European Innovation Council

Photon IP is a deeptech startup located in Eindhoven, the Netherlands, focused on developing advanced technologies for photonics applications. The company specializes in application-specific semiconductors that cater to various sectors, including wearable electronics and data centers. By providing innovative solutions, Photon IP supports clients in industries such as automotive and telecommunications, aiming to enhance the functionality and efficiency of their products.

RS Research is a clinical-stage biotechnology company based in Istanbul, Turkey, focused on developing innovative nanomedicines for targeted cancer therapies. Founded in 2015, the company has established a proprietary drug delivery platform, Sagitta®, which enables the design of targeted drug candidates for various indications. RS Research's pipeline includes several proprietary programs in different stages of preclinical and clinical development, with its lead candidate, RS-0139, currently undergoing Phase I clinical trials in oncology patients. In addition to drug development, RS Research offers a range of services, including preclinical absorption, distribution, metabolism, and excretion studies, bioanalytical and analytical testing, and patent consulting. The company operates a GMP-certified production facility for clinical batch drug candidates and has successfully engaged in co-development projects with international partners, showcasing its commitment to advancing cancer treatment through modern therapeutic approaches.

Brite Solar is a nanomaterials company utilizing innovative materials and deposition techniques to deliver a new class of glass materials for building construction. Mankind's future may very well depend on how we manage food production, energy, water and land use. Solar energy production can be a key factor in this balancing act but the land demand is very high. Hydroponic greenhouse agriculture can be a great asset, but its energy requirements are high. The ideal answer is a self-sufficient and sustainable greenhouse technology which eliminates the need for external energy sources. Brite Solar is a nano-materials company that has developed a transparent solar glass technology based on Die Sensitized Solar Cells (DSSC) . The first target market is greenhouse solar glass, which enables the greenhouse to generate electricity needed for sustaining the internal environment. Using this solar glass, the greenhouse's carbon footprint is significantly reduced as its reliance on externally generated electricity is significantly reduced or eliminated. This is a great value proposition for the greenhouse operator since it reduces the operating cost for the greenhouse by 28% which is currently the cost attributed to energy. Brite's technology is based on nano-materials which are ink-jet printed on to glass panels, eliminating the expensive and complex production facilities needed to produce traditional solar panels. Variations of the technology will also be used to produce auto-dimming glass as well as architectural glass for building construction.

Quantum Diamonds specializes in the development of nitrogen-vacancy (NV) diamonds for quantum sensing applications. The company offers advanced quantum sensors that measure magnetic fields, temperature, and pressure, providing superior sensitivity and resolution compared to traditional sensors. These sensors are designed for use in various fields, including navigation, bio-imaging, geographical surveying, and spectroscopy, even under challenging conditions. By focusing on atom-sized quantum technologies, Quantum Diamonds enables industries and academic institutions to conduct precise analyses, optimizing for factors such as crystal lattice strain and charge state stability.

Quandela is a company specializing in quantum computing, focusing on the development of communication networks and optical computers. It manufactures photonic quantum computers and markets them to industrial clients. The company's flagship product, a single-photon source device, integrates photonics with semiconductor quantum dots, facilitating quantum communication, computation, and sensing. This device allows for the efficient collection of emitted single photons at high rates, helping researchers minimize charge noise decoherence and achieve the emission of identical photons with high fidelity. These advancements are crucial for the progress of sophisticated quantum applications, positioning Quandela as a key player in the field of quantum technology.

Nanogence SA, established in 2017 and located in Renens, Switzerland, specializes in the development of innovative material solutions for the construction industry. The company focuses on creating synthetic, tailor-made materials that enhance the performance and sustainability of construction applications, including cement and concrete. By leveraging advanced knowledge in chemistry, material science, and nanotechnology, Nanogence has developed patented additive formulations that significantly improve the binding efficiency of cement and concrete while reducing carbon emissions by up to 50%. This enables manufacturers to achieve valuable cost savings, enhance durability, and contribute to more sustainable construction practices in a rapidly growing global market.

Lace Lithography develops chip patterning technology, aiming to extend Moore's Law and enable future chip production.

Elgan Pharma is a biotechnology company specializing in neonatology, dedicated to addressing medical challenges and developmental issues faced by premature infants. The company is focused on developing innovative therapies utilizing nanotechnology to prevent visual impairment, a common and multifactorial problem in preterm babies. By targeting the specific needs of this vulnerable population, Elgan Pharma aims to enhance visual outcomes and reduce the risk of significant disabilities, ultimately supporting healthcare professionals in their efforts to improve the quality of life for these infants.

NanoScent Ltd is an Israeli startup established in 2017, specializing in the development of an IoT-based scent recognition platform utilizing advanced nanotechnology. The company focuses on creating innovative sensors that monitor air and water quality, ensuring compliance with environmental standards across various industries, including utilities, manufacturing, automotive, and health management. Their flagship product, VOCID® H2Confirm, is a sensor-based system designed for the hydrogen supply chain, capable of detecting impurities and volatile organic compounds in real-time. This technology provides critical monitoring capabilities, alerting users to potential contamination, thereby enhancing safety and quality control. NanoScent has successfully raised significant funding and is supported by strategic partners, reinforcing its commitment to advancing climate technology through cutting-edge sensing solutions.

Naco Technologies Ltd specializes in the development, manufacturing, and supply of advanced nano coating technologies to a global clientele. Founded in 2009 and based in Riga, Latvia, the company offers a variety of high-performance coatings, including oil-enhanced, wear-protective, thermal barrier, and liquid-repellent solutions tailored for industries such as tooling, automotive, aerospace, and micro-chip production. In recent years, Naco has focused on supporting the hydrogen sector by building a manufacturing facility that provides ready-to-use coated parts for hydrogen production systems. By developing multilayer and multicomponent coatings specifically for green hydrogen applications like electrolyzers and fuel cells, Naco aims to enhance the reliability of these systems while minimizing the need for costly and scarce materials. In 2015, Naco was acquired by the Schaeffler Group, a Germany-based company.

Resistell AG, founded in 2018 and located in Muttenz, Switzerland, develops and markets a diagnostic device for antibiotic susceptibility testing. Utilizing nanomotion technology, the device detects the movement of living bacterial cells to assess their resistance to antibiotics, offering a rapid alternative to traditional culture-based methods. This innovative approach allows for timely and accurate identification of the most effective antibiotics for patients, addressing the growing challenge of antibiotic resistance.

Nano4Imaging GmbH, founded in 2011 and based in Aachen, Germany, specializes in the development and production of contrast agents and devices designed for in-vivo imaging of medical implants and minimal invasive devices, such as catheters and guidewires. The company offers products like MRWire EmeryGlide, a guide wire compatible with magnetic resonance imaging (MRI), and the MagnaFy series, which includes coatings that enhance visibility under MRI, computed tomography (CT), and X-ray imaging. These innovations facilitate medical interventions and therapies, particularly in the treatment of cardiovascular diseases and during radiotherapy, allowing for precise monitoring of medical devices during procedures. By leveraging nanotechnology, Nano4Imaging aims to enhance diagnostic imaging capabilities for healthcare professionals.

Nexdot specializes in the synthesis, production, and application of advanced semiconductor nanocrystals known as Quantum Dots (QDs), with a focus on nanoplatelets—two-dimensional nanosheet Quantum Dots that exhibit enhanced properties. Founded as a spin-off from a leading academic laboratory in Paris, Nexdot leverages over a decade of research in nanomaterials to create proprietary materials with controlled shape and composition. These innovations are poised to transform various industries, including displays, lighting, energy storage, detectors, and bio-imaging. Additionally, Nexdot is developing quantum pearl encapsulation technology to enhance the integration of quantum plates into existing production processes, thereby ensuring compliance with environmental regulations. The company is comprised of a dynamic team of skilled scientists and seasoned executives, dedicated to advancing innovation in the field of nanotechnology.

Brite Solar is a nanomaterials company utilizing innovative materials and deposition techniques to deliver a new class of glass materials for building construction. Mankind's future may very well depend on how we manage food production, energy, water and land use. Solar energy production can be a key factor in this balancing act but the land demand is very high. Hydroponic greenhouse agriculture can be a great asset, but its energy requirements are high. The ideal answer is a self-sufficient and sustainable greenhouse technology which eliminates the need for external energy sources. Brite Solar is a nano-materials company that has developed a transparent solar glass technology based on Die Sensitized Solar Cells (DSSC) . The first target market is greenhouse solar glass, which enables the greenhouse to generate electricity needed for sustaining the internal environment. Using this solar glass, the greenhouse's carbon footprint is significantly reduced as its reliance on externally generated electricity is significantly reduced or eliminated. This is a great value proposition for the greenhouse operator since it reduces the operating cost for the greenhouse by 28% which is currently the cost attributed to energy. Brite's technology is based on nano-materials which are ink-jet printed on to glass panels, eliminating the expensive and complex production facilities needed to produce traditional solar panels. Variations of the technology will also be used to produce auto-dimming glass as well as architectural glass for building construction.

Nanordica Medical is an Estonian medical technology company providing the first-line treatment for chronic wounds based on unique patented nanotechnology, a synergy of copper and silver in nanofibers that remove infection and support wound healing. Nanordica Medical launched a veterinary product Ravimus Vet for animal wounds (https://nanordica.com/ravimus.html) and is developing a first-in-class wound dressing for human hard-to-heal wounds like diabetic foot ulcers. They recently completed a clinical trial showing consistently better results in nearly all efficacy parameters observed among the patients treated with the Nanordica wound dressing than those treated with the commercially available silver ions-based active dressing.

Nexdot specializes in the synthesis, production, and application of advanced semiconductor nanocrystals known as Quantum Dots (QDs), with a focus on nanoplatelets—two-dimensional nanosheet Quantum Dots that exhibit enhanced properties. Founded as a spin-off from a leading academic laboratory in Paris, Nexdot leverages over a decade of research in nanomaterials to create proprietary materials with controlled shape and composition. These innovations are poised to transform various industries, including displays, lighting, energy storage, detectors, and bio-imaging. Additionally, Nexdot is developing quantum pearl encapsulation technology to enhance the integration of quantum plates into existing production processes, thereby ensuring compliance with environmental regulations. The company is comprised of a dynamic team of skilled scientists and seasoned executives, dedicated to advancing innovation in the field of nanotechnology.

Elgan Pharma is a biotechnology company specializing in neonatology, dedicated to addressing medical challenges and developmental issues faced by premature infants. The company is focused on developing innovative therapies utilizing nanotechnology to prevent visual impairment, a common and multifactorial problem in preterm babies. By targeting the specific needs of this vulnerable population, Elgan Pharma aims to enhance visual outcomes and reduce the risk of significant disabilities, ultimately supporting healthcare professionals in their efforts to improve the quality of life for these infants.

Quandela is a company specializing in quantum computing, focusing on the development of communication networks and optical computers. It manufactures photonic quantum computers and markets them to industrial clients. The company's flagship product, a single-photon source device, integrates photonics with semiconductor quantum dots, facilitating quantum communication, computation, and sensing. This device allows for the efficient collection of emitted single photons at high rates, helping researchers minimize charge noise decoherence and achieve the emission of identical photons with high fidelity. These advancements are crucial for the progress of sophisticated quantum applications, positioning Quandela as a key player in the field of quantum technology.

Avantama is a leading developer of nanomaterials specifically designed for electronic applications. The company specializes in nanoparticle dispersions and formulations that facilitate the production of high-quality optical and electronic coatings through established printing and coating techniques. Avantama's innovative technology enables rapid proof-of-concept development and tailored product solutions, significantly accelerating the time-to-market for clients. With a production capacity at the multi-ton scale, Avantama adheres to high production standards suitable for the electronics industry. The company offers various services, including joint development, contract licensing, and customized nanoparticle compositions, catering to applications such as displays, OLEDs, and quantum dot displays.

Invivo Bionics offers micro and nano-technology designed to monitor the human bladder.

Qnami AG is a Swiss company established in 2017, specializing in the development of quantum sensing technologies for nanoscale imaging. The company manufactures non-invasive sensors, including the ProteusQ magnetic imaging microscope and the Quantum Diamond product line, which features diamond probes with single nitrogen-vacancy (NV) centers for high-resolution magnetic imaging. These advanced technologies enable the measurement of electric and magnetic fields with exceptional sensitivity, facilitating a range of applications such as the characterization of magnetic random-access memory (MRAM), imaging of proteins, and fundamental studies of superconductors. Qnami's innovations unlock new possibilities in both scientific research and industrial applications, aiming to enhance understanding and improve various aspects of life and technology.

Scrona specializes in micro- and nanotechnology, focusing on innovative solutions for both consumer and industrial applications. The company has developed a three-dimensional nano drip printing technology aimed at facilitating fast and cost-effective production processes. Scrona's core competency lies in printhead development, collaborating with partners to offer comprehensive manufacturing equipment and next-generation products. This enables businesses to produce high-quality printed materials efficiently and at reduced costs, contributing to advancements in micro- and nanofabrication.

Aligned Bio specializes in the development of advanced nanowire biosensor platforms that cater to various industries, including biomedicine, water purification, public safety, and personal electronics. The company’s proprietary methods for nanowire production and alignment enhance the sensitivity and accuracy of its sensors, making them highly effective for applications such as disease diagnosis, pathogen identification, pesticide detection, and pollution monitoring. By leveraging the large area of nanowires and improved signal capacity, Aligned Bio enables sensor manufacturers to achieve superior performance at a reduced cost, positioning itself as a key player in the evolving biosensor and electronics markets.

Equal1 is a developer of advanced quantum computing technology aimed at making quantum computers more accessible and cost-effective within a three-year timeframe. The company utilizes a silicon semiconductor process to create a scalable quantum computing solution that employs nanometer-scale quantum dots to form qubits. Their innovation includes an integrated quantum processing unit (QPU), which operates at 3 kelvin and incorporates over 10 million transistors, marking a significant advancement in the field. Additionally, Equal1's technology leverages complementary metal-oxide-semiconductor (CMOS) advancements to enhance processing capacity and enable high-speed control and detection of quantum states, thus facilitating greater access to quantum computing capabilities.

EVerZom is a nanomedicine biotech company based in Paris, France, specializing in the large-scale manufacturing of extracellular vesicles. Founded in 2019, the company has developed a unique, GMP-compliant bioproduction platform aimed at pharmaceutical companies. This platform enables the production of various types of extracellular vesicles, including exosomes, microvesicles, and apoptotic bodies, which are essential for intercellular communication. EVerZom's products possess protective and reparative properties, making them valuable therapeutic tools in regenerative medicine and drug delivery. The company's technology is designed to assist healthcare professionals in addressing organ failure and restoring function and homeostasis.

Quandela is a company specializing in quantum computing, focusing on the development of communication networks and optical computers. It manufactures photonic quantum computers and markets them to industrial clients. The company's flagship product, a single-photon source device, integrates photonics with semiconductor quantum dots, facilitating quantum communication, computation, and sensing. This device allows for the efficient collection of emitted single photons at high rates, helping researchers minimize charge noise decoherence and achieve the emission of identical photons with high fidelity. These advancements are crucial for the progress of sophisticated quantum applications, positioning Quandela as a key player in the field of quantum technology.

Aligned Bio specializes in the development of advanced nanowire biosensor platforms that cater to various industries, including biomedicine, water purification, public safety, and personal electronics. The company’s proprietary methods for nanowire production and alignment enhance the sensitivity and accuracy of its sensors, making them highly effective for applications such as disease diagnosis, pathogen identification, pesticide detection, and pollution monitoring. By leveraging the large area of nanowires and improved signal capacity, Aligned Bio enables sensor manufacturers to achieve superior performance at a reduced cost, positioning itself as a key player in the evolving biosensor and electronics markets.

APIX Analytics, founded in 2014 and headquartered in Grenoble, France, specializes in developing and marketing advanced gas analyzer systems. The company focuses on creating miniaturized multigas analyzers that leverage nano-silicon technology to enhance chemical analysis across industrial, environmental, and security applications. By integrating traditional analytical processes such as gas sampling, injection, and separation of complex mixtures, APIX Analytics improves the specificity, detection, identification, and quantification of gas compounds. This innovative approach aims to support clients in meeting safety and quality standards in various sectors, particularly in renewable development.

SCINTIL Photonics is a fabless company that develops silicon photonic integrated circuits. SCINTIL solutions combine the best of Silicon (Si) and Indium Phosphide (InP) materials using wafer-scale bonding of InP on Si and rely on commercial silicon foundry processes to build fully integrated photonic circuits (comprising multi-wavelength lasers, waveguides, wavelength filters, and photodetectors).

NIL Technology ApS specializes in the optical design, prototyping, mastering, and mass production of optical components. The company provides nanostructured masters for various replication technologies, including nanoimprint, UV-replication, hot embossing, roll printing, and injection molding. Its product offerings support a wide range of applications, such as diffractive optics, microlens arrays, metalenses, optical diffusers, beam splitters, waveguides for augmented and mixed reality, wire grid polarizers, structured light systems, and anti-reflection coatings. NIL Technology also develops tailored solutions for industries including biotechnology, space, consumer product packaging, and renewable energy. Established in 2006, the company is headquartered in Kongens Lyngby, Denmark, with an additional branch located in Gothenburg, Sweden.

CrayoNano, founded in 2012 and headquartered in Trondheim, Norway, specializes in the development and manufacturing of nanomaterials-based semiconductor components. The company utilizes proprietary technologies to create innovative light-emitting diodes (LEDs) that produce ultraviolet light. These diodes feature patented vertically aligned nano-wires on graphene, which enhance internal quantum efficiency, operating lifetime, and reliability, particularly for ultraviolet applications. CrayoNano's advancements contribute to a variety of global solutions in health and safety, water purification, and both consumer and industrial applications, aligning with its commitment to fostering more sustainable and healthier lives.

NanoScent Ltd is an Israeli startup established in 2017, specializing in the development of an IoT-based scent recognition platform utilizing advanced nanotechnology. The company focuses on creating innovative sensors that monitor air and water quality, ensuring compliance with environmental standards across various industries, including utilities, manufacturing, automotive, and health management. Their flagship product, VOCID® H2Confirm, is a sensor-based system designed for the hydrogen supply chain, capable of detecting impurities and volatile organic compounds in real-time. This technology provides critical monitoring capabilities, alerting users to potential contamination, thereby enhancing safety and quality control. NanoScent has successfully raised significant funding and is supported by strategic partners, reinforcing its commitment to advancing climate technology through cutting-edge sensing solutions.

HIL Applied Medical is developing a new class of ultra-compact, high-performance accelerators for proton therapy. HIL applies a patented approach to particle acceleration and beam delivery, combining nano-technology with ultra-high-intensity lasers and ultra-fast magnets. These technological breakthroughs enable meaningful reduction in the size, complexity and cost of proton therapy systems, without compromising clinical utility. Thus HIL aims to enable, for the first time, a single-room add-on proton therapy solution that is truly cost-effective. HIL Applied Medical is a privately-held company, backed by VCs and global strategic partners. It is headquartered in the High-Tech Park, Givat Ram, Jerusalem, Israel; and have a wholly-owned subsidiary in Reno, Nevada (United States).

CrayoNano, founded in 2012 and headquartered in Trondheim, Norway, specializes in the development and manufacturing of nanomaterials-based semiconductor components. The company utilizes proprietary technologies to create innovative light-emitting diodes (LEDs) that produce ultraviolet light. These diodes feature patented vertically aligned nano-wires on graphene, which enhance internal quantum efficiency, operating lifetime, and reliability, particularly for ultraviolet applications. CrayoNano's advancements contribute to a variety of global solutions in health and safety, water purification, and both consumer and industrial applications, aligning with its commitment to fostering more sustainable and healthier lives.

Resistell AG, founded in 2018 and located in Muttenz, Switzerland, develops and markets a diagnostic device for antibiotic susceptibility testing. Utilizing nanomotion technology, the device detects the movement of living bacterial cells to assess their resistance to antibiotics, offering a rapid alternative to traditional culture-based methods. This innovative approach allows for timely and accurate identification of the most effective antibiotics for patients, addressing the growing challenge of antibiotic resistance.

Brite Solar is a nanomaterials company utilizing innovative materials and deposition techniques to deliver a new class of glass materials for building construction. Mankind's future may very well depend on how we manage food production, energy, water and land use. Solar energy production can be a key factor in this balancing act but the land demand is very high. Hydroponic greenhouse agriculture can be a great asset, but its energy requirements are high. The ideal answer is a self-sufficient and sustainable greenhouse technology which eliminates the need for external energy sources. Brite Solar is a nano-materials company that has developed a transparent solar glass technology based on Die Sensitized Solar Cells (DSSC) . The first target market is greenhouse solar glass, which enables the greenhouse to generate electricity needed for sustaining the internal environment. Using this solar glass, the greenhouse's carbon footprint is significantly reduced as its reliance on externally generated electricity is significantly reduced or eliminated. This is a great value proposition for the greenhouse operator since it reduces the operating cost for the greenhouse by 28% which is currently the cost attributed to energy. Brite's technology is based on nano-materials which are ink-jet printed on to glass panels, eliminating the expensive and complex production facilities needed to produce traditional solar panels. Variations of the technology will also be used to produce auto-dimming glass as well as architectural glass for building construction.

Nanogence SA, established in 2017 and located in Renens, Switzerland, specializes in the development of innovative material solutions for the construction industry. The company focuses on creating synthetic, tailor-made materials that enhance the performance and sustainability of construction applications, including cement and concrete. By leveraging advanced knowledge in chemistry, material science, and nanotechnology, Nanogence has developed patented additive formulations that significantly improve the binding efficiency of cement and concrete while reducing carbon emissions by up to 50%. This enables manufacturers to achieve valuable cost savings, enhance durability, and contribute to more sustainable construction practices in a rapidly growing global market.

ATLANT 3D, founded in 2018, specializes in atomic-scale manufacturing, offering innovative technologies for rapid development in materials, micro/nanodevices, and scalable production. The company addresses the challenges of traditional micro/nanoelectronics, which often involve lengthy and expensive processes reliant on cleanroom environments and specialized expertise. By introducing platforms like A-HUBs and the NANOFABRICATOR™, ATLANT 3D enables precise, atom-by-atom manufacturing through its core technology, DALP® (Direct Atomic Layer Processing). This approach allows for the efficient use of various materials and processes, significantly reducing development time and costs while enhancing flexibility and sustainability. ATLANT 3D's solutions support key sectors such as semiconductors, optics, photonics, and advanced packaging, facilitating a network-centric innovation ecosystem that promotes localized and cost-effective manufacturing. This innovation not only streamlines the production process but also addresses the growing demand for localized semiconductor and electronics manufacturing, ultimately transforming the landscape of micro and nanofabrication.

NanoScent Ltd is an Israeli startup established in 2017, specializing in the development of an IoT-based scent recognition platform utilizing advanced nanotechnology. The company focuses on creating innovative sensors that monitor air and water quality, ensuring compliance with environmental standards across various industries, including utilities, manufacturing, automotive, and health management. Their flagship product, VOCID® H2Confirm, is a sensor-based system designed for the hydrogen supply chain, capable of detecting impurities and volatile organic compounds in real-time. This technology provides critical monitoring capabilities, alerting users to potential contamination, thereby enhancing safety and quality control. NanoScent has successfully raised significant funding and is supported by strategic partners, reinforcing its commitment to advancing climate technology through cutting-edge sensing solutions.

NIL Technology ApS specializes in the optical design, prototyping, mastering, and mass production of optical components. The company provides nanostructured masters for various replication technologies, including nanoimprint, UV-replication, hot embossing, roll printing, and injection molding. Its product offerings support a wide range of applications, such as diffractive optics, microlens arrays, metalenses, optical diffusers, beam splitters, waveguides for augmented and mixed reality, wire grid polarizers, structured light systems, and anti-reflection coatings. NIL Technology also develops tailored solutions for industries including biotechnology, space, consumer product packaging, and renewable energy. Established in 2006, the company is headquartered in Kongens Lyngby, Denmark, with an additional branch located in Gothenburg, Sweden.

NIL Technology ApS specializes in the optical design, prototyping, mastering, and mass production of optical components. The company provides nanostructured masters for various replication technologies, including nanoimprint, UV-replication, hot embossing, roll printing, and injection molding. Its product offerings support a wide range of applications, such as diffractive optics, microlens arrays, metalenses, optical diffusers, beam splitters, waveguides for augmented and mixed reality, wire grid polarizers, structured light systems, and anti-reflection coatings. NIL Technology also develops tailored solutions for industries including biotechnology, space, consumer product packaging, and renewable energy. Established in 2006, the company is headquartered in Kongens Lyngby, Denmark, with an additional branch located in Gothenburg, Sweden.

NanoAvionics is a manufacturer and integrator of small satellite bus systems, with operations in the US, UK, and Lithuania. The company specializes in providing end-to-end small satellite solutions tailored for both single missions and larger constellations. Its offerings include a commercial-grade satellite platform that integrates essential components such as flight computers, attitude determination and control systems (ADCS), communication subsystems, and propulsion systems based on non-toxic mono-propellants. This modular approach not only enhances the functionality of small satellites but also optimizes hardware, launch, and operational costs. With a core engineering team that boasts over 85 successful satellite missions and projects, NanoAvionics aims to deliver economic viability for a diverse range of satellite missions across various sectors globally.

Nova Fabrica is a manufacturer and global supplier specializing in thin film process components essential for vacuum and plasma-based technologies. The company offers a diverse range of products, including plasma monitoring and control systems, plasma generators, bias power supplies, and magnetron sputtering devices. Its comprehensive portfolio also features advanced systems for reactive gas control, gas analysis, deposition rate measurement, and optical monitoring. In addition to its core products, Nova Fabrica provides integration support and training services to help plasma processing system manufacturers effectively utilize its technologies. Through a robust sales network, the company ensures that its specialist products, such as the FloTron™ process control systems, are accessible to customers worldwide.

Nanoker Research is a SME-company founded in 2011 with the aim to achieve the commercial exploitation of the research results generated in the European Integrated Project IP NANOKER “Structural ceramic nanocomposites for top-end functional applications” (515784. FP6-NMP). This project was focused on the development of several families of a new generation of nanostructured ceramic materials with potential application in different market sectors. Nanoker joined together professionals with more than 20 years of experience in the production and development of technical ceramics with entrepreneurs from academia with a deep knowledge on nanoceramics and nanocomposites. Nanoker Research, S.L. produces and commercializes high performance ceramic components based on advanced ceramics, nanoceramics and nanocomposites for industrial and biomedical applications. Nanoker Research, S.L. focuses its activity in the field of technical ceramics for industrial applications through the trademark Keratec Advanced Materials whereas produces and commercializes biomedical products through the company Bioker Research, S.L.

Femtika is a Vilnius University Laser Technology Center spinoff company with deep working knowledge in the area of laser polymerization and optics solutions. Company is targeting to supply growing worldwide demands of available tools and technologies enabling true 3D laser fabrication, with custom design components in micro- and sub micro scale.

Nova Fabrica is a manufacturer and global supplier specializing in thin film process components essential for vacuum and plasma-based technologies. The company offers a diverse range of products, including plasma monitoring and control systems, plasma generators, bias power supplies, and magnetron sputtering devices. Its comprehensive portfolio also features advanced systems for reactive gas control, gas analysis, deposition rate measurement, and optical monitoring. In addition to its core products, Nova Fabrica provides integration support and training services to help plasma processing system manufacturers effectively utilize its technologies. Through a robust sales network, the company ensures that its specialist products, such as the FloTron™ process control systems, are accessible to customers worldwide.