Industrial Automation & Control Engineering connecting PLC systems, SCADA, process control, instrumentation, industrial monitoring, and condition diagnostics into one governed control architecture — built on 19+ years of engineering heritage tracing from Potent Star Limited (2007) through Amperage Limited to OptiSolutions Limited (2026).
Designed for visibility. Engineered for control. Built for continuity.
Mowe–Ibafo Axis, Ogun State, Nigeria · Lagos • Abuja • Port Harcourt • Ogun State • Nationwide Nigeria • West Africa
A plant can have modern PLCs, functioning control panels, and a SCADA platform — and still suffer avoidable downtime if the right information doesn't reach the right operator at the right time. A rising temperature, abnormal vibration, or pressure drift is early warning of developing failure — but without integrated monitoring, that signal stays isolated until the consequence becomes operational. OptiSolutions engineers automation as one integrated operational system — control, monitoring, diagnostics, and engineering intelligence connected, so your operators see what's changing and act earlier, not after the fact.
Programmable logic control systems engineered around the facility's actual process requirements, safety interlocks, and operational sequencing — not generic configuration.
Plant-wide supervisory visibility that converts distributed process information into actionable operational intelligence — one interface, not a walk between disconnected panels.
Reliable automation begins with reliable information. Decisions based on actual operating conditions — not assumption.
The objective isn't to predict every failure. It's to identify meaningful changes in operating condition early enough to support informed intervention.
Automation can't operate effectively in isolation from the infrastructure that powers, protects, and supports it. OptiSolutions coordinates automation with:
Automation performance depends on engineering decisions made before equipment ever arrives on site.
Process analysis → Control philosophy → System architecture → Specification → Procurement → Installation → Testing → Commissioning
Operations → Monitoring → Diagnostics → Maintenance → Optimization → Performance improvement
Continuous technical oversight connecting the control system to the wider infrastructure lifecycle.
Automation should not become an abandoned technology layer immediately after commissioning. Its operating data should continue informing engineering, maintenance, and performance decisions throughout the asset's Life.
Explore the Lifecycle Execution Engine →| Conventional Approach | OptiSolutions Automation & Control |
|---|---|
| Manual or disconnected monitoring | Integrated operational visibility |
| Failure discovered after consequence | Developing conditions identified earlier, where detectable |
| Fixed-interval maintenance only | Condition-informed maintenance strategy |
| Standalone automation equipment | Automation integrated with wider infrastructure |
| Limited historical operating data | Trends, alarms, and performance data structured for analysis |
| Commissioning treated as completion | Commissioning as transition into operational Life |
| Control systems managed in isolation | Control connected to lifecycle governance |
Why it matters competitively: most industrial automation in Nigeria is installed as standalone equipment with limited integration into wider plant systems. OptiSolutions brings 19+ years of engineering heritage to govern automation as one connected layer across electrical, mechanical, and operational systems — its greatest value comes from control, information, infrastructure, and maintenance decisions staying connected throughout the facility's operating life.
Depending on project scope, jurisdiction, and system architecture, automation engineering may reference relevant standards and frameworks, including:
IEC 61131 • IEC 61508, where applicable • IEC 62443 for relevant industrial cybersecurity considerations
Modbus • OPC UA • Ethernet/IP • PROFINET, and other project-appropriate protocols
BACnet / ISO 16484-5, where applicable
applicable IEC, BS, and SON/NIS requirements
(Standards are referenced as applicable standards — not as certifications held by OptiSolutions.)
Grid instability, generator-dependent power, electrical noise, heat, humidity, dust, variable production loads, and limited local specialist support and spare parts are built into our system architecture, equipment selection, protection strategy, and lifecycle planning — automation engineered for the environment in which it will actually operate.
Automation strategy, control philosophy, lifecycle requirements.
PLC, SCADA, instrumentation, control architecture.
Technical specifications and equipment compatibility assessment.
Installation alignment and control-panel review.
Functional testing and operational validation.
Monitoring, diagnostics, and maintenance intelligence.
Root-cause investigation and corrective engineering.
📍 Lagos • Ogun State • Abuja • Port Harcourt • Ibadan • Kano • Nationwide Nigeria • West Africa
View all industries →Unplanned shutdowns, unexplained process variation, disconnected monitoring, excessive manual intervention, recurring equipment faults, or limited operational visibility are not simply technology problems. They are engineering and information problems. OptiSolutions connects control, monitoring, diagnostics, and lifecycle intelligence so your operations can move from reacting to failure toward managing performance.
