National Services

Virtualization of SCADA and HMI Servers Dedicated physical servers running SCADA and HMI applications have long been the default in industrial facilities, but this approach carries real limitations — hardware that ages and eventually becomes unsupported, single points of failure tied to specific physical machines, and inefficient use of computing resources when each application runs

Mobile HMI and Tablet-Based Monitoring Solutions Plant operators and managers increasingly need visibility into process conditions without being physically tethered to a fixed control room HMI station. Pro-Logic Technologies designs mobile HMI and tablet-based monitoring solutions for Nairobi industrial clients that extend process visibility to wherever staff actually are — on the plant floor, in

Asset Management and Lifecycle Planning Every piece of automation equipment in a facility — from field instruments to PLCs to entire SCADA platforms — has a finite useful life, and the difference between a facility that manages this proactively and one that doesn't shows up clearly in maintenance costs and unplanned downtime over time. Pro-Logic

Digital Twin Development for Process Plants A digital twin — a live, data-connected virtual model of a physical process — represents one of the more advanced capabilities Pro-Logic Technologies brings to Nairobi's industrial sector, allowing plant teams to visualize, analyze, and even predict process behavior in ways a traditional HMI screen alone cannot support. Unlike

Regulatory Compliance and Audit Support (ISA, IEC, NIST, etc.) Industrial facilities in Kenya increasingly operate under scrutiny from multiple directions — export partners requiring certification, insurers requesting documented safety and security practices, and, in regulated sectors like water and power, government oversight bodies with specific technical expectations. Pro-Logic Technologies supports Nairobi-area clients in navigating the

Simulation and Offline Testing of Control Strategies Testing a new or modified control strategy directly on a live production process carries inherent risk — an unexpected interaction, an unanticipated edge case, or a simple logic error can disrupt production or, in worse cases, create a genuine safety concern. Pro-Logic Technologies uses simulation and offline testing

Facilities that produce multiple product variants from shared equipment — a common scenario across Kenyan food and beverage, chemical, and consumer goods manufacturing — face a recurring operational challenge: ensuring that each production run uses the correct formulation, sequence, and parameters for that specific product, consistently, regardless of which operator is running the line or

Quality Control and SPC (Statistical Process Control) Integration Producing consistent, in-specification product run after run requires more than simply monitoring whether individual measurements fall within acceptable limits at the moment of inspection — it requires understanding how a process behaves over time and catching drift before it produces genuinely defective product. Pro-Logic Technologies integrates Statistical

Utility Monitoring (Steam, Compressed Air, Water, Electricity) Utilities — steam, compressed air, water, and electricity — represent a significant and often poorly visible cost center in most industrial facilities, consumed continuously across a plant but rarely measured with enough granularity to understand where consumption is actually occurring or where genuine waste exists. Pro-Logic Technologies implements

Building Management System (BMS) Integration Modern industrial and commercial facilities increasingly depend on building infrastructure — HVAC, lighting, access control, fire and life-safety systems — that operates alongside the core process control system but is often managed by an entirely separate, disconnected platform. Pro-Logic Technologies integrates Building Management Systems (BMS) with process control and broader

Fire and Gas Detection System Integration For facilities handling flammable materials, combustible dust, or toxic gases — a category that spans much of Kenya's growing chemical, oil and gas, and process manufacturing sector — fire and gas detection is among the most safety-critical systems in the entire facility, and its integration with the broader control

Control Panel Design and Wiring Every automated process, no matter how sophisticated the software behind it, ultimately depends on a well-built control panel. For manufacturing plants, water treatment facilities, and processing lines across Nairobi's industrial areas — Baba Dogo, Ruaraka, Industrial Area, and the Athi River corridor — the control panel is the physical interface