The European Space Agency (ESA) is set to host its flagship Industry Space Days (ISD) event on September 16-17, 2026, at ESA-ESTEC in Noordwijk, the Netherlands. This pivotal gathering will bring together Europe’s dynamic space sector, fostering an environment for idea exchange, capability showcasing, collaborative discussions, and the exploration of new opportunities with ESA. A significant focus of ISD 2026 will be on empowering innovative startup companies that are developing groundbreaking applications for space technologies.
A Hub for Space Innovation and Collaboration
The Industry Space Days event serves as a critical nexus for the European space industry, a sector experiencing robust growth and increasing diversification. In recent years, ESA has intensified its commitment to nurturing the burgeoning space startup ecosystem through its extensive network of 40 Business Incubation Centres (BICs). These centres, strategically located across 23 European Participating States, provide crucial business support and incubation services to over 250 new space-based companies annually. This support mechanism is designed to translate innovative ideas into viable commercial ventures, thereby strengthening Europe’s competitive edge in the global space market.
For ISD 2026, ESA has allocated dedicated exhibition space, christened the "ESA BIC Village," within the main Exhibition Hall. This curated area will feature 32 selected startups, each provided with a shared booth. Over the two-day event, these emerging companies will have the opportunity to present their unique products, services, and technological advancements to a diverse audience of potential customers, strategic investors, and key business partners. The shared booth arrangement encourages cross-pollination of ideas and facilitates synergistic collaborations between the startups themselves.
Jens Kauffmann, Head of ESA’s SME Section, which meticulously organizes the event, highlighted the multifaceted nature of ISD 2026. "At Industry Space Days, there will be thousands of pre-planned business meetings, presentations from ESA directors and industry leaders, and forums dedicated to sharing ideas and collaborating on new commercial uses of space," Kauffmann stated. "This is an unparalleled opportunity for startups to introduce themselves to other industry players of all sizes, paving the way for potential collaborations and partnerships that can drive the future of space commercialization." The emphasis on pre-arranged meetings underscores the event’s commitment to facilitating meaningful connections and tangible business outcomes.
Spotlight on Innovation: The ESA BIC Village Startups
The startups selected to exhibit in the ESA BIC Village represent a broad spectrum of cutting-edge technologies and services, spanning both the upstream (spacecraft, launch vehicles) and downstream (satellite applications, data services) markets, as well as technology transfer initiatives. These companies are at the forefront of innovation, addressing critical challenges and unlocking new possibilities within the space domain. A comprehensive list of all companies exhibiting at ISD 2026 is available on the official ISD website, providing attendees with a detailed overview of the participating entities and their offerings.
To provide a deeper insight into the innovative solutions being presented, ESA has highlighted five of the startups featured in the ESA BIC Village. These brief profiles offer a glimpse into the diverse capabilities and strategic objectives of these emerging space enterprises.
Alloy Additive: Revolutionizing Metal Component Manufacturing for Space
Alloy Additive, a Germany-based startup, is poised to transform the lead times associated with producing critical metal components for space applications. Leveraging advanced TIG-Wire Arc Additive Manufacturing (WAAM) technology, the company specializes in delivering custom titanium, nickel, and stainless-steel parts on-demand, drastically reducing production cycles from months to mere days. Their innovative approach is particularly suited for the fabrication of high-performance launcher subcomponents, large-scale structural metal parts, and lightweight pressure vessels, all optimized for the demanding environment of space missions.
Mehmet Çetinkaya, CEO and Founder of Alloy Additive, expressed his enthusiasm for the event. "Joining an event like this brings us directly to the centre of the European space business ecosystem," Çetinkaya remarked. "At ISD, we hope to connect with prime integrators looking to drastically reduce lead times for large-scale metal components, while demonstrating how our 3D-printing technology makes space hardware manufacturing faster, cleaner, and more cost-effective." Alloy Additive is actively seeking partnerships with launch vehicle manufacturers, satellite and spacecraft manufacturers, space-system integrators, propulsion companies, and Tier-1 aerospace suppliers who are in pursuit of more agile and efficient solutions for their large-scale, high-performance metal component needs. The company’s ability to offer rapid prototyping and serial production of complex metal geometries represents a significant advancement in the space manufacturing landscape.
CompPair Technologies: Pioneering Self-Repairing Composite Materials
Switzerland-based CompPair Technologies is set to unveil its groundbreaking composite materials engineered for ultra-fast self-repair, utilizing their proprietary HealTech™ technology. These advanced materials hold immense potential for applications in the space sector, where component longevity and reliability are paramount. The HealTech™ system enables the repair of matrix microcracks through a simple thermal activation process, thereby extending the operational lifespan of components and significantly enhancing mission reliability.
Amaël Cohades, CEO of CompPair Technologies, emphasized the strategic importance of the ISD event. "Industry Space Days is a key event for connecting with the European space community and strengthening collaborations across the sector," Cohades stated. "We are developing advanced healable composite technologies that will soon make repairable spacecraft structures possible, improving reliability, durability, and sustainability for future space missions. Our ongoing projects with ESA, such as Genesis and First!, are instrumental in enabling a more sustainable and competitive space transportation ecosystem that aligns with Europe’s vision for reusable, low-impact space infrastructure." The development of self-healing materials addresses a critical need for reducing maintenance costs and extending the service life of spacecraft, contributing to a more sustainable approach to space exploration and utilization.
Marine Weather Intelligence: Enhancing Maritime Safety with AI
Marine Weather Intelligence (MWI), a deeptech startup from France, harnesses the power of artificial intelligence to optimize maritime operations. Their innovative solutions focus on improving routing efficiency, enhancing weather forecasting accuracy, and bolstering safety at sea. MWI’s offerings cater to a wide range of maritime professionals, enabling smarter and safer navigation while simultaneously contributing to the reduction of the carbon footprint associated with maritime activities.
At ISD 2026, MWI will prominently feature its "proximity alert system," a sophisticated tool designed to elevate safety at sea by proactively anticipating hazardous weather phenomena, a critical capability in an era of increasingly unpredictable climate patterns. Basile Rochut, CTO and Co-founder at Marine Weather Intelligence, articulated their objectives for the event. "At ISD, we hope to explore data partnerships with ESA and connect with potential clients and fellow ESA BIC startups, as well as investors interested in space, deeptech, artificial intelligence, and maritime topics," Rochut said. The company’s AI-driven approach to weather forecasting and route optimization offers significant advantages for commercial shipping, offshore operations, and scientific expeditions, promising to reduce risks and improve operational efficiency.
Nautilus: Enabling Autonomous Satellites for Enhanced Space Operations
Nautilus, an Italian startup, is at the forefront of developing autonomous navigation and guidance technologies for satellites. Their innovations aim to revolutionize satellite operations by enabling self-driving capabilities, coupled with comprehensive mission design and flight dynamics services for both Earth-orbiting and deep-space missions. The company’s dual focus on onboard autonomy and sophisticated ground-based control software provides a holistic solution for managing complex space missions.
Mattia Pugliatti, Head of On-Board Systems at Nautilus, outlined their strategic goals for ISD 2026. "At the ISD, we hope to showcase the capabilities and features of EON, our onboard autonomous navigation and collision avoidance flight unit. EON interfaces with NEMO, our highly automated flight dynamics software which is ground-based and supports a wide range of missions from low Earth orbit to deep space. The two products can be interfaced smoothly to facilitate the management of satellite fleets," Pugliatti explained. Nautilus’s previous participation at ISD 2024 provided valuable insights into the event’s format and facilitated crucial connections within the European space ecosystem. This year, they are returning with a more focused strategy for partnership development and visibility. Nautilus is specifically seeking to engage with satellite integrators and potential customers interested in their EON and NEMO technologies, as well as early adopters keen on integrating EON into their daily satellite operations. The development of autonomous satellite capabilities is crucial for managing the increasing congestion in Earth orbit and for enabling more complex deep-space exploration missions.
ARKai: Leveraging Satellite Data for Critical Infrastructure Safety
ARKai, a startup based in Latvia, is dedicated to enhancing the safety of critical infrastructure, starting with dams. The company integrates satellite-derived ground deformation data, specifically Interferometric Synthetic Aperture Radar (InSAR) measurements, with data from existing in-situ sensors and operational records. This comprehensive approach allows dam and hydropower operators to identify potential risks at an earlier stage, thereby preventing catastrophic failures.
ARKai is currently preparing for its initial pilot projects and developing a sophisticated dam-monitoring platform. This platform consolidates multiple data sources into a unified system, enabling operators to detect subtle movements, differentiate between normal seasonal variations and hazardous changes, and generate compliance-ready risk intelligence reports. Alberto Manuel García Navarro, CTO and co-founder of ARKai, highlighted the broad applicability of their technology. "Dam owners and operators have expressed significant interest in our technology, which is transferable to railways, mining, and other critical infrastructure sectors," Navarro stated. "At ISD, we hope to meet ESA technology and research partners, especially dam operators interested in pilot projects in Europe and Asia." The application of satellite-based geo-intelligence for infrastructure monitoring represents a significant advancement in proactive risk management and disaster prevention.
Looking Ahead: The Impact of Industry Space Days
The Industry Space Days event is more than just an exhibition; it is a catalyst for innovation and a cornerstone for the future growth of Europe’s space sector. By providing a platform for startups to connect with established industry players, investors, and space agencies, ISD 2026 is poised to foster collaborations that will drive the development of new space applications, technologies, and services. The ESA BIC Village, in particular, exemplifies ESA’s strategic commitment to nurturing the next generation of space entrepreneurs, ensuring that Europe remains at the forefront of the global space economy. The insights gained from the featured startups underscore the vibrant and diverse nature of innovation emerging from ESA’s incubation programs, promising exciting advancements across a multitude of sectors.
Register for ISD 2026
For further information and to secure your participation in this pivotal event, interested parties are encouraged to visit the official Industry Space Days website. Registration is now open, providing an opportunity to engage with the forefront of European space innovation.
The European Space Agency’s Industry Space Days 2026 is scheduled to take place on September 16-17 at ESA-ESTEC in the Netherlands. This event is a crucial platform for dialogue and collaboration within Europe’s rapidly expanding space industry. Over its two-day duration, ISD 2026 will facilitate the exchange of cutting-edge ideas, showcase the diverse capabilities of European companies, foster discussions on collaborative ventures, and explore emerging opportunities with ESA. A significant segment of the event will be dedicated to highlighting the innovative work of startup companies that are developing novel applications and technologies for the space sector.
ESA’s robust network of 40 Business Incubation Centres (BICs), strategically positioned across 23 European Participating States, plays a vital role in nurturing these nascent enterprises. Each year, these BICs provide comprehensive business support and incubation services to more than 250 new space-based startups. This initiative is central to ESA’s strategy of fostering a vibrant and competitive European space economy.
As part of its commitment to these emerging companies, ESA has designated a special area within the ISD Exhibition Hall known as the "ESA BIC Village." This dedicated zone will feature 32 startups, each sharing a booth with another company for one day of the event. This unique arrangement aims to maximize exposure and encourage synergistic partnerships among the participating startups. During their allocated time, each startup will have the opportunity to present their innovative products, services, and technological advancements to a targeted audience of potential customers, influential investors, and strategic business partners.
Jens Kauffmann, Head of ESA’s SME Section, the driving force behind the organization of ISD 2026, emphasized the event’s comprehensive scope. "Industry Space Days is designed to be a hub of activity, featuring thousands of pre-planned business meetings, insightful presentations from ESA directors and industry leaders, and interactive forums dedicated to sharing innovative ideas and exploring collaborative pathways for new commercial applications of space," Kauffmann explained. "This event presents a unique opportunity for startups to gain visibility and establish connections with industry players of all scales, paving the way for potentially transformative collaborations." The emphasis on structured networking and pre-arranged meetings underscores the event’s dedication to facilitating concrete business outcomes and fostering strategic alliances.
Showcasing Tomorrow’s Space Solutions: The ESA BIC Village
The startups selected to exhibit within the ESA BIC Village represent a diverse array of pioneering technologies and services. Their innovations span critical areas of both the upstream and downstream space markets, as well as valuable technology transfer initiatives. These companies are at the vanguard of space innovation, addressing complex challenges and unlocking new potential across various space-related domains. A comprehensive directory of all companies participating with a booth at ISD 2026 is readily available on the official ISD website, offering attendees a detailed overview of the innovative entities and their groundbreaking offerings.
To provide a more in-depth understanding of the transformative solutions being presented, ESA has spotlighted five of the selected startups from the ESA BIC Village. These curated profiles offer a compelling glimpse into the distinct capabilities and strategic objectives of these emerging leaders in the space sector.
Alloy Additive: Accelerating Space Component Production with Advanced Additive Manufacturing
Alloy Additive, a German-based startup, is revolutionizing the manufacturing timeline for critical metal components essential for space missions. By employing state-of-the-art TIG-Wire Arc Additive Manufacturing (WAAM) technology, the company specializes in producing custom titanium, nickel, and stainless-steel parts on-demand. This advanced process significantly compresses production lead times, reducing them from months to mere days. Alloy Additive’s expertise is particularly valuable for the fabrication of high-performance launcher subcomponents, large-scale structural metal parts, and lightweight pressure vessels, all meticulously engineered to meet the stringent requirements of spaceflight.
Mehmet Çetinkaya, CEO and Founder of Alloy Additive, expressed his anticipation for the event. "Participating in an event like Industry Space Days places us directly at the heart of the European space business ecosystem," Çetinkaya stated. "At ISD, we aim to connect with prime integrators who are seeking to dramatically reduce lead times for large-scale metal components. We are eager to demonstrate how our advanced 3D-printing technology offers a faster, cleaner, and more cost-effective approach to space hardware manufacturing." Alloy Additive is actively seeking to forge partnerships with launch vehicle manufacturers, satellite and spacecraft producers, space-system integrators, propulsion technology firms, and leading aerospace suppliers who are in search of more efficient and adaptable solutions for their large-scale, high-performance metal component needs. The company’s capacity for rapid prototyping and efficient serial production of complex metal geometries signifies a substantial leap forward in the domain of space manufacturing.
CompPair Technologies: Pioneering Self-Healing Composites for Enhanced Spacecraft Durability
CompPair Technologies, headquartered in Switzerland, is set to showcase its innovative composite materials engineered for rapid self-repair, utilizing its proprietary HealTech™ technology. These advanced materials hold immense promise for a wide array of space applications, where component longevity, resilience, and reliability are of paramount importance. The HealTech™ system facilitates the repair of microcracks within the composite matrix through a straightforward thermal activation process. This capability directly contributes to extending the operational lifespan of critical components and significantly enhancing overall mission reliability.
Amaël Cohades, CEO of CompPair Technologies, underscored the strategic significance of the Industry Space Days. "Industry Space Days represents a pivotal event for forging connections within the European space community and for strengthening collaborative efforts across the entire sector," Cohades remarked. "We are actively developing advanced healable composite technologies that will soon enable the creation of repairable spacecraft structures. This innovation will lead to improved reliability, enhanced durability, and greater sustainability for future space missions. Our ongoing collaborative projects with ESA, including Genesis and First!, are instrumental in advancing a more sustainable and competitive space transportation ecosystem, directly supporting Europe’s vision for reusable and environmentally responsible space infrastructure." The development of self-healing materials addresses a critical need within the space industry for reducing maintenance complexities and extending the operational life of spacecraft, thereby promoting a more sustainable approach to space exploration and utilization.
Marine Weather Intelligence: Revolutionizing Maritime Safety with Advanced AI
Marine Weather Intelligence (MWI), a deeptech startup based in France, leverages the power of artificial intelligence to optimize maritime operations and enhance safety at sea. Their sophisticated solutions are designed to improve routing efficiency, elevate the accuracy of weather forecasts, and bolster overall safety for maritime professionals across various industries. MWI’s offerings empower smarter and safer navigation practices while simultaneously contributing to a significant reduction in the carbon footprint associated with maritime activities.
At ISD 2026, MWI will prominently feature its advanced "proximity alert system." This cutting-edge tool is specifically engineered to enhance maritime safety by proactively anticipating hazardous weather phenomena, a crucial capability in the context of increasingly unpredictable climate patterns. Basile Rochut, CTO and Co-founder at Marine Weather Intelligence, articulated the company’s objectives for the event. "At ISD, we are keen to explore potential data partnerships with ESA and to connect with prospective clients, as well as fellow ESA BIC startups and investors who share an interest in space, deeptech, artificial intelligence, and maritime-related topics," Rochut stated. MWI’s AI-driven approach to weather forecasting and route optimization offers substantial advantages for commercial shipping, offshore energy operations, and scientific expeditions, promising to mitigate risks and improve operational efficiencies.
Nautilus: Enabling Autonomous Satellite Operations for the Future of Space Exploration
Nautilus, an Italian startup, is at the forefront of developing advanced autonomous navigation and guidance technologies specifically for satellites. Their innovations are geared towards revolutionizing satellite operations by enabling self-driving capabilities, complemented by comprehensive mission design and flight dynamics services tailored for both Earth-orbiting and deep-space missions. The company’s dual focus on onboard autonomy and sophisticated ground-based control software provides a holistic and integrated solution for managing increasingly complex space missions.
Mattia Pugliatti, Head of On-Board Systems at Nautilus, detailed their strategic goals for the Industry Space Days. "At the ISD, we aim to showcase the advanced capabilities and features of EON, our onboard autonomous navigation and collision avoidance flight unit. EON is designed to interface seamlessly with NEMO, our highly automated, ground-based flight dynamics software, which supports a broad spectrum of missions ranging from low Earth orbit to deep space. The synergistic integration of these two products will significantly facilitate the efficient management of satellite fleets," Pugliatti explained. Nautilus’s prior participation at ISD 2024 proved instrumental in providing valuable insights into the event’s dynamics and in establishing crucial connections within the European space ecosystem. This year, they are returning with a refined strategy focused on targeted partnerships and enhanced visibility. Nautilus is particularly interested in engaging with satellite integrators and potential customers who recognize the value of the technologies underpinning EON and NEMO. They are also actively seeking early adopters who are eager to integrate EON into their daily satellite operations. The advancement of autonomous satellite capabilities is fundamental to managing the escalating congestion in Earth orbit and for enabling more ambitious and complex deep-space exploration endeavors.
ARKai: Enhancing Dam Safety with Satellite-Derived Geo-Intelligence
ARKai, a startup based in Latvia, is dedicated to enhancing the safety and integrity of critical infrastructure, with an initial focus on dam safety. The company employs a comprehensive approach by integrating satellite-derived ground deformation data, specifically Interferometric Synthetic Aperture Radar (InSAR) measurements, with data from existing in-situ sensors and operational records. This multi-faceted methodology empowers dam and hydropower operators to identify potential risks at an earlier stage, thereby significantly mitigating the likelihood of catastrophic failures.
ARKai is currently in the process of preparing for its inaugural pilot projects and is actively developing a sophisticated dam-monitoring platform. This platform is designed to consolidate data from various sources into a unified and user-friendly system. It enables operators to detect subtle ground movements, accurately differentiate between normal seasonal variations and potentially hazardous changes, and generate compliance-ready risk intelligence reports. Alberto Manuel García Navarro, CTO and co-founder of ARKai, highlighted the broad applicability and transferability of their innovative technology. "Dam owners and operators have expressed considerable interest in our technology, and we recognize its significant potential for application in sectors such as railways, mining, and other critical infrastructure domains," Navarro stated. "At ISD, we are eager to connect with ESA technology and research partners, particularly dam operators who are interested in participating in pilot projects across Europe and Asia." The application of satellite-based geo-intelligence for infrastructure monitoring represents a significant advancement in proactive risk management and disaster prevention strategies.
The Broader Impact of Industry Space Days 2026
The Industry Space Days event transcends its role as a mere exhibition; it functions as a powerful catalyst for innovation and a foundational element for the sustained growth of Europe’s space sector. By providing a dedicated platform for startups to engage with established industry leaders, potential investors, and leading space agencies, ISD 2026 is exceptionally well-positioned to foster collaborations that will drive the development of novel space applications, cutting-edge technologies, and essential services. The ESA BIC Village, in particular, serves as a tangible testament to ESA’s strategic commitment to cultivating the next generation of space entrepreneurs, thereby ensuring that Europe maintains its position at the forefront of the global space economy. The insights gleaned from the featured startups unequivocally underscore the vibrant and diverse nature of innovation emerging from ESA’s incubation programs, signaling a promising future filled with groundbreaking advancements across a multitude of sectors.
Registration for ISD 2026 is Now Open
For comprehensive information and to register your attendance for this pivotal industry event, please visit the official Industry Space Days website. Early registration is encouraged to ensure participation in this key gathering of European space leaders and innovators.
