Certified R&D entity by the Ministry of Education of the Slovak Republic

Certified innovation backed by real-world impact

Smart technologies for real-time data, automation, and efficiency across key industries.

What we research

Our research focuses on applied technologies with direct impact on industry and public institutions. We operate at the intersection of science, engineering, and practical innovation, transforming emerging concepts into functional tools, prototypes, and intelligent systems. Our goal is to advance technology, while delivering measurable value in real-world environments.

Our research & development areas include:

Smart Sensors & Embedded Systems

Development of ultra-low-power, wireless, and passive sensor solutions for industrial, environmental, and medical applications.

Custom experimental systems

Tailor-made research projects developed in close collaboration with universities, public institutions, and private-sector partners.

Industrial automation & control

Intelligent modules for diagnostics, real-time monitoring, and predictive maintenance in production environments.

AI-driven Data Analysis

Advanced algorithms for industrial and operational data analysis, enabling predictive insights, anomaly detection, and process optimization.

Immersive technologies

Research and prototyping of training simulators and data visualization platforms using 3D and virtual reality technologies.

IT Innovation

Design and implementation of advanced software solutions, cloud platforms, and digital transformation projects for industrial and research applications.

Research-driven solutions
for a smarter future

Our new project

Research and development for wide-bandgap (WBG) power semiconductor devices to drive industrial innovation in the 21st century

Research in the reliability of power components and modules, combined with large-scale data analysis to develop predictive reliability models for the intelligent control of power systems.

Risk assessment LARA

A laboratory risk assessment system for the Swiss Federal Institute of Technology EPFL in Lausanne

Based on laboratory-specific input data, the system evaluates individual hazards and the adequacy of proposed mitigation measures. Using quantitative analysis, it supports risk reduction while optimizing costs within acceptable limits.

Ecological metallurgy

Real-time measurement of process gas combustion efficiency

Development and implementation of a prototype autonomous real-time measurement system, including both hardware and software, designed to improve the quality and environmental performance of residual flammable process gas combustion directly in operation.

Starting a research project together

Whether you are looking for applied research support, custom methodologies, or innovation-driven development, we guide you through every step of the process.

Tell us your idea

We listen, ask the right questions, and help define your goals and project scope with a focus on applied research that turns theoretical insights into practical solutions.

Discovery phase

We assess the feasibility of your idea and propose initial approaches to meet your technical and research requirements.

Assessment & proposal

We prepare a detailed, high-level solution proposal, including a tailored project plan with timelines and budget.

Design, build & test

We transform your concept into a working solution through iterative design, development, and testing until it is reliable and ready for deployment.

Results delivery

You receive a fully functional, scalable solution ready for further development. In applied research projects, a negative or non-viable result may also represent a valuable and valid outcome.

Documentation

Project results are documented in detail and, in most cases, accompanied by comprehensive technical and research documentation.

Real feedback from clients
we’ve built solutions with

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