Industrial Network & Communication Integration
Industrial Ethernet, fieldbus, OPC UA, protocol gateways and segmented control networks for reliable PLC, SCADA and upper-system data exchange.

Pain points
- PLC, SCADA, drives and instruments use mixed protocols and cannot exchange data reliably
- Flat control networks make troubleshooting, expansion and cybersecurity difficult
- Upper systems need production data, but legacy equipment lacks standard interfaces
Meshox solution - scope of work
Technical approach
Survey the real protocol boundary
We identify what each PLC, drive, instrument, gateway and SCADA server can actually support, then define the data path and responsibility boundary before hardware is selected.
Design a segmented control network
Production control, supervisory monitoring, remote maintenance and office networks should not be mixed casually. Segmentation improves reliability, diagnostics and access control.
Verify data quality, not only connectivity
A communication project is complete only when values, units, timestamps, quality bits, alarms and update rates are verified against the intended operating use.
Implementation scenarios
System architecture
Field Devices
Control Execution
Supervisory
Remote O&M
Applicable industries
FAQ
Can you connect old PLCs to new SCADA or data platforms?
Usually yes. We first confirm the available ports, protocols and program access, then choose direct communication, a gateway or staged migration depending on risk and maintainability.
Is industrial network work only about switches and cables?
No. Switches and cables are only the infrastructure. The real deliverable is reliable data exchange with clear point lists, diagnostics, permissions, segmentation and documentation.
Have a control system, retrofit or integration project?
Start with a project evaluation. An engineer will review your requirements and propose a fitting control solution.