AI/ML 
Software Development 
OPC Gateway
Real-Time Manufacturing Data Integration.
Intelligent Connectivity Between Machines and IT Systems
What does the OPC Gateway change?
From One-Way Communication to Real-Time Collaboration
Traditionally, communication with machines followed a request–response model. An application would send a query and wait for the machine to return data — a limiting approach, especially in environments that require immediate reaction.
The OPC Gateway enables asynchronous communication, acting as an automated information channel between machines and IT systems.
Data reaches IT systems instantly
no delays, no waiting, no need for repeated requests.
Machines don’t have to respond to every command
the system actively listens for changes, subscribes to specific parameters, and reacts in real time.
Operators gain greater control
they can not only monitor but also control machines directly from a web application, sending precise commands based on live data.
As a result, production becomes more responsive and less dependent on the limitations of traditional HMI interfaces.
What challenges are manufacturing companies facing today?
Lack of real-time machine data makes quality maintenance harder
70% of manufacturing companies do not use real-time data, which makes it difficult to maintain process consistency and respond quickly and efficiently to production errors.
Manual reporting burdens teams and delays decisions
Non-automated reporting processes can consume up to 40% more time, leading to delayed responses and reduced efficiency among technical teams.
IT infrastructure can’t keep up with production needs
Fragmented systems, local installations, and complex IT procedures slow down deployments, limit scalability, and complicate integration of new tools — driving up costs and reducing flexibility.
System maintenance costs are rising faster than capabilities
Companies relying solely on traditional HMI panels face increasing costs for hardware, licenses, and support — yet still lack full control over their data and the ability to use it strategically.
How can the OPC Gateway help your company?
Faster and more flexible access to data
The OPC Gateway operates faster than traditional HMI interfaces. Data is delivered to the system in real time — enabling quicker identification of anomalies and immediate response.
Simplified IT infrastructure
Instead of installing software on multiple computers, the OPC Gateway can be deployed on an edge controller. The client only needs to open a single connection — no need to modify multiple firewalls. Deployment time is reduced from 1–2 days to just 5 minutes.
Process consistency and better quality control
Real-time monitoring of production parameters supports consistent quality and quick identification of deviations. This is the foundation for stable, repeatable processes — especially in serial production.
Lower licensing and hardware costs
Instead of multiple HMI panels, a single web application is enough. This simplifies operations, reduces infrastructure complexity, and lowers both licensing and hardware expenses.
Data collection across the entire environment
The OPC Gateway reads data not only from machines but also from third-party sensors — even if they don’t provide an open API. This gives users a complete view of the process and enables more accurate responses to changes.
Access to data without programming
Thanks to the REST API, users can read and send data without knowing programming languages. All they need is the relevant parameters — everything is ready to use.
Ready for predictive maintenance and new service models
Based on real-time readings, it’s possible to analyze component wear, plan maintenance, and eliminate downtime. The collected data also enables the development of custom service offerings — tailored to actual needs.
Our Methodology. How We Implement OPC Gateway Solutions
Our collaboration is based on close communication with your team — ensuring the solution is understandable, effective, and ready to grow with your organization.
Metodology 4D
Discovery
Understanding the DNA of the problem before the first line of code is written
The Discovery phase allows for a deep understanding of the business challenge, user needs, and technological context. As a result, the project starts on solid foundations, and key assumptions are validated before development begins.
Key artifact
Standardized Concept Document
Our focus
Our activities
We analyze the client’s business and technological environment: from existing systems to user needs and strategic goals. We validate business assumptions, identify risks, and define the problem to be solved. The outcome is a coherent product concept that forms the foundation for the next stages of the project.
Definition
Translating knowledge and ideas into a concrete product plan
In the Definition phase, we transform insights from Discovery into a detailed solution design. This includes defining requirements, system architecture, and the user experience concept.
Key artifact
Product & Architecture Blueprint
Our focus
Our activities
We translate business goals into specific functional and technical requirements. We design UX prototypes, define the architecture, and plan the project implementation. This ensures development starts with a clear plan and minimal risk.
Delivery
Building and delivering reliable software
In the Delivery phase, we develop the final solution. We focus on code quality, clear communication with stakeholders, and a stable product release.
Key artifact
Production-ready product / deployment
Our focus
Our activities
Our teams build the solution using modern development practices and continuous integration. We regularly test the product and maintain transparent communication with stakeholders to deliver a stable, production-ready solution.
Direction
Transforming a product into a growing digital business
Direction is a phase of long-term product development. Instead of ending cooperation after implementation, we support clients in scaling solutions, introducing innovations, and building a competitive advantage.
Key artifact
Product development and innovation roadmap
Our focus
Our activities
Together with the client, we analyze product data, identify new growth opportunities, and plan future functionalities. We help scale the solution, optimize its performance, and build a long-term product strategy.
What You Gain from Using an OPC Gateway
- Comprehensive support — from analysis to solution scaling.
- A solution tailored to real-world conditions and your team.
- Instant access to data that supports decision-making and quality.
- Technical and expert support — at every stage of the project.
- Readiness for further automation and development toward Industry 4.0.
Where is the OPC Gateway used?
OPC Gateway is used in:
Factories with production lines: wood, metal, plastics
Machines equipped with thickness, weight, or pressure sensors
Facilities with distributed infrastructure
Clients using MES/ERP/IoT solutions
Companies investing in predictive maintenance
Serial production requiring repeatability and quality control
