The largest research infrastructure in Hungary
Fostering business innovation and practical usability (commercialisation)
Non-refundable budget
Excellence-based programmes; fostering fundamental research and institutional programmes tackling societal challenges
Non-refundable budget
Stimulation of large enterprises, SMEs and innovative start-ups to achieve their RDI objectives
budget of non-refundable and refundable sources
Funding discovery research projects without thematic priorities
budget of non-refundable sources
Providing cutting-edge tools and equipment for Hungarian research centres
budget of non-refundable sources
Improving SME’s competitiveness and their ability to access international financing
budget of non-refundable sources
Supporting the commercialisation of scientific achievements
budget of non-refundable sources
The Economic Development and Innovation Operational Programme receives applications from the entire country except the Central Hungary region
budget of non-refundable and refundable sources
The Competitive Central Hungary Operational Programme provides funding for the Central Hungary region only
budget of non-refundable and refundable sources
Chapter-managed appropriation of the Ministry of Innovation and Technology, supporting institutional excellence programmes and pilot projects for innovation in energy.
Non-refundable budget
National Research, Development and Innovation Fund made up of the innovation tax paid by enterprises
budget of non-refundable sources
As a Hungarian enterprise, Gravity Research & Development Zrt. has been present on the global market for recommendation engines since 2010, helping service providers in a wide variety of industries both in Hungary and abroad. Under the brand names Yusp and Yuspify, they offer personalisation solutions based on cloud analytics to better understand and predict customer needs in providing online services. Funding from the National Research, Development and Innovation Fund has helped the company to further develop its product range with new technologies to make it more attractive and competitive on this rapidly changing market.
Precision oncology has become part of everyday cancer care. The molecular profile of a tumour can be accurately mapped and a wide range of targeted drugs are available for treatment. However, it is an enormous challenge to effectively link the two areas to ensure that therapy is truly personalised. The oncology decision-support system developed by Oncompass Medicine Hungary Kft. uses artificial intelligence to analyse genetic and clinical data, and then assigns the drugs and active substances that are expected to produce the best results in a given case.
Modern medicine relies more and more on knowledge acquired in molecular biology and genetics. Therefore, the research into molecular markers revolutionising the diagnosis of diseases has also become extremely timely both for academic basic research and for pharmaceutical research. In order to harmonise the efforts of discovery research and industrial pharmaceutical developments, the Molecular Biomarker Research and Service Centre of Eötvös Loránd University (ELTE Biotechnology HEICC) was established, about the goals and achievements of which, we interviewed Professor Imre Kacskovics, head of Department of Immunology of Eötvös Loránd University (ELTE).
Professor László Gránásy and his team are engaged in modelling the formation of polycrystalline materials, a research they were granted funds for early in 2018 under the “Frontline” – Excellence Programme developed by the NRDI Office. The goal, after having fully understood the crystallisation process, is to use the results in biological systems.
The aim of the call is to support activities for the protection of intellectual property rights in Hungary and/or internationally.
Aim of the call for proposals supporting activities for the protection of intellectual property rights in Hungary and/or internationally.