Projects co-financed by the European Union

FORTES is a leader in outdoor touch technology. Since 2013, we have been providing clients with easy access
to information through touch screens in any weather.

Touch glass with antimicrobial treatment

Touch glass with antimicrobial treatment

The essence of the project is a product innovation, namely the introduction of production and marketing of a completely new, structurally demanding high-tech touch glass with a special antimicrobial layer, the prototype of which was created on the basis of the Applicant's own research and development. The acquisition of new production technology is necessary for the introduction of mass production of the innovative product.

Participation of FORTES interactive, s.r.o. at foreign trade fairs

Participation of FORTES interactive, s.r.o. at foreign trade fairs

The implementation of the project will increase the competitiveness of the applicant, allow to maintain the current level of employment and by expanding to foreign markets will create conditions for the creation of new, highly qualified jobs in production, trade and services. The combination of MARKETING 1 funding, the applicant's experience and its own highly qualified staff will enable the applicant to continue its strategic development, ensure its future prosperity and create a realistic expectation that the project will continue after the end of MARKETING 1 funding, while maintaining all activities and links. Thus, the continuation of the project and the applicant's pro-export activities with the aim of long-term success on the foreign market will not require further support from public resources. All operating costs related to the foreign market will be covered by the applicant from its own operating funds.

Innovative surface treatments with reduced risk of infection transmission

Innovative surface treatments with reduced risk of infection transmission

Solutions for antimicrobial and antiviral protection of surfaces in public spaces using systems that allow to radically reduce the concentration of conventional biocidal products using photoactive materials and that enhance the effects of these biocidal substances. The systems will be designed to minimise the risk of migration of harmful substances into the environment, thereby significantly reducing the burden on human health from persistent micro-pollutants with long-term effects. The project will be designed in accordance with the principles of sustainable development.