OPC UA · Modbus · Profinet · ISA-95

Industry 4.0, MES and SCADA development for manufacturers

Manufacturing execution, machine data acquisition, OEE / KPI monitoring, predictive maintenance. Smart factory pilot from €21k on a single line, measurable results within 4-6 months - we scale from there.

Industry 4.0 pillars

Six pillars that build a smart factory

These are not separate products but layers of the same transformation. Per ISA-95 the ERP–MES–SCADA hierarchy, complemented by digital twin and AI.

MES - Manufacturing Execution System
Production orders, BOM, capacity planning, shop-floor terminals, barcode/RFID, traceability (lot/serial-level lookups).
SCADA - machine data acquisition
PLCs, sensors, I/O modules. Modbus TCP/RTU, OPC UA, MQTT, S7 (Siemens), Profinet - real-time visibility into the production line.
OEE & KPI monitoring
Overall Equipment Effectiveness: availability × performance × quality. Real-time dashboards on the shop floor and at executive level.
Predictive maintenance
Machine-learning failure prediction: sensor data (vibration, temperature, current) + historical maintenance records → know when a machine will fail before it fails.
Digital twin & 3D visualisation
Digital twin of the production line: real-time 3D model. Simulation for new products, what-if analysis without disturbing the physical line.
Product traceability & supply chain
Every product's journey from manufacturing to end user: lot/serial number, suppliers, production parameters, quality checks. Recalls reveal which products are affected within hours.
Integrations

Six integration layers - from machines to executive dashboards

The value of Industry 4.0 lives in data flow. A machine sensor reading must reach a KPI report within half an hour - otherwise it has no decision-making value.

Digitalisation roadmap

Industry 4.0 is an 18-month journey, not a product you buy

The realistic path starts with one production line where we prove ROI, then we scale. Never big-bang. Every step ends with a measurable OEE outcome.

0–6 weeks: audit

Shop-floor walkthrough, PLC and machine inventory, mapping of the existing ERP and quality management. Identification of measurement points, OEE baseline (availability, performance, quality). Every later number is measured against this baseline.

  • · PLC and protocol inventory (Siemens S7, AB, Modbus, OPC UA)
  • · Data flow map: ERP ↔ MES ↔ SCADA ↔ machine
  • · Loss categorisation (six big losses)
  • · Output: Industry 4.0 roadmap and business case

1.5–4 months: pilot on 1 production line

Full kit-out of one production line: machine data acquisition (direct PLC or retrofit sensor), MES layer, real-time OEE dashboard, anomaly detection on 1-2 KPIs. Fixed-price pilot with a measurable outcome: typically 4-8% OEE increase by month 3.

  • · Gateway + sensor install, OPC UA tagging
  • · Time-series database (TimescaleDB / InfluxDB)
  • · Shop-floor terminals (Zebra / Honeywell)
  • · Operator UI + andon

4–9 months: ERP integration + scale-out

After a successful pilot, we connect more production lines + ERP sync (SAP S/4HANA, MS Dynamics 365, Infor M3). Production order ERP→MES, confirmation MES→ERP, bidirectional inventory and material consumption sync. Lot/serial-level traceability.

  • · SAP PI/PO middleware or custom REST adapter
  • · Lot / serial number tracking
  • · Quality module (QC) + automatic dispositioning
  • · Multi-shift, multi-line, multi-site

9–18 months: AI + computer vision

Predictive maintenance (vibration / temperature-based failure prediction), computer vision quality inspection (YOLO / Vision Transformer for surface defects, dimensional measurement, label OCR), production parameter optimisation. Typical outcome: 15-30% OEE increase vs baseline, 30-60% scrap reduction in CV-inspected steps.

  • · PyTorch / TensorFlow models + MLflow
  • · Industrial cameras (Basler, Cognex)
  • · Edge inference vs central AI layer
  • · Model monitoring, drift detection

18+ months: digital twin + autonomous factory

Digital twin for the entire line (3D, real-time state, what-if simulation), AGV / AMR robot fleet orchestration, energy management, autonomous shop-floor decisions. From here the company graduates to a true smart factory. By then both the culture and the data maturity are in place.

  • · Digital twin (Unity / Three.js, ROS integration)
  • · AGV (MiR, Geek+, Locus) fleet orchestrator
  • · Energy optimisation, ESG reporting
  • · Autonomous shop-floor decisions where allowed
GYIK

Industry 4.0 / MES / SCADA - frequently asked questions

Industry 4.0 is the fourth industrial revolution - smart manufacturing that brings digital technology (IoT sensors, AI, big data, robotics, digital twin) into physical production. Concrete outcomes for a manufacturer: 15-30% OEE increase, 20-40% energy savings, 30-60% scrap reduction, 50%+ unplanned downtime reduction. Industry 4.0 is not a product; it is a 5-10-year journey best started with MES and SCADA.

Ready for the smart factory pilot?

One production line, 4-6 months, €21k–€39k, with measurable OEE results. We scale from there.

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