Startups Directory

At QuantumInLight, our mission is to safeguard the digital future against potential breaches by guaranteeing 100% protection in end-to-end data communication security over relatively short distances. Our product is a compact, all-in-one quantum-secure communication system, seamlessly integrating all essential components to encrypt, transmit, and receive data with absolute security. Designed for effortless integration into existing telecom infrastructure, it guarantees unbreakable encryption, safeguarding sensitive information against even the most advanced cyber threats.

Advanced cyber incident, breakable information transfer.

We will guarantee unbreakable encryption, safeguarding sensitive information against even the most advanced cyber threats.

3000000 euros

500000 euros

Development of efficient and sustainable technology for applying 2D materials onto textiles.

Uniform application of 2D materials on textiles and the resulting enhancement of textile performance due to the properties of 2D materials

nhancing the performance of technical textiles, especially in specialized sectors such as defense and sports.

750.000€

300.000€

BIOM is an innovative, technology-based Spanish company focused on developing new, high-value biotechnological solutions that make industrial and agricultural systems more efficient, sustainable, and environmentally friendly. These solutions have potential applications across several high‑impact sectors such as agriculture, aquaculture, industrial microbiology, cosmetics, etc. It is primarily focused on the agricultural sector, developing products based on living microorganisms and bioactive molecules produced by microorganisms. Its goal is to harness biotechnology to replace chemical inputs and strengthen industrial and agricultural productivity.

1) The development of a new generation of biofertilizers and biostimulants based on microorganisms and/or molecules produced by them that are more efficient and stable over time than current solutions. They allow to boost agricultural yields while reducing or eliminating chemical fertilizers, and promoting more sustainable and environmentally friendly production. 2) The development of environmentally friendly curative biology-based treatment to combat very serious agricultural pathologies for which there is currently no solution, while reducing reliance on agrochemicals and detrimental eradication measures.

Our technologies can have significant positive impacts on society such as: -Environmental benefits: reducing the use of chemical fertilizers or pesticides and harmful additives and helping to preserve soil health, water quality and biodiversity. -Food security and safety: healthier plants and crops lead to higher yields and more reliable food production. Avoiding toxic chemicals reduces the risk of residues in food, benefiting consumer health. -Economic advantages: our technology can lower production costs, improve efficiency, and create new green biotech markets. -Public health: it lowers environmental exposure to harmful substances, contributing to better public health outcomes. -Innovation and knowledge growth: our technologies drive research and development in sustainable agriculture and industrial microbiology, fostering innovation in eco-friendly solutions that could be adapted globally. -Social awareness and behavior change: promoting sustainable technologies encourages society to adopt environmentally responsible practices, strengthening community resilience and environmental stewardship.

1.000.000€

1.000.000€

Provided of AgroTech and AI-based solutions

Dematerialization, process efficiency, agricultural decision-support systems, and the integration of sensors and irrigation systems. Tailored development of AI and software solutions.

Promotion of sustainability, digital transformation, knowledge transfer, and efficient use of natural resources.

500.000€

N/A

Digital-twins for experimental devices on biomolecules and soft matter by easy-to-use web applications based on first-principles

At Lab509, we specialize in mesoscopic modeling and high-performance simulation of soft matter, nanoparticles, biomolecules in aqueous solution, creating digital twins of experimental devices that enable nanoscale innovation across research and industry.

We develop custom digital twins for experimental nanotechnology and biomolecular devices, enabling researchers, developers, and manufacturers to simulate, analyze, and optimize complex nanoscale systems—either prior to or alongside physical experimentation.

75.000€

20K€

LITecS–UBI is the Laboratory of Innovation and Technologies for Sustainability at the University of Beira Interior (UBI), within the C-MAST - Center for Mechanical and Aerospace Science and Technologies. It focuses on developing technological solutions that promote sustainability, with strong emphasis on agriculture, environment, and industrial innovation, often through prototype development and applied research projects.

Food Shield - Modular synergetic system combining UVC radiation and cold plasma for air and water purification and decontamination

Improve food safety, improve health, increase production

N/A

N/A

BATTBELT technology aims to extend the life of lithium-ion batteries, developing new products from the mechanical management point of view, without compromising neither their energy density nor their cost. Battbelt, founded in 2023, is a startup arisen from IKERLAN research technology organization in collaboration with BEABLE Capital, an investment fund specialized in Science Equity, and the Department of Industry, Energy Transition and Sustainability of the Basque Government to promote Basque industry.

Batteries currently used in sectors such as mobility or energy management are made up of individual cells stacked together and require a certain level of compression between them for optimal performance. Nowadays, the commercialized technology does not allow to control this degree of compression or its evolution degrading batteries.

Extending life of batteries Improving safety of batteries

250 k euro

1M euro

Consulting

Consulting

Consulting

N/A

N/A

Growth of Crystals for Radiation Detectors for Medical Imaging, defense, and space exploration and other applications such as lasers

Improving the cuality of Crystal Detector Technology in order to enhance sensitivity of Next Generation of Radiation Detectors for Medical Imaging, Satellite systems and Defense

This technology is replacing the new PET and TAC systems in medical imaging, enhancing the sensitivity and the quality of images in medical imaging systems, reducing the level of radiopharmacs that have to be employed in the patient

100000 euro

100000 euro

Waste2Value focus their efforts on energy recovery from biomass waste through hydrothermal carbonization (HTC) and hydrothermal liquefaction (HTL). Our research explores the potential of hydrochar as a biofuel, soil enhancer, and catalytic support, while also investigating process water for methane production via anaerobic digestion and hydrogen generation through dark fermentation.

Material and energy recovery from biomass waste through hydrothermal carbonization (HTC) and hydrothermal liquefaction (HTL). Our research explores the potential of hydrochar as a biofuel, soil enhancer, and catalytic support, while also investigating process water for methane production via anaerobic digestion and hydrogen generation through dark fermentation. Through these innovative approaches, we contribute to sustainable energy solutions and the advancement of the circular economy.

Material and energy recovery from biomass waste through hydrothermal carbonization (HTC) and hydrothermal liquefaction (HTL). Our research explores the potential of hydrochar as a biofuel, soil enhancer, and catalytic support, while also investigating process water for methane production via anaerobic digestion and hydrogen generation through dark fermentation. Through these innovative approaches, we contribute to sustainable energy solutions and the advancement of the circular economy.

At this stage, our priority is to build strong connections with investors who share our vision. We’re focused on establishing the right partnerships before discussing specific funding amounts

At this stage, our priority is to build strong connections with investors who share our vision. We’re focused on establishing the right partnerships before discussing specific funding amounts

QUEST Simulations carries out theoretical simulations to predict the environmental impact of pesticides based on their chemical and physical properties, as well as any possible degradation products.

QUEST Simulations solves key challenges in pesticide development by providing a fast, accurate, and cost-effective way to assess the environmental risk of active substances. Using advanced molecular simulations combined with QSAR and Machine Learning, it predicts physicochemical and toxicological properties of existing or new compounds. This approach reduces time and costs in experimental phases, enables rapid screening of potential candidates, and supports the design of safer, more sustainable pesticides.

The methodology developed by QUEST Simulations represents an opportunity in the global crop protection market, which reached $65.2 billion in 2021 and continues to grow. With the world population expected to hit 9.8 billion by 2050 and limited arable land, the need for sustainable and efficient agricultural solutions is urgent. Today, the high cost of developing new pesticides restricts innovation to just a handful of multinational corporations. SEPIA disrupts this model by reducing development time and costs through advanced molecular simulations and AI-driven predictions.

50.000 euros

Unknown

Servatrix Biomed S.L. is a Spanish biotechnology company and a spin-off from the Autonomous University of Madrid focused on developing innovative therapies for chronic diseases, particularly metabolic-associated steatohepatitis (MASH/NASH). The company builds on over 15 years of scientific research targeting NRF2 pathway activation to address oxidative stress, inflammation, and metabolic dysfunction.

Servatrix Biomed S.L. addresses the lack of effective and safe treatments for MASH/NASH, a chronic liver disease driven by oxidative stress, inflammation, and metabolic dysfunction. Its technology targets these multiple disease drivers simultaneously through controlled NRF2 activation, aiming to reduce liver fat, inflammation, and disease progression while avoiding the safety limitations of existing therapeutic approaches.

Servatrix Biomed S.L.’s technology could improve the lives of patients with chronic liver disease by slowing or preventing disease progression, reducing the need for advanced interventions such as transplants, and lowering long-term healthcare costs, while translating academic research into real clinical impact.

2 million euros

5 million euros

BOXEA1 is a system for optimizing combat fighters training through machine learning "on the edge"

For fighters and coaches, the problem is detecting whether automatic responses (habits) are optimal or exploitable. Unaddressed exploitable habits mean more damage in training and fights. Coahes traditionally spend hours manually reviewing footage.

Our system allows to reduce the time invested in data analysis. It makes the sport safer for young combat athletes, as reducing the recieved damage in the head mitigates the cognitive loss. Moreover, our system may be used for improving other sports such as running, tennis, etc.

USD 500000.00

USD 1000000.00

INBENTUS is a medical technology company focused on developing advanced respiratory care solutions, including intelligent ventilator systems. We combine biomedical engineering and software to deliver safe, reliable devices for clinical use and research, with a strong emphasis on regulatory compliance and usability.

Mechanical Ventilation

Our technology will improve access to safe, high-quality respiratory care by making ventilatory support more reliable, easier to use, and more scalable across hospitals and emergency settings.

euros

euros

DAN*NA (Artificial Nature S.L.) is a Barcelona-based deep-tech bioengineering company developing PLH, a patented bio-based polyester designed to replace fossil plastics in high-impact industries. PLH combines industrial performance, scalability, and controlled biodegradability, is compatible with existing manufacturing lines, and is already validated at TRL 6 with industrial production.

• Fossil plastic dependency with high CO₂ emissions and regulatory risk. • Absence of scalable bio-based polymers matching industrial performance. • Microplastics pollution and lack of controlled end-of-life solutions.

Reduces CO₂ emissions and microplastics pollution, improves soil and environmental health, and enables the large-scale transition from fossil plastics to safe, circular bio-based materials produced in Europe.

€3.000.000

€3.000.000