FFplus_BRM Aero_Airmobis

Czechs, empowered by supercomputers and AI, design part of a wing for a new aircraft

Czech companies received a grant of EUR 200,000 from the European FFplus initiative. Thanks to this, they can significantly speed up the process of designing a new type of aircraft using advanced technologies such as artificial intelligence, digital modelling, neural networks, and simulations, which are also accelerated by supercomputers. Experts from IT4Innovations National Supercomputing Center in Ostrava will help them with the implementation. The companies succeeded in a competition of 126 European projects, thanks in part to the support of the National Competence Centre in HPC, which provided assistance with the project’s development.

Financial support was provided to BRM AERO, a family-owned company specialising in custom aircraft manufacturing for developing new aircraft. It has formed a strategic partnership with the engineering Airmobis company, which also specialises in aerodynamic development work. IT4Innovations’ comprehensive industry know-how will be complemented by its expertise in advanced technology and supercomputing.

The new development method will focus primarily on the shape and configuration of the wing high-lift mechanism. Optimisation of the shape and path of the flaps will be key to achieving maximum efficiency.  Traditional computational methods have failed to achieve the required level of accuracy. The innovative approach will result in a methodology that will not only create an optimised aircraft shape in a fraction of the time and cost but also reduce the weight and volume of production material, increase cruise speed, and reduce fuel consumption. This will lead to greater environmental sustainability while meeting strict safety and performance standards.

The company will offer a new aircraft model with significant operational savings and gain a competitive advantage in the international market. In addition, this methodology will be applicable to the innovation of other new aircraft models, significantly reducing the time to market.

Over the past five years, it has become clear that customers prefer two-seat aircraft with the performance and comfort of a modern, high-end car. BRM AERO is responding to this demand by designing a new model. The growing market potential in the USA and Europe suggests that demand for these planes will grow significantly, with BRM AERO exporting 90 % of its production to more than 50 countries.

The project will make use of the latest technologies. The key will be computational fluid dynamics (CFD) simulations, which can analyse the airflow around the aircraft in detail and optimise the shape of the flaps and wings to reduce drag and increase lift. Supercomputers will allow thousands of variations of these simulations to be processed efficiently and quickly. Another key technology used will be a neural network.  This deep learning model will be trained on a large amount of data obtained from the simulations, allowing faster and more accurate design of optimal configurations. This significantly reduces the need for physical prototyping, saving time and cost. In the final stages of implementation, the new designs will be tested through 3D simulations to verify the aerodynamic properties of the optimised aircraft.

In addition, experts from IT4Innovations have been invited to work on another initiative approved under the FFplus programme, worth almost EUR 260,000. This initiative will focus on developing a new AI model in applied structural biology. Find out more about it on the National Competence Centre in High Performance Computing (NCC in HPC) website.

For more information about other selected FFplus projects, see here.

Media Contact

Kateřina Beranová, Communication Specialist at the National Competence Centre in HPC

katerina.beranova@vsb.cz

tel.: +420 770 641 223

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The National Competence Centre in High-Performance Computing (HPC), abbreviated as NCC, is the gateway to the world of supercomputing for Czech businesses, startups, public organisations, and academia. It provides access to know-how and technologies for high-performance computing, high-performance data analysis, artificial intelligence, and quantum computing.

As part of its services, the centre offers advice and consultation, provides access to supercomputers and organises training in the field. The centre helps its partners navigate their options for using supercomputing technologies. It connects interested parties with IT4Innovations National Supercomputing Center experts to help them identify opportunities, propose solutions, and test the added value that supercomputing can bring to their cases. Since its foundation, the centre has established successful collaborations with a wide range of businesses and organisations across industries.

The centre was established under the auspices of the EuroCC project, which was approved and supported by a grant from the European Joint Undertaking for HPC (EuroHPC JU), funded by the European Union’s Horizon 2020 research and innovation programme and the Czech Republic.

For more information, see www.eurocc-czechia.cz/o-nas/

About the BRM AERO company
BRM AERO is a Czech family company from Kunovice, founded in 2009 by father and son, Milan and Martin Bříštěla. The company specialises in developing and manufacturing two-seater aircraft in ultralight, light sport, and general aviation categories. During its existence, it has delivered more than 1,000 aircraft to customers worldwide.

Production takes place on an area of over 15,000 m², where more than 130 professionals work with a focus on quality, innovation, and safety. BRM AERO produces more than 110 aircraft per year, which are distributed through an international network of partners and dealers.

The Bristell brand is known for its spaciousness, comfort, and customisation. Bristell aircraft are popular with private pilots, flight schools, and operators looking for a combination of performance, reliability, and high utility value.

For more information, see www.bristell.com.

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Slovenian Supercomputing Network Days 2024

This year´s edition of the Slovenian Supercomputing Network Days 2024 conference, which took place in Ljubljana from 3 to 5 December, brought together experts in supercomputing and artificial intelligence, as well as representatives of the National Competence Centres in High-Performance Computing (NCC in HPC) and Centres of Excellence (CoE).

The event was organised by EuroCC SLING, the Slovenian NCC in HPC, which presented its areas of operation and services, the Slovenian supercomputing infrastructure (especially the VEGA supercomputer) and its planned upgrades. The lectures focused on success stories of using supercomputers in research and industry.

The Czech NCC in HPC was represented by Tomáš Karásek, who presented a paper on best practices in networking and developing cooperation with companies. Sharing our experience was highly interesting and inspired other participants to join the discussion. Moreover, sharing our experience in developing effective training programmes and gathering information on users’ training needs was also met with interest.

The conference was preceded by the Central European Regional Group Meeting, where we discussed current topics and challenges with colleagues from the Polish, Austrian, Croatian, and Dutch NCCs in HPC. This dialogue fostered our regional cooperation and created the basis for further joint projects.

A recording of the whole event is available here.

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2nd Czech-German Business Meeting

IT4Innovations at the 2nd Czech-German Business Meeting: AI and Supercomputing for Efficient Hydrogen Production, Transport, and Storage

On Thursday, 10 April 2025, the second Czech-German business meeting took place in Ostrava. It was dedicated to the topic of “Transformation of industry through intelligent production and energy solutions.” The meeting was held in the spirit of technological innovation and international cooperation. It brought together representatives of companies, research institutions, and industrial partners from the Czech Republic and Germany.

Tomáš Karásek, Head of the National Competence Centre in High-Performance Computing and Head of the Parallel Algorithms Research Lab at IT4Innovations National Supercomputing Center, gave a presentation titled “Digital Tools, AI, and High-Performance Computing are Changing the Rules in Optimising Hydrogen Production, Transmission, and Storage”.

The presentation also included an introduction to the REFRESH and ZEUS projects, which, among other things, focus on hydrogen technology research using advanced digital methods and computationally intensive simulations.

In addition to the technical part, the event also featured meet-up points of industrial companies focused on putting state-of-the-art technologies into practice. The whole meeting underlined the importance of Czech-German cooperation in the field of innovation and digital transformation of industry.

For more information, visit the event website.

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Green Light Startup Show

Supercomputing in practical application at the 2025 Green Light Startup Show

On 10 April 2025, we had the honour to be partners of the Green Light Startup Show at VSB – Technical University of Ostrava (VSB-TUO), where our centre and the European Digital Innovation Hub Ostrava (EDIH) shared our experience and showed how supercomputers and digitalisation can support innovation and the development of startups.

This event was an excellent opportunity for us and young innovators and startups changing the world. In addition to presenting the possibilities of using supercomputers in various fields, we had the pleasure of meeting entrepreneurs keen on coming up with unusual and sometimes controversial ideas.

We were introduced to some of the most promising projects created within the startup accelerator programme during the event. They included:

  • IdentiLink – A secure system for schools to digitise access, attendance, and catering, replacing outdated plastic cards.
  • NaraVet – A web application connecting vets with pet owners to simplify administration and improve communication.
  • MAJO GREEN – Innovative green shading elements for exteriors that cool the space, improve air quality, and contribute to visual aesthetics.
  • Delta Innovations – Development of innovative supplements for the body and mind that promote energy, regeneration, and overall vitality.
  • Tichá toaleta (Silent Toilet) – A revolutionary solution for ensuring privacy in homes, offices, and public spaces by eliminating unpleasant sounds.
  • CalciTrace – A tool for tracking and analysing health data, aimed at prevention and lifestyle improvement.

These meetings and projects demonstrated the enormous potential of supercomputing and digitalisation in supporting innovation and startups. We are delighted that we could participate in this inspiring event and look forward to working with these talented entrepreneurs in the future.

For more information, visit the official website.

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Education in High-Performance Computing in Europe: Take Part in the Survey

Help shape the future of HPC, AI, and quantum computing training in Europe!

Do you deal with technologies such as High-Performance Computing (HPC), Artificial Intelligence (AI), or Quantum Computing? Are you interested in professional development opportunities in these areas? A European-wide training survey is underway to map current training opportunities and identify gaps that need to be enhanced.

Your experience and feedback will help us establish more effective training programmes that meet the real needs of advanced technology users. Motivated people interested in the following areas can also get involved.

The survey results will be presented at the ISC25 conference in Hamburg and published as a white paper. If you would like to receive a copy, please include your email address at the end of the survey.

Thank you for playing your part in improving high-tech education in Europe.

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EuroHPC Summit 2025

EuroHPC Summit 2025: Latest trends and visions for European supercomputing and quantum computing

On 18-20 March 2025, the EuroHPC Summit 2025, a key European meeting focused on the use and development of high-performance computing (HPC), quantum computing (QC), and artificial intelligence (AI), was held in Krakow, Poland. The conference provided a platform for sharing the state of the art and discussions between experts, researchers, industry leaders, and policymakers.

Representatives of the Czech National Competence Centre in HPC and IT4Innovations also participated, contributing to the exchange of experience and gaining valuable information for Czech users of advanced computing technologies.

AI Factories: Europe responds to global competition in AI

One of the main topics of the summit included AI Factories, a pan-European project that will connect and leverage Europe’s supercomputing infrastructure with the latest AI technologies.

The project aims to increase Europe’s competitiveness in artificial intelligence by supporting and accelerating the development and wider deployment of AI tools in society and industry.

Czech IT4Innovations is part of the LUMI AI Factory consortium. For more, see here.

Growing focus on European quantum computing

The summit also featured a discussion on the growing importance of quantum computing and its integration into the European supercomputing infrastructure. Hybrid systems linking classical supercomputers with quantum technologies have the potential to fundamentally change the way complex computations are solved. The new Quantum Insights session allowed participants to learn about different types of quantum infrastructure and chips. The new LUMI-Q consortiums VLQ quantum computer, which is now being installed at IT4Innovations in Ostrava, was also presented. 

Development of new microprocessors for European supercomputers

An important part of the programme was the development of European microprocessors, which could foster Europe’s technological independence in supercomputing and artificial intelligence. New European microprocessor architectures should enable performance and energy efficiency in the most computationally demanding applications while reducing dependence on foreign technologies.

In this context, the EUpilot project, which focuses on testing and validating new processor technologies directly in supercomputing conditions, was presented.

More efficient and accessible supercomputing for European industry

There were also thematic panels devoted to making supercomputers available for industrial companies. Talks were held on optimising software for new architectures, linking high-performance computers to cloud services, and increasing energy efficiency. The EuroHPC JU is continuously looking for ways to reduce operating costs, make computing power available to a wider range of users, and ensure the sustainability of Europe’s HPC infrastructure.

For more information about the EuroHPC Summit 2025, please see the official website and the latest IT4Innovations news.

The event’s main organiser is the EuroHPC JU, a joint initiative of the European Union, 34 European countries, and three private partners to develop a world-class European supercomputing ecosystem and foster Europe’s competitiveness in high-performance computing.

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Four opportunities to get free access to Europe’s most powerful supercomputers in spring 2025

Need more computing power than you currently have available? Now, you have an excellent opportunity to get free access to Europe’s fastest supercomputers in the EuroHPC JU calls.

These calls allow you to accelerate development, process large volumes of data, leverage machine learning, numerical simulations, and artificial intelligence, generate visualisations, and implement projects that would otherwise be beyond your technical capabilities.

Below is an overview of the latest calls for spring 2025 that you should not miss.

 

1. Regular Access Mode: Stable access for long-term projects

Designed for: companies, research teams, and public institutions.

Features: Long-term access to petascale and pre-exascale supercomputers.

Application deadline: 28 March 2025 at 10 am.

Ideal for larger research or industrial projects that require stable and powerful computational resources.

2. Call for AI and Data-intensive Applications

Designed for: Projects focused on artificial intelligence, machine learning, generative AI, and data-intensive applications.

Features: Computing power required for training models and processing large volumes of data.

Application deadline: 11 April 2025 at 10 am.

Do not miss the chance to obtain the computational resources you need for your innovative projects.

3. Benchmark Access Mode and Development Access Mode every month

Need a smaller amount of computational resources for testing or development? Then you can apply for Benchmark Access Mode and Development Access Mode:

Application deadline: Every first day of the month until 10 am (next dates: 1 April, 1 May 2025).

A great choice for pilot projects, scalability testing, and application tuning.

4. Extreme Scale Access: For complex computational tasks

Designed for: Projects with extreme demands on computing power and data resources.

Application deadline: 18 April 2025 at 10 am.

If you work on massive simulations or process large volumes of data, this call will give you the capacity you need.

Would you like to know about all the opportunities for businesses, startups, public institutions, and academics to access supercomputers? For a comprehensive overview of all calls, see here.

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Superpočítačové simulace proudění tekutin zrychlují inovace v letectví a průmyslu(2)

Fluid flow simulations using supercomputers accelerate innovation in aerospace and industry

At the end of 2024, the Supercomputing in Europe podcast was created, in which supercomputing experts from all over Europe discuss a wide range of topics. What are high-performance computing systems used for, and why are they key to research and development? What are the new emerging technologies? What is the relationship between artificial intelligence and supercomputers?

What is the potential of quantum computing? Please find the answers to these questions and more in our bi-weekly podcast episodes.

In the latest episode, Sophia Honisch from the High Performance Computing Center Stuttgart (HLRS) talks to Matthias Meink, Head of the Numerical Department of the Institute of Aerodynamics at RWTH Aachen University.

Meinke shares insights into the key role of high-performance computing (HPC) in aerodynamic simulations using computational fluid dynamics (CFD) methods. He also reflects on the challenges associated with performing simulations on the most powerful exascale supercomputing systems, the development of tools for multiphysics simulations, and the broader impact of these findings on aerodynamics and engineering.

To give you an idea – if a supercomputer has a power of 1 exaflop, it can solve a billion billion floating point operations per second.

🎧 This episode shows how supercomputer simulations are changing the industry and helping to create safer, more economical, and more efficient technologies. Listen to the entire episode and immerse yourself in the world where revolutionary innovations are born!

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Czech companies also use computational fluid dynamics to innovate products or processes and gain an advantage over their competitors. Read about them in these stories about successful collaborations:

This podcast has been produced thanks to the European Centre of Excellence for Engineering Applications (EXCELLERAT), with financial support from the European Commission and the EuroHPC JU initiative (a joint project between the EU, European countries, and private partners to develop a supercomputing ecosystem in Europe.

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34 calls for free HPC resources (not only) for industry

Each year, the European High Performance Computing Joint Undertaking (EuroHPC JU) launches a call for proposals to acquire computational resources on nine supercomputers from the European network of pre-exascale and petascale systems. Industrial companies, as well as other companies and start-ups, public institutions, and academics, can submit their projects.

A total of 34 application deadlines have been published for 2025 in 5 different thematic calls.

We will be happy to help you navigate the calls, project preparation, and the call application itself.
Contact us.

1. BENCHMARK ACCESS MODE

A fast type of access to supercomputing systems that allows you to test or benchmark applications, perform code scalability tests, and test Artificial Intelligence (AI) applications. The application approval process is performed continuously.

Users will receive a limited amount of HPC resources.

The maximum allocation period is three months.

Project submission deadlines for 2025:

Every first day of the month until 10.00 am.

Více informací

 

2. DEVELOPMENT ACCESS MODE

HPC application developers and researchers can request a small amount of computing time to develop their own code and familiarise themselves with currently available technology. This call enables the development, testing, and optimisation of applications, codes, and algorithms, as well as the development of artificial intelligence application methods.

The maximum allocation period is three months.

Project submission deadlines for 2025:

Every first day of the month until 10.00 am.

Více informací

 

3. AI AND DATA-INTENSIVE APPLICATIONS ACCESS MODE

This is a call for those who need access to HPC resources to advance their work in Artificial Intelligence (AI) and data-intensive applications.

It supports the development of ethical artificial intelligence, machine learning (ML), and data-intensive applications in general, with a particular focus on basic models and generative AI.

Project submission deadlines for 2025:
  • February, 10.00 am
  • April, 10.00 am
  • June, 10.00 am
  • August, 10.00 am
  • October, 10.00 am
  • December, 10.00 am
Více informací

 

4. REGULAR ACCESS MODE

It allocates resources of petascale or pre-exascale supercomputing systems. It offers three distinct application areas: industrial and corporate projects, public administration, and scientists.

Project submission deadlines for 2025:
  • 28th March, 10.00 am
  • 5th September, 10.00 am
Více informací

 

5. EXTREME SCALE ACCESS MODE

This call is for projects that require extreme computing time, data storage, and support resources. It offers three distinct application areas: industrial and corporate projects, public administration, and science.

Project submission deadlines for 2025:
  • 18th April, 10.00 am
  • 17th October, 10.00 am
Více informací

 

Don’t miss this opportunity to submit your projects to one of the EuroHPC JU calls for 2025! We’ll be happy to help you with this.

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The European Innovation Council offers business up to EUR 30 million for companies to develop industrial technologies – accelerate them using supercomputers

Innovative companies and ambitious start-ups have a unique opportunity to receive significant support for technological development in 2025. The European Innovation Council (EIC) has launched a new EUR 300 million Step-up Facility to support the development of digital and engineering innovation, sustainable technologies, and biotechnologies.

Selected projects can receive funding of up to EUR 30 million, opening the door to significant technology developments for companies. Plus, we will help you design how to accelerate your projects with the power of supercomputers.

What areas does the initiative target?

  • Digital and Engineering Technologies, specifically semiconductors, artificial intelligence, quantum technologies, sensors, robotics, and autonomous systems.
  • Sustainable technologies focusing on net-zero solutions such as solar and wind energy, battery storage, geothermal energy, hydrogen, biogas, carbon capture, as well as circular economy and nuclear energy.
  • Biotechnology, including critical drug discovery, DNA/RNA, proteins, cell engineering, gene vectors, bioinformatics, and nanobiotechnology.

How to participate?

Applications are now open, and interested parties can submit their projects via the EIC website. The evaluation of the submitted projects takes place on a quarterly basis. Detailed information on the programme and funding conditions can be found here.

We can help you accelerate your plan with supercomputers

Solving such global challenges generally requires the employment of advanced data analysis, simulation, modelling, artificial intelligence, and, therefore, supercomputers or the aforementioned quantum technologies. In these areas, we will be happy to guide you and help you create tailored solutions.

Turn your innovative ideas into successful solutions and join the technological leaders in Europe.

All you need to do is contact us and get free support from experts in supercomputing and quantum computing in practice.

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