03 — Solution
Bringing field equipment, controllers and instrumentation into software the rest of the organisation can use.
The problem
The plant knows things the business cannot see. Equipment state, throughput and downtime live inside controllers and local panels, reaching management as a spreadsheet compiled by hand at the end of the week — late, aggregated and impossible to interrogate.
Engineering approach
We work from the instrument outward: what is measured, how reliably, and at what interval. Only once acquisition is trustworthy do we build the layers above it. This order matters — a dashboard built on unreliable acquisition produces confident, wrong answers.
The system
An acquisition layer bridging controllers and instruments, a historian preserving resolution where it matters, supervisory interfaces for the control room, and reporting that reaches management from the same source.
Resulting capability
Services involved
Supervisory control interfaces
Supervisory interfaces engineered for operators — station state, alarms, trends and shift reporting.
View serviceBridging field equipment and modern software
Protocol bridging between controllers, instruments and the software the rest of the business uses.
View serviceKnowing the state of the plant
Acquisition, historians and dashboards that keep industrial data trustworthy and available.
View serviceCondition, efficiency and failure
Models applied to equipment condition and process efficiency — where the signal data supports it.
View serviceRelated work
Condition Assessment System
Acoustic-emission based severity assessment for reciprocating gas compressor valves, so maintenance can be scheduled against condition rather than calendar.
Have a complex process, digital product or industrial challenge? Let’s discuss the system behind it.
