Slovakia has shifted from being a newcomer in the space industry to playing an active role in European space programs. The country now brings advanced satellite technology and research to the table.
More than 40 Slovak companies operate in the space sector. They work on international missions through partnerships with ESA and EU space initiatives.
Slovakia entered the modern space scene after joining the European Union. That move opened doors to programs like Galileo, EGNOS, and Copernicus.
The Slovak Republic launched formal space activities with its involvement in European Space Agency partnerships. The Slovak Space Strategy 2030+ set out clear goals for developing the national space sector.
This strategy helped position Slovakia as an emerging player in Europe’s space ecosystem.
The Ministry of Transport started preparing the Slovak Space Act. Slovakia also signed the Artemis Accords, showing its dedication to international space cooperation.
The Slovak Space Office now leads the country’s involvement in global projects like BepiColombo, JUICE, and JEM-EUSO. These partnerships boosted Slovakia’s tech skills and gave it credibility in the international space community.
Slovakia scored a breakthrough with its GRBAlpha satellite. ESA even called it “the world’s smallest astrophysics space observatory.”
This cubesat became the first of its kind to detect gamma-ray bursts in October 2022. Spacemanic, a top Slovak company, built both GRBAlpha and its follow-up, GRBBeta.
GRBBeta launched in July 2024. These satellites help study astrophysics and test new tech for future satellite constellations.
GRBAlpha showed that even tiny spacecraft can handle complex scientific tasks. During the record-breaking gamma-ray burst GRB 221009A, the satellite measured brightness that overwhelmed some bigger satellites. That’s pretty impressive.
Slovakia has put four satellites into orbit so far. That’s a solid track record for a country its size.
Two Slovak universities now run dedicated space engineering programs. They’re training the next wave of space professionals.
The Slovak space industry includes over 40 companies working in various parts of the space economy. Another 50 companies have the potential to jump into the sector, especially those in electronics, precision machinery, and ICT.
Slovakia takes part in all major EU space program components. That means Galileo navigation, EGNOS augmentation, and Copernicus Earth observation systems are all on the table.
Slovak companies and research groups contribute to Horizon Europe space projects. The space sector is growing fast, with firms involved in satellite manufacturing, tech development, and research.
Slovakia’s location and competitive manufacturing costs give it an edge. The industry’s main focus areas right now include:
ESA partnerships and EU programs keep boosting Slovakia’s space capabilities. The country is carving out a spot as a dependable contributor to European space exploration.
Three main organizations drive Slovakia’s space sector forward. The Slovak Space Office handles government coordination and industry growth.
SOSA leads the way in hands-on space tech development. SSPA focuses on policy and legal frameworks.
The Slovak Space Office has managed Slovakia’s space activities since 2021. It coordinates the country’s participation in ESA programs and oversees the growth of over 40 space companies inside Slovakia.
The office guides Slovak involvement in big international missions. Slovak companies contribute to BepiColombo, JUICE, and JEM-EUSO projects with the office’s support.
These missions help Slovak companies build up their skills in spacecraft components and satellite systems. Slovakia’s ESA Associate Member status gives access to major funding opportunities.
The country takes part in all key EU space programs, including Galileo, EGNOS, and Copernicus. Companies like CTRL, Needronix, and Spacemanic get support for developing space-grade sensors, cubesat parts, and custom satellites.
The industrial branch includes 50+ more companies with strong potential to enter the sector. These firms specialize in electronics, precision machinery, and IT—fields that are crucial for space.
SOSA has served as Slovakia’s main non-governmental space organization since 2009. The group develops practical space tech like stratospheric balloons, suborbital rockets, and spaceflight simulators for research and education.
SOSA hit a big milestone by developing skCUBE, Slovakia’s first satellite, which launched in June 2017. The project brought together universities like Žilina University, Slovak Technical University, and Technical University Košice.
Companies grown from SOSA’s activities launched GRBAlpha in 2021. This second Slovak cubesat involved an international research team from Slovakia, Czech Republic, Hungary, and Japan.
The project really shows SOSA’s knack for sparking commercial space ventures. SOSA also developed the ARDEA suborbital rocket as part of its tech advancement efforts.
This project gives Slovak engineers and students hands-on experience with rocket design and propulsion.
The Slovak Space Policy Association started up in 2015 to tackle space policy and governance. SSPA focuses on space law, policy frameworks, and regulations that impact Slovakia’s space growth.
This group acts as the national contact point for space policy talks in Slovakia. SSPA encourages active participation in international space governance and helps create rules for commercial space activity.
SSPA works closely with government agencies to develop space legislation. The association deals with licensing, liability, and safety standards for Slovak space companies and their global operations.
The group connects academic research with policy implementation. SSPA brings together experts in political science, international relations, and the space industry to build effective governance for Slovakia’s growing space sector.
Slovakia’s space ecosystem is buzzing. Over 40 companies actively work in space economy activities.
The sector blends decades of research with new commercial ventures. Strategic government moves and European partnerships back it all up.
Slovakia’s space ecosystem rests on a strong academic base and solid government support. The Slovak Space Office, under SARIO (Slovak Investment and Trade Development Agency), coordinates national space activities and manages ESA relationships.
The country has more than 40 active space companies. Another 50 firms are well-positioned to join space-related sectors, especially in electronics, precision machinery, Industry 4.0, and IT.
Key institutional players:
The East Slovakia Space Cluster, launched in January 2025, brings together academia, research, government, and private companies. The goal? To make Eastern Slovakia a space innovation hub.
Slovak experts have contributed to major European missions like Rosetta, BepiColombo, and JUICE. Their skills cover cosmic ray physics, plasma research, and satellite data analysis.
Slovak space companies work in everything from satellite tech to space data applications. Many use the country’s strengths in electronics and precision engineering.
The ecosystem mixes established tech companies with new startups. Deutsche Telekom IT Solutions Slovakia helped found the East Slovakia Space Cluster, showing how traditional tech firms are moving into space.
Company types:
Most Slovak space companies still rely on government contracts and ESA programs for income. Even so, interest in commercial space is growing as the industry shifts globally.
The Slovak Space Office supports new space ecosystems with targeted programs. These efforts help startups connect with established international players.
Slovak entrepreneurs benefit from strong engineering and physics programs at local universities. Decades of space research have built a skilled talent pool for new ventures.
The CanSat competition, supported by ESA, helps Slovakia develop future space entrepreneurs. Students design and launch functional satellite models using hybrid rockets.
Government support from SARIO and the Slovak Space Office gives entrepreneurs access to European funding. The ESA PECS program, in particular, opens doors for Slovak companies to join big space projects.
Regional collaboration also boosts opportunities. The ESA Miskolc-Košice Space Conference brought together over 100 experts, fostering partnerships between Slovakia and Hungary in ESA programs.
Slovak space entrepreneurs focus on practical uses for space tech, not launch services. That fits well with the country’s strengths in manufacturing, electronics, and precision systems.
Slovakia has built strong alliances with major space organizations. The country works closely with the European Space Agency, joins United Nations space initiatives, and connects Slovak companies to European industry networks.
Slovakia became an Associate Member of ESA in 2021. That marked a big step in its space journey.
Before that, Slovakia held Cooperating State status under the Plan for European Cooperating States (PECS) program since 2015. The partnership started with a Cooperation Agreement signed in 2010.
Now, Slovak companies and researchers work on major ESA missions like BepiColombo, JUICE, and JEM-EUSO. They bring specialized tech and expertise to these ambitious projects.
The Slovak Space Office manages ESA relationships through its Ministry of Education component. This setup handles political coordination and multilateral cooperation with both ESA and EU space programs.
EU integration goes beyond ESA. Slovakia joins in EU space security efforts and keeps up classified information exchange with European partners.
Slovakia joined the Artemis Accords as the 42nd signatory, supporting NASA’s framework for lunar exploration.
The Slovak Space Office collaborates with the United Nations Office for Outer Space Affairs on space governance. They work together on sustainable development and space law compliance.
Slovakia joins UN talks on space debris and responsible space activities. The country supports joint approaches to space traffic management and keeping orbits sustainable.
Through these partnerships, Slovakia helps build capacity for developing space nations. The country shares its expertise in satellite technology and space applications.
The Ministry of Education manages Slovakia’s UN space relationships, alongside ESA and EU responsibilities.
The Slovak Space Office’s Industrial Branch acts as the main contact for international space industry cooperation. SARIO handles this part, focusing on business development and building partnerships.
With the office’s support, 25 companies in Slovakia have branched into space sector activities. The office has sparked more than 60 local and international collaborations in space technology.
Slovak companies join European space supply chains through targeted partnerships. The Industrial Branch finds cooperation opportunities and connects Slovak businesses with international partners.
Foreign space companies get help setting up Slovak operations. The office guides them through local branch setup, product facilities, and research partnerships in Slovakia.
The partnership network stretches across 400+ foreign companies and research institutions mapped throughout European industrial structures. This network opens doors for Slovak companies to access European space markets and technology transfers.
Two Slovak universities now offer space engineering programs, turning out graduates ready for the European space industry.
Three major institutions form the backbone of Slovakia’s space research, pushing space technology and exploration forward. The Slovak Academy of Sciences leads interdisciplinary research, while specialized institutes handle experimental physics and astronomy.
The Slovak Academy of Sciences runs several departments focused on space technology. Teams here work on satellite systems, new materials, and propulsion technologies for commercial ventures.
Researchers from the Academy join forces with international space agencies on projects ranging from Earth observation satellites to deep space exploration missions. They’ve worked on lightweight spacecraft materials and navigation systems for space tourism.
The Academy partners with NASA and the European Space Agency. These ties let Slovak scientists contribute to major missions and build know-how in commercial spaceflight tech.
Academy labs also test space-grade electronics and communication systems. This research helps companies developing civilian spacecraft by providing proven components and safety guidelines.
The Institute of Experimental Physics focuses on space propulsion and zero-gravity experiments. Scientists here design new rocket engines and test propulsion systems for future tourist spacecraft.
Current projects include ion propulsion and hybrid rocket engines. These technologies promise safer, more efficient alternatives to traditional chemical rockets in commercial spaceflight.
The institute operates vacuum chambers that mimic space conditions. Companies use these facilities to check that their space tourism equipment works in a real vacuum.
Research teams explore how microgravity affects materials and living things. Their findings help space tourism companies predict how passengers might react to weightlessness during suborbital flights.
The Astronomical Institute tracks space debris and satellites, boosting space situational awareness and orbital mechanics expertise. Their monitoring systems provide safety data that commercial space operations depend on.
Institute scientists build trajectory planning software for spacecraft manufacturers. This tech calculates the best flight paths for space tourism, saving fuel and time.
The facility runs ground-based telescopes that keep an eye on objects in Earth orbit. Space tourism companies rely on this monitoring to pick safe launch windows and avoid satellite collisions.
Researchers also study solar radiation and space weather. Their forecasts help commercial operators plan launches during calm periods, protecting both passengers and equipment.
Slovakia has built a strong educational system for space technology, with dedicated engineering programs at top universities and active roles in international missions. Students get hands-on experience on real spacecraft projects and see clear career paths in the growing Slovak space sector.
The Slovak University of Technology leads the way in space education with its space engineering program. The curriculum covers robotics, electronics, sensors, and artificial intelligence for space.
Students use advanced equipment and learn practical skills for spacecraft development. The program puts a big emphasis on hands-on labs and project-based work.
Technical University of Košice offers programs in satellite communication and space systems engineering. These courses prepare students for mission control and satellite operations.
Comenius University in Bratislava focuses on astrophysics and space science. Its physics department contributes to major European space missions.
Pavol Jozef Šafárik University in Košice specializes in space physics and building scientific instruments for missions.
These programs get graduates ready for jobs in Slovakia’s space industry. Universities work closely with local companies to keep their courses relevant.
Slovak students join major European Space Agency missions like BepiColombo, JUICE, and JEM-EUSO. These projects give them real-world experience on spacecraft heading to other planets.
The skCUBE project marked Slovakia’s first satellite mission. Students from several universities teamed up to design, build, and operate this CubeSat after its 2017 launch.
In 2021, the GRBAlpha mission brought together students and researchers from Slovakia, Czech Republic, Hungary, and Japan. Students pitched in on both technical development and mission operations.
High school students compete in ESA’s CanSat competition, building tiny satellites for scientific experiments. These events introduce young people to space technology and engineering.
University research groups work directly with the Slovak Space Office on national projects. Students help write proposals, design technology, and implement projects.
The Slovak Organisation for Space Activities gives extra opportunities through stratospheric balloon launches and rocket projects. These let students gain practical experience outside the classroom.
More than 40 specialized companies in Slovakia employ professionals in Earth observation and satellite navigation. Big names include CTRL, Spacemanic, Needronix, and InSAR.
CTRL makes advanced sensors and spacecraft components. They offer entry-level jobs for new engineering graduates with space backgrounds.
Spacemanic builds custom CubeSats and hires electrical engineers, software developers, and project managers for satellite missions.
Needronix produces space-grade parts like sun sensors and RF systems. They’ve even secured direct ESA contracts outside the usual programs.
Government jobs exist at the Slovak Space Office and other agencies, covering policy, mission planning, and international cooperation.
Research careers are available at the Slovak Academy of Sciences and university institutes. Scientists work on instrument development and data analysis for international missions.
ESA provides traineeships and fellowships for Slovak graduates, opening doors to European space agency careers and international project management.
Slovak scientists and engineers have played a big role in international space exploration, teaming up with major space agencies. Their expertise ranges from earth observation tech and planetary missions to advanced cosmic ray research.
Slovak companies and research institutes have built key components for earth observation satellites. The Institute of Experimental Physics at the Slovak Academy of Sciences developed instruments for monitoring Earth’s atmosphere and magnetic field.
More than 50 Slovak companies now work in satellite technology. Many focus on software that processes earth observation data for business and science.
Slovakia has contributed to Galileo navigation systems through precision engineering and software. Slovak engineers designed ground equipment that boosts satellite positioning accuracy across Europe.
Research teams in Košice created radiation detectors for several satellite missions. These devices keep an eye on space weather that affects communication satellites.
Slovak universities now train students to design and build parts for earth observation missions launched by the European Space Agency.
The BepiColombo mission to Mercury features instruments developed by Slovak scientists at the Institute of Experimental Physics. Engineer Ján Baláž worked on devices that measure Mercury’s magnetic environment.
Slovakia’s work on the JUICE mission centers on the Particle Environment Package (PEP). This instrument studies Jupiter’s magnetosphere and its interaction with icy moons like Ganymede, Callisto, and Europa.
Both missions launched with Slovak-built components designed for harsh space conditions. The BepiColombo spacecraft carries Slovak tech that will operate near Mercury’s intense heat and radiation.
JUICE stands as Slovakia’s biggest contribution to planetary exploration. The mission should reach Jupiter in 2031 and search for life under the icy surfaces of its moons.
Slovak engineers spent years testing instruments for both missions. They designed equipment to work reliably during long journeys through deep space.
The JEM-EUSO project brings Slovak researchers into the hunt for ultra-high-energy cosmic rays. This global collaboration uses advanced telescopes to spot cosmic particles hitting Earth’s atmosphere.
Slovak scientists developed cameras and detection systems for JEM-EUSO. These tools catch light flashes from cosmic rays colliding with air molecules.
The GRBbeta mission launched in July 2024 on the European Space Agency’s Ariane 6 rocket. This Slovak-backed project studies gamma-ray bursts from distant galaxies.
Slovakia’s cosmic ray research goes back over fifty years. Scientists in Košice have built instruments for several missions studying high-energy particles from across the universe.
JEM-EUSO highlights Slovakia’s skill in space-based astronomy. Slovak-made components help scientists unravel the most energetic events in the cosmos.
Slovakia set up a clear legal structure for space activities with its new Space Act and the Slovak Space Office, which coordinates national space policy. The country works within EU frameworks but is building its own regulatory systems to support the growing space industry.
The Slovak Space Act took effect on February 1, 2025, creating Slovakia’s first full legal framework for space. This law finally filled a major gap in the country’s space regulations.
The Act sets clear rules for companies and organizations working in space. It covers licensing, safety standards, and operational guidelines for space businesses.
The Slovak Space Office makes sure these regulations are followed. The government set up this office on January 1, 2021, under the Ministry of Education, Research, Development and Youth.
This new legal setup gives Slovakia’s space sector more certainty. Companies now know exactly what’s required for satellite operations, technology development, and other space activities.
Slovakia aligns its space policy with EU standards and the European Space Strategy. The country needs to harmonize its national policies with broader European goals to keep things consistent.
The Slovak Space Strategy 2030+ lays out the country’s long-term vision for space within Europe. This plan stresses Slovakia’s participation in European Space Agency programs and international projects.
Slovakia aims to become a Full Member of the European Space Agency by 2029. That move would give the country better access to major projects and funding.
The country already contributes to big European missions like BepiColombo, JUICE, and JEM-EUSO. These partnerships help cement Slovakia’s spot in the European space community.
The Slovak Space Office shares information about national space activities and policies with the public. This government body tries to boost awareness of the space sector and its benefits for Slovak citizens.
Slovak space agencies work with international partners to exchange research findings and expertise. Two Slovak universities now offer space engineering programs, showing the country’s commitment to space education.
The regulatory framework sets rules for data sharing and transparency. Companies under Slovak space law have to meet reporting requirements and safety disclosures.
Slovakia wants to develop its space industry by giving the public access to space-related information. The country focuses on areas where it already has strengths, like remote Earth observation, space security, and satellite hardware development.
Slovakia has set up regional networks that bring together space research institutions and private companies. The East Slovak Space Cluster leads by connecting universities and tech firms.
The East Slovakia Space Cluster started in January 2025 as the main platform for space technology development in the country. Five founding members built the cluster: Technical University of Košice, Pavol Jozef Šafárik University, the Institute of Experimental Physics, Deutsche Telekom IT Solutions Slovakia, and the Slovak Space Office.
The cluster operates from UVP TECHNICOM headquarters in Košice. This spot offers more than 50 years of space research experience in cosmic ray physics and satellite data analysis.
Member institutions have worked on major European missions like Rosetta, BepiColombo, and JUICE. These projects helped Slovakia develop technical skills in spacecraft instrumentation and data processing.
The cluster turns academic research into commercial space applications. Companies use specialized labs and testing facilities. Students get involved in hands-on projects like the CanSat competition, where teams build small satellite models and launch them to 1 kilometer.
Universities in eastern Slovakia team up with space tech companies across Europe. The Slovak Space Office helps manage these partnerships through European Space Agency programs and funding.
Research institutions offer expertise in plasma physics and satellite communications. Private companies add manufacturing capabilities and market knowledge for space use.
The cluster co-hosted the ESA Miskolc-Košice Space Conference in February 2025. This cross-border event brought together over 100 experts from Slovakia and Hungary for project development and partnership formation.
University research programs often spin off academic startups. These new companies focus on satellite data analysis, ground station equipment, and space instrumentation.
Slovakia’s space economy is growing fast, with more than 40 active companies and rising investment opportunities. The global space travel market could reach USD 5,191.7 billion by 2033, growing at nearly 20% a year.
Slovakia has three new spacecraft companies focusing on satellite tech and space research. These firms work with international partners to create commercial space applications.
The sector includes companies that make precision parts for spacecraft systems. Several specialize in electronics and high-tech machinery for space missions.
Key Slovak Space Companies:
Slovak companies join European Space Agency projects regularly. The fourth Slovak satellite, GRBBeta, launched successfully after the well-known GRBAlpha mission.
The Slovak Academy of Sciences releases detailed reports on space research. These reports highlight the country’s growing skills in space technology.
The Slovak Investment and Trade Development Agency (SARIO) promotes Slovakia as a top spot for space industry business. They point out the country’s advantages in aerospace technology.
Slovakia holds a competitive position in the expanding European space market. The focus rests on innovation and technology transfer for international investors.
More than 50 other companies could move into space-related sectors. These include electronics, precision machinery, and IT firms.
Investment Opportunities:
Companies must follow both Slovak laws and European Union space regulations. This setup gives stability for long-term business planning.
SARIO helps companies enter Slovakia’s space economy with regulatory guidance and support for starting operations.
Small and medium businesses see big growth potential in Slovakia’s space sector. The ecosystem offers many points of entry for companies with technical skills.
Primary Growth Areas:
Slovak startups can tap into European Space Agency programs and funding. These links open doors to international markets and partnerships.
The country has a skilled workforce, with engineers and technicians trained in high-precision manufacturing. Universities run specialized programs to support the space industry.
Companies benefit from Slovakia’s central European location, reaching both Western and Eastern markets easily. The strong manufacturing base gives supply chain advantages for space tech.
Government support includes incentives for research and development. Tax breaks and grants help startups get off the ground in the space sector.
Slovakia faces major infrastructure and regulatory hurdles as it grows its space capabilities, but European partnerships and focused technology development offer real opportunities. The road to space travel means building ground systems and handling tricky international rules.
Right now, Slovakia doesn’t have the basic infrastructure for independent space travel. The country lacks launch sites, spacecraft factories, and astronaut training centers.
Slovak companies mostly work on satellite hardware and Earth observation tech, not human spaceflight systems. More than 40 companies operate in space-related fields, but most focus on components and data services, not propulsion or life support.
The nation leans heavily on partnerships with established space powers. The Slovak Space Office teams up with the European Space Agency to use training facilities and launch services abroad. This reliance brings logistical headaches and limits Slovakia’s ability to run its own space travel programs.
Key infrastructure needs:
Slovakia’s universities do space research, but there’s a gap in hands-on engineering for human spaceflight systems. The Košice Space Cluster tries to bridge academia and industry, though its focus stays mostly on research.
Slovakia’s new Space Act, expected by September 2024, will put the Ministry of Transport in charge of space activities. This law will set up the legal framework for civilian space travel.
The Ministry of Transport has to work with Defense and Education ministries. Each brings different priorities, which could make approval processes for space tourism ventures more complicated.
Environmental concerns focus on rocket emissions and managing space debris. Slovakia’s dense population means careful flight path planning to reduce risks during launch and reentry.
Regulatory challenges:
Slovakia takes part in European space programs like Galileo and Copernicus, so it must follow EU environmental rules. These requirements might limit certain propulsion systems or launch frequencies.
The country’s small size creates challenges for emergency response and recovery. Space vehicles would need to coordinate with neighbors for contingency planning and airspace management.
Slovakia wants to become a full European Space Agency member by 2029, opening the door to more funding and joint projects. This would let Slovakia join bigger human spaceflight initiatives led by European partners.
The Slovak Space Office hopes to attract international space companies to set up shop in Slovakia. Tax incentives and a skilled workforce could make the country a hub for space tech manufacturing.
Strategic focus areas:
Slovakia’s spot in Central Europe helps with certain orbital paths and ground station coverage. The country could become a coordination center for European space traffic management.
Government investment focuses on research partnerships with established space nations. Slovakia looks for technology transfer deals to build domestic skills and contribute to international missions.
Over the next decade, Slovak citizens will likely join space missions as specialists before tourists get a chance. Scientists and engineers may join European or American crews first.
Private sector growth depends on steady government support and deeper European integration. If current policies succeed, Slovakia’s space economy could really take off.
Slovakia has reached big milestones with its GRBAlpha and GRBBeta satellites, while building strong partnerships with international space organizations and developing a space tech sector with over 30 specialized companies.
Slovakia made its first big satellite breakthrough with GRBAlpha in March 2021. The European Space Agency even called it “the world’s smallest astrophysics space observatory.”
This small satellite made history in October 2022 as the first cubesat to detect gamma-ray bursts from distant galaxies.
In July, the country launched its fourth satellite, GRBBeta. This satellite builds on GRBAlpha’s success and tests new tech for future satellite groups.
Slovakia sent astronaut Ivan Bella to space in 1999 on a Russian Soyuz mission. He spent eight days on the Mir space station doing scientific experiments.
Slovakia takes part in all major European Union space programs, including Galileo navigation, EGNOS safety systems, and Copernicus Earth observation.
The country holds associate membership with the European Space Agency. This lets Slovak companies bid on ESA contracts and join big missions.
Slovak organizations work on major international projects like BepiColombo, JUICE, and JEM-EUSO. These missions explore Mercury, Jupiter’s moons, and cosmic phenomena.
Slovakia plans to join the Artemis Accords for peaceful space exploration. The government is working on new space laws to support these partnerships.
Ivan Bella is Slovakia’s only astronaut so far. He flew on the Soyuz TM-29 mission to the Mir space station in February 1999.
Bella ran scientific experiments during his eight-day mission. He studied materials processing and watched Earth from space.
His mission marked Slovakia’s first human spaceflight. Bella worked alongside Russian cosmonauts on the international mission.
After Bella’s flight, Slovakia shifted focus to satellite tech and robotic missions. The country hasn’t sent more astronauts to space yet.
Slovakia has over 30 companies working in the space economy. More than 40 others show strong potential to enter the sector.
Spacemanic stands out as Slovakia’s top space tech company. They built both GRBAlpha and GRBBeta satellites with international partners.
The company specializes in small satellite tech called cubesats. These compact satellites can handle complex science tasks at lower costs.
Slovak companies mainly focus on Earth observation and satellite navigation systems. They’re also active in electronics and precision manufacturing for space.
The Slovak government set up the Slovak Space Strategy 2030+ to guide future space activities. This plan lays out the vision and goals for the sector.
The Ministry of Transport is preparing the Slovak Space Act, which will regulate space activities and create a legal framework for companies.
Slovakia created the Slovak Space Office to lead the sector. This office coordinates international projects and supports local companies.
The government funds research through Horizon Europe space projects. Slovak research institutions can get European Union space grants.
If you’re a student in Slovakia, you can get into space-related careers by studying engineering or physics at local universities. These programs actually give you hands-on skills for working with space technology companies.
The space sector in Slovakia is growing, and it’s opening up jobs in satellite technology, Earth observation, and navigation systems. Companies are looking for engineers, software developers, and project managers—so there are options.
If you’re already a professional, you might want to check out the Slovak Organisation for Space Activities (SOSA). SOSA actively promotes space science and helps Slovak organizations connect with international projects.
Thanks to Slovakia’s associate membership in the European Space Agency, professionals here can join big space missions and pick up valuable international experience. That’s a pretty exciting door to walk through, isn’t it?
