Applied Research

We conduct applied research with a clear goal: to develop solutions that directly address the needs of the market, users, or technological advancement.

Depending on their purpose, we classify them into three key types, representing different development approaches — from solving specific challenges to strategically testing new concepts.

Solving a Specific Problem

Goal:
To develop a solution for a specific problem with high practical value and the potential for rapid implementation in a real-world environment.

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Development of a New Product or Service

Goal:
To develop an innovative product, technology, or business model with high market value.

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Usability Testing of Technologies

Goal:
To validate the application of technology in a specific context with a high degree of innovativeness, open possibilities for diversification, and the creation of new market opportunities.

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Solving a Specific Problem

(Problem-Driven Research)

We focus on addressing clearly defined challenges faced by companies, institutions, or user groups. Applied research in this context is based on analyzing a concrete need, which we tackle using data-driven approaches, digital tools, or new technological solutions.

Goal

To develop a solution for a specific problem with high practical value and the potential for rapid implementation in a real-world environment.

What We Offer

Joint problem definition with the partner

Solution development based on use-case specifications

Effectiveness validation in a real-world setting

Solution adaptation to the user context

Support with deployment and integration into existing systems

Good Practice Example

Solution:

Development of a data model for segmenting companies based on different levels of digital maturity

Description:

Creation of a quantitatively supported model that classifies companies into distinct segments according to identified latent factors. The model is based on exploratory factor analysis and a digital maturity index, enabling targeted consulting and more effective allocation of support instruments for digital transformation.

Application:

SMEs in the manufacturing sector; support institutions (e.g. ministries, Digital Innovation Hubs, SPOT offices)

Goal:

Improve the alignment between companies’ actual needs and consulting approaches; enable targeted measures for accelerated and effective digital transformation.

Development of a New Product or Service

(Product-Driven Research)

In developing advanced products and services, we support teams working at the intersection of technology and market needs. Our focus is on stages where research has the greatest impact on market success — from functional prototypes to validated solutions in real-world environments (TRL 5–8).

Goal

To develop an innovative product, technology, or business model with high market value.

What We Offer

Development and optimization of prototypes

Simulation and pilot testing in partner environments

Product adaptation to user needs

Validation of the business model with industry stakeholders

Market entry preparation (technical, commercial, and regulatory)

Good Practice Example

Solution:

Smart sensor module for monitoring machine vibrations and wear

Description:

Development of a compact IoT module that measures vibrations, temperature, and acoustic signals for early detection of mechanical anomalies in production equipment (predictive maintenance).

Application:

Small-batch production, metal processing industry

Objective:

Reduce unplanned downtime by up to 40% and extend equipment lifespan.

Usability Testing of Technologies

(Use-Case Exploration)

We focus on the experimental validation of the potential use of existing or emerging technologies in new contexts. The aim is to identify opportunities for cross-sectoral technology transfer, develop experimental applications, and assess the market relevance of innovative use cases.

Goal

To validate the application of technology in a specific context with a high degree of innovativeness, open possibilities for diversification, and the creation of new market opportunities.

What We Offer

Analysis of technological trends and application opportunities

Design and implementation of experiments in real or simulated conditions

Involvement of users and stakeholders in early-stage validation

Assessment of market potential and possible commercialization models

Support for further prototype development or idea pivoting

Good Practice Example

Solution:

Use of VR technology for training workers in industrial manufacturing

Description:

An experimental application of an existing virtual reality (VR) system, originally developed for simulations in the automotive industry, was adapted for training CNC machine operators in a medium-sized manufacturing company. The effectiveness of knowledge transfer, error reduction, and learning speed was tested in comparison to traditional mentorship methods.

Application:

Industry 4.0, training and workforce development in manufacturing

Objective:

Reduce training time by 30%, increase standardization of work procedures, and improve safety during the onboarding of new employees.