Do you support proof-of-concept and pilot systems? Yes. We regularly supply single units or small pilot batches using the same industrial computing and networking platforms intended for wider deployment. This allows machine builders, integrators and end users to validate performance, environmental suitability, network architecture and system interoperability before standardising on a configuration.
Can the systems integrate with existing PLCs, SCADA and MES/ERP platforms? In most cases, yes. Platforms are selected with the required processing capability industrial interfaces and supported communication protocols to integrate with existing PLCs, drives and field devices, as well as higher-level SCADA, MES and ERP systems. Support for industrial Ethernet protocols such as PROFINET, EtherNet/IP and Modbus TCP, alongside standard networking, allows systems to sit within existing OT and IT architectures. The objective is to enhance or extend current infrastructure without forcing unnecessary redesign of established control systems.
Why use industrial PCs instead of office PCs in a factory environment? Industrial PCs are designed specifically for demanding operational environments. They typically support wider operating temperature ranges, extended voltage inputs, resistance to vibration and airborne contaminants, and flexible mounting options for cabinets, panels, or DIN rail installations. In addition to hardware resilience, industrial platforms offer longer lifecycle availability and controlled revision management. When combined with industrial networking hardware designed for deterministic communication and network stability, this reduces unplanned downtime and minimises the risk of unexpected failures or system redesigns.
Do you provide both computing and networking hardware as part of a complete solution? Yes. We supply integrated industrial computing and networking solutions, including embedded PCs, panel PCs, edge systems, Ethernet switches, wireless access points, cellular routers and secure remote access gateways. Network architecture is considered alongside compute performance to ensure segmentation, redundancy, bandwidth management and cybersecurity requirements. This ensures stable communication between machines, operator and enterprise systems while maintaining secure separation between OT and IT networks.
How is obsolescence handled? Platforms are chosen with published lifecycle information where possible. When products approach end-of-life, alternatives are evaluated for form, fit and function. Replacement options and timelines are then discussed, and, if required, last-time-buys are arranged so that existing machines can continue to be supported.