Custom Industrial Software — Applications for Your Processes
Applications built around your real processes. No compromises with off-the-shelf software: we analyse the operational flow and develop exactly what you need.
Software, OT/IT integration and execution systems
Industrial architectures that integrate software, data and production .
System map
- Integrated layers
- Contextualised data
- Stable interfaces
- Scalable architectures
L0-L1
Field & Control
Sensors & actuatorsPLC / motion / safety
L2
Supervision
SCADA / HMIAlarms & historian
L3
Operations
MES / MOMQuality / traceability
L4
Enterprise
ERP / APSBI / dashboards
Context & Integration Layer
OPC UA / APIContext mappingEvent model
When systems do not talk
When systems stop working together .
In industrial environments the issue is rarely a single software tool. It more often comes from systems that have grown in parallel, data that does not align, fragile integrations and stack levels that do not share the same operational logic.
ERP, MES, SCADA, PLCs, dashboards and data layers may each work on their own, but without a coherent architecture they slow production down, make data less reliable and turn every future evolution into a higher-risk project. Proteos steps in to give the architecture structure and build systems that stay governable over time.
The systems we design
Integrating software, data and industrial supervision .
The Industrial Systems area brings together the services with which we build the plant's application and operational architecture: software development, execution systems, integration, data layers and more advanced capabilities when they are needed.
ERP for Industry — Manufacturing Implementation & Integration
Implementation, customisation and integration of ERP systems for manufacturing environments. We connect the management system to the production floor in a structured way.
MES, MOM & SCADA — Real-Time Production Visibility
Real-time visibility into production. Reliable data for fast operational decisions — from work order to finished product.
OT/IT Integration — Connecting Plant Floor & Business Systems
Bridging field and business systems. OPC-UA, MQTT, REST API in a coherent architecture — data from PLC to ERP without loss.
Industrial Data Engineering — Data Pipelines from Machine to Dashboard
Data pipelines from machine to dashboard. Clean, accessible data that drives decisions — not static reports generated at month end.
Industrial Machine Learning — Predictive Models on Factory Data
Predictive models for maintenance, quality and process optimisation. Not generic AI: models trained on real data from your factory.
Industry 4.0 — Maturity Assessment & Transition Programs
Structured programs for digital transition: maturity assessment, technology roadmap, tax incentives and impact measurement.
Research & Development — Industrial Prototyping & Validation
Rapid prototyping and validation of innovative approaches for automation and data intelligence. From problem to proof-of-concept in 4 weeks.
System scale
For faster interventions and more structured environments.
We work both on targeted projects for manufacturers and on more articulated architectures for industrial groups. The method stays the same: what changes is the scale of the design, the integrations and the governance required.
SME / single plantGroups / multi-plant
SME / single plant
Targeted interventions
When the problem is clear or the system needs its first core, we work on essential integrations, bespoke software, supervision, machine data collection and operational dashboards with a faster time-to-value.
Groups / multi-plant
Structured architectures
In more complex environments we work on standardisation, execution systems, cross-plant integration, reusable data layers, supplier coordination and architectures capable of supporting progressive rollouts.
Stack and integration layers
From the shop floor to enterprise systems .
We design industrial systems by reading the stack as a whole. That is why we work across ISA-95 levels as one continuous architecture: from the physical process to business systems, through control, supervision, data and operations.
L4
Business Planning
ERP, BI, strategic planning and order management.
L3
Manufacturing Operations
MES, MOM, scheduling, quality and production traceability.
L2
Control Systems
SCADA, HMI, real-time supervision and alarm management.
L1
Sensing & Manipulation
PLCs, distributed I/O, field networks and industrial protocols.
L0
Physical Process
Sensors, actuators, instrumentation and direct process connection.
From systems to outcomes
Where systems connect to operational outcomes .
Industrial systems do not live in isolation. They connect to the consulting that sets them up, the use cases that make them useful and the cybersecurity that keeps them sustainable in production.