and production assets through configurable communication interfaces and gateways. The platform can connect with PLC systems, robotic equipment, machine controllers, vision systems, sensors, conveyors, and material-handling devices.

Track runtime, fault frequency, temperature, vibration, current, pressure, and other condition indicators. Maintenance teams can use equipment history and threshold-based warnings to support preventive and predictive maintenance strategies.

Exchange production and equipment data with ERP, MES, quality management, warehouse, business intelligence, and other enterprise systems. APIs and database interfaces help create connected workflows from the shop floor to management applications.