Startups Directory

Loopbot develops AI-powered robotic waste sorting systems that optimize recycling efficiency by automating manual processes. With real-time deep learning and image processing, our technology accurately identifies and separates waste materials, reducing costs and increasing recovery rates.

Our technology addresses the inefficiency and high costs of manual waste sorting. In many recycling facilities, sorting is still done by hand, which is slow, costly, and prone to errors. Loopbot’s AI-powered robotic system automates this process with real-time detection and air-based separation, increasing sorting accuracy, reducing labor dependency, and improving the overall recovery rate of recyclable materials.

Our technology aims to create a more sustainable and efficient waste management ecosystem. By automating the sorting process with AI and robotics, we help increase recycling rates, reduce landfill waste, and lower carbon emissions. This not only supports a cleaner environment but also reduces operational costs for facilities, making recycling more scalable. In the long run, it contributes to a circular economy and promotes a greener, smarter future for cities.

600.000 USD

600.000 USD

NiCAT offers Material, Process, and Recipe Commercialisation as a Service (MP-CaaS) — a unique model that accelerates the transition from lab-scale discovery to industrial-scale production. Using our AI-driven digital reactor platform, we optimise synthesis parameters, scale chemical processes, and deliver ready-to-produce material recipes to partners. The first application of this model focuses on cathode active material synthesis for next-generation lithium and sodium-ion batteries.

NiCAT solves one of the biggest bottlenecks in the battery and chemical industries — the slow, costly, and inefficient transition from laboratory research to industrial production. Traditional material scale-up requires years of trial-and-error and generates significant waste. NiCAT’s AI-powered digital reactor platform automates this process by learning from experimental data, optimizing synthesis conditions in real time, and generating ready-to-produce digital recipes. This approach drastically reduces development time, energy use, and raw material consumption — enabling faster commercialization of advanced battery materials and recycling technologies.

NiCAT’s technology accelerates the global shift toward clean, circular, and data-driven manufacturing. By enabling faster and more sustainable production of battery materials, it supports the growth of electric mobility, renewable energy storage, and recycling industries. Our AI-driven approach reduces chemical waste, CO₂ emissions, and resource dependency by re-introducing critical metals such as nickel, cobalt, and manganese back into the production cycle. In the long term, NiCAT aims to make green chemistry and smart manufacturing accessible to both developed and emerging economies—helping create a more sustainable and energy-independent society.

NiCAT is structuring its fundraising in phased investment rounds to align with project milestones and value growth. Phase 1: Seeking USD 250,000 at a USD 25 million valuation (1% equity) to expand pilot production and enhance AI-data infrastructure. Phase 2: Targeting USD 300,000 at a USD 30 million valuation to accelerate U.S. market entry and establish new industrial partnerships. Full Round Goal: Ultimately, NiCAT aims to raise USD 4 million at a USD 50 million valuation to scale its Material/Process/Recipe Commercialisation as a Service (MP-CaaS) model globally. This staged approach allows investors to join early with lower entry points while supporting NiCAT’s transition from pilot-scale validation to large-scale commercialization.

The total size of NiCAT’s investment round is USD 4 million, based on a USD 50 million target valuation. This round will fund the global scale-up of our Material/Process/Recipe Commercialisation as a Service (MP-CaaS) platform, expansion of our AI-driven digital reactor infrastructure, and commercialization partnerships in the U.S., Europe, and Asia.

Developing IoT platforms, realtime tracking materials, employees, equipments by IoT devices. Platform is collecting data from IoT devices located in the workplaces and planning and measuring and reporting productivity. Tracking Occupational Health and Safety in large areas as shipyards, logistics, constructions. We produce IoT Asset tags and Employe Badges, Location Sensors and GateWays over our solution provider in Turkey.

Occupational health and safety and productivity in manufacturing zones.

Ensuring the safety and efficiency of workers in industrial hazardous areas thereby provides a reliable and sustainable working life.

300000 euro

300.000 euro

Healthcare&biotech R&D company, focusing on laboratory instruments and medical waste disinfection systems

We have multiple products covering disinfection and disposal of different types of medical waste (solid, liquid, pathological). The products are designed to use emerging disinfection technologies and are green alternatives for traditional methods (i.e. incineration, autoclaves)

Our technology helps the related industries to switch to a greener economy, having indirect social benefits to the society

$1-5 Million

$1-5 Million

Founded in 2015 and based in Madrid, 2EyesVision is a spin-off company from the Visual Optics and Biophotonics Laboratory of the Spanish National Research Council (CSIC). It is leading a paradigm shift in the preoperative evaluation of presbyopia and cataract surgery through an innovative visual simulation technology.

The problem SimVis Gekko solves is that in presbyopia and cataract surgeries (30 million procedures per year, making it the second most common surgical intervention worldwide), ophthalmologists must choose from over 100 types of intraocular lenses without the patient being able to see what their vision will be like after the operation. This irreversible decision is based on the physician’s experience rather than the patient’s actual perception, leading to high dissatisfaction rates, low adoption of premium lenses, and unpredictable visual outcomes. SimVis Gekko eliminates this uncertainty by allowing patients to experience how they will see with each lens before surgery, making the decision more informed, personalized, and safe.

SimVis Gekko technology will have a profound impact on society by transforming how millions of people make decisions about their vision. It will allow patients to see what their vision will be like after cataract or presbyopia surgery before undergoing the procedure, reducing uncertainty and increasing confidence in advanced treatments. This will lead to better visual outcomes, higher satisfaction, fewer reoperations, and broader adoption of premium lenses, enhancing quality of life and visual independence for an increasingly aging population. Additionally, it will bring efficiency and safety to clinics, driving innovation and personalization in modern ophthalmology.

400.000€

1M€

Microviable Therapeutics is a biotechnology company developing new biological drugs for oncology and infectious diseases. These drugs are unique in that they are based on bacteria from the human body (microbiota). Thanks to its proprietary drug development platform, Microviable has three assets in development, and the lead candidate is expected to enter clinical trials in 2026. Microviable is a spin-off from IPLA-CSIC founded in 2016. It has received the European Seal of Excellence twice, along with other national awards and recognitions. The company has a growing patent portfolio, a highly qualified team of 14 people, and a scientific and clinical advisory board of international prestige.

The biological drugs developed by Microviable are oral capsules containing a specific group of bacteria that have been previously studied and characterized for a specific medical application. One of the products aims to address the issue of antibiotic resistance, while the other two focus on enhancing the effectiveness of immunotherapy in solid tumors. Two of the main health problems in our society are cancer and infections caused by antibiotic-resistant bacteria. These are the medical areas Microviable is working on to offer new solutions to patients who currently have no cure.

We aim to increase the life expectancy and quality of life of oncology patients by improving the effectiveness of immunotherapy in solid tumors such as lung cancer, melanoma, and colorectal cancer.

10M

10M€

Eye4Sky is a deep-tech spin-off from INTA delivering the next generation of space-ready polarization modulators based on liquid crystal technology. Our scalable technology unlocks new possibilities for Defence and Security, Quantum Communications, Earth Observation, Astrophysics, and beyond. Proven in ESA/NASA missions, our compact, lightweight, low-power devices replace bulky mechanical polarization systems, enabling advanced imaging & communications capabilities on small satellites, HAPS, UAVs, and terrestrial platforms.

Polarization modulators are key optical components that control and manipulate the polarization state of light. Why does this matter? Because controlling polarization unlocks information that normal cameras or optical systems cannot see. With our modulators, satellites, drones, and optical instruments can: • Detect hidden or camouflaged objects (Defence & Security) • Reveal environmental data like gas concentrations or oil spills (Earth Observation) • Measure magnetic fields on the Sun or detect exoplanets (Astrophysics) • Enable secure, unhackable data transmission based on quantum physics (Quantum Communications) Polarization control traditionally requires bulky, heavy, mechanically rotating components that consume significant power and are not suitable for compact or resource-constrained platforms. Our liquid-crystal–based polarization modulators eliminate mechanical movement and transform a traditionally heavy, complex, and power-hungry subsystem into a compact, efficient, and space-qualified solution, enabling new missions and applications that were previously not possible due to size, mass, or cost constraints. Our technology turns polarization from a niche research tool into a commercially viable, compact, and scalable product. We enable optical intelligence, seeing what is invisible. We enable quantum security, communicating in ways that cannot be intercepted.

Eye4Sky’s technology enables better decisions from better data in space and on Earth. By making advanced polarization imaging and quantum communications compact, affordable, and scalable, we unlock capabilities that used to be restricted to large satellites and expensive scientific missions. Societal impact includes: Protecting the planet: Better data for sustainability and environmental protection. Democratizing access to space technology: Our miniaturized devices give small satellites, HAPS, and drones capabilities that previously required large, costly spacecraft. Enabling secure communication infrastructure: Our technology supports quantum-safe communication links between satellites, aircraft, and ground stations that cannot be intercepted or hacked. Saving lives and improving resilience: Enhanced imaging in real time helps emergency responders and defence operations make more informed decisions in critical situations improving the situational awareness and safety.

TBC

TBC

YPlasma develops solid-state plasma actuators that enable efficient cooling, aerodynamic flow control, ice prevention and sanitization with no moving parts

Inefficient electronic cooling in compact, high-power devices where traditional fans and heatsinks are noisy, bulky and prone to failure. Aerodynamic drag on structures such as wind-turbine blades, vehicles and UAVs, reducing performance and increasing energy consumption. Ice accumulation on blades and surfaces, causing downtime, safety risks and costly thermal de-icing. High maintenance and reliability issues from mechanical components with moving parts, bearings and consumables. Limited design freedom due to bulky thermal systems and passive aerodynamic devices. Chemical dependence in surface sanitization.

YPlasma’s technology positively impacts society by improving energy efficiency, reducing environmental footprint and enhancing safety and reliability across critical infrastructure. By enabling more efficient electronic cooling, it lowers the energy demand of data centers and digital devices, supporting global decarbonization targets. In wind energy, improved aerodynamics and ice prevention increase renewable-power generation capacity and reduce fossil fuel dependency. Eliminating mechanical parts reduces noise pollution, waste and maintenance, extending product lifetimes. Plasma-based sanitization reduces chemical usage and exposure risks.

3 to 5 million EUR

3-5 Million EUR

A novel wireless energy platform for artificial heart pumps and other implantable high powered medical devices

Patients living with advanced heart failure often rely on artificial heart pumps to sustain their hearts to circulate blood. While these life-saving devices are crucial, they currently depend on drivelines: cables that pass through the skin to connect the internal pump to an external battery. Unfortunately, these drivelines pose significant risks, including infections, discomfort, and limited mobility, which can lead to hospital readmissions and a diminished quality of life for patients. We have developed a cutting-edge transdermal wireless power transfer system which can safely deliver energy through the skin, eliminating the need for a driveline. As a result, patients will experience a freedom of movement, a significant reduction in infection risk, and improved long-term health outcomes. Beyond heart pumps, this groundbreaking approach holds promise for a wide range of other implantable medical devices, including insulin pumps, neural stimulators, and cochlear implants. This advancement has the potential to profoundly enhance healthcare outcomes for countless patients who depend on these vital technologies, inspiring a healthier future.

Our technology will benefit society in the following ways: Heart failure patients, through improved quality of life, increased mobility and reduced mortality Clinicians, by reducing complications and improving outcomes Decreased healthcare costs to society by reducing hospital admissions and prolonging LVAD lifespan The MedTech industry by growing the Left Ventricular Assist Device (LVAD) and Total Artificial Heart (TAH) markets The European economy, through growth of a hi-tech, IP rich, company with large export potential Ulster University, by demonstrating impactful innovation with societal and economic benefits

We have raised £1M pre spinout and in lost recent investment round £750K

£1.5m

Nanostine is a company dedicated to surface coating using ultra-pure nanoparticles. We have developed a method capable of achieving coatings with a level of purity and precision that is impossible to reach with other techniques. This technology is highly relevant for high-value applications such as space, defense, energy, sensors, and healthcare sectors.

Current surfaces in sectors such as space, energy, or biomedical suffer failures due to contamination, loss of conductivity, or degradation. Our ultra-pure nanoparticle coating technology improves durability, conductivity, and functionality of these materials, addressing limitations that conventional techniques cannot overcome.

It will enable the production of more efficient, sustainable, and safer devices: satellites with fewer failures, more durable electrodes for green hydrogen, or medical implants with better integration. In short, we contribute to a cleaner, more reliable, and technologically advanced industry.

500.000€

500.000€

GEL Proximity is the leading shipping platform focused on Out of Home delivery solutions such as lockers and PUDOs. The Software is a tech connector able to manage and provide hundreds of thousands of Collection Points owned by different last mile logistics Partners to eCommerces, Fulfillment Operators and Road Carriers. The mission of the company is to support the amazing growth of the eCommerce channel by offering innovative logistics Proximity services and to improve the Smart Cities conversion by reducing emissions and favoring the parcel’s collection system. GEL Proximity is included among the prestigious list of Politecnico di Milano University Spin Offs and since April 2022 it has been a Fortidia subsidiary company.

Logistics technology fragmentation in last mile delivery and reverse services

Our technology delivers a clear societal impact by tackling one of the most critical issues in urban logistics: last-mile inefficiency. GEL Proximity reduces traffic, emissions, and congestion through out-of-home deliveries across widespread PUDO and locker networks, contributing to more sustainable and livable cities. At the same time, it improves consumers’ daily experience with more flexible, secure, and predictable deliveries, while helping merchants cut operational costs and reduce returns. The net effect: greener cities, more efficient retailers, less frustration for citizens, and a more orderly, data-driven logistics ecosystem.

€800.000

€800.000

Wavemasters is a deep-tech initiative focused on next-generation GNSS resilience and signal processing, combining expertise from INTA and CTTC to develop advanced CRPA-based anti-jamming/anti-spoofing, software-defined receivers, and PNT-robust technologies. It brings together Dr. Javier Arribas (CEO), Dr. Carles Fernández and Dr. Miguel Gómez to transfer state-of-the-art research into high-performance, field-ready navigation solutions for aerospace, defense, and critical infrastructure.

Wavemasters solves the growing vulnerability of GNSS-dependent systems to interference, jamming, spoofing, and multipath, which degrade or completely deny positioning, navigation and timing (PNT). Current receivers and antennas are not designed to cope with modern, intelligent, wideband or coordinated attacks, nor with challenging environments such as urban canyons, low-altitude flight, maritime operations, or autonomous platforms. Our technology provides: Robust PNT under interference through advanced CRPA spatial filtering and adaptive beamforming. Spoofing and meaconing mitigation, detecting and rejecting false GNSS signals in real time. High-dynamic, high-integrity navigation for aerospace, defense, and critical infrastructures. Open and reconfigurable SDR-based architectures, enabling rapid customization for new threats or mission profiles. In short, we ensure that GNSS keeps working when others fail.

The societal impact includes: Safer transportation (air, sea, land, space) through reliable navigation and timing. Protection of critical infrastructure, preventing outages in power grids, telecom networks, and financial systems. Increased security and defence capability, enabling robust PNT for mission-critical platforms. Support for autonomy and robotics, allowing drones and autonomous vehicles to operate safely in GNSS-challenged environments. Higher economic resilience, reducing the cost and disruption caused by GNSS failures.

We are raising €300k in this round, focused on finalizing our first CRPA/Spoofing-resilient SDR prototype, validating early pilots with defence and aerospace partners, and preparing our first commercial deployments.

€50.000

CRAMIK is a material technology solutions company based in Valencia. Our CRAMIO B-001 hyper x binder technology enables injection molding and 3D printing for advanced materials.

Advanced ceramics and metals integration for high performance processing such as injection molding and additive manufacturing, with solvent free postprocessing and full material recyclability

Our technology allows CRAMIK to provide a suite of solutions, whether you need a binder to simplify your processes or you need support to create a new material or component.

1.000.000€

1M€

Molecular Gate offers security solutions based on patented nanotechnology to improve product labelling and prevent counterfeiting. These unique printed labels can be adapted to any kind of packaging materials, thus targeting a myriad of sectors from pharmaceutics to luxury, fashion, food and electronics. The essence of the proposed technology is structural color: optical effects allowing customizable patterns to be hidden and/or revealed under specific viewing conditions. This technology does not require any specialized hardware for verification, enabling intuitive and instant validation by the end user with a simple glance or using the polarized light from any LCD screen (i.e. mobile phones).

Product counterfeit: Counterfeiting represents a global economic threat exceeding USD 4 trillion annually, affecting nearly every industrial sector and eroding consumer trust, brand equity, and public safety. Packaging plays a critical role in product authentication, yet existing solutions, such as holograms, QR codes, RFID, or taggants, often fail to balance security, visibility, cost, and scalability.

Polargram addresses the societal challenge of counterfeiting, which threatens consumer safety, undermines trust in brands, and causes significant economic losses, especially in sectors such as pharmaceuticals, cosmetics, food, and electronics. By making product authenticity instantly visible and verifiable with the naked eye or a smartphone, Polargram empowers consumers to make safer and more informed decisions without requiring specialized tools or expertise. For brands and manufacturers, Polargram protects intellectual property, reduces fraud-related losses, and strengthens brand integrity. Supply-chain actors and regulators benefit from a scalable and cost-effective solution that improves traceability and compliance. Beyond product protection, Polargram contributes to more transparent and sustainable value chains by reducing waste, recalls, and the circulation of counterfeit goods. Its fully printable and scalable nature enables broad adoption across industries and company sizes. In the long term, Polargram aims to establish a new standard for secure and intelligent packaging, combining security, design, and digital intelligence in a single printed layer to strengthen trust and safety in global markets.

500.000€

2M€

Photokrete S.L. is a deep tech company that develops new photonic cementitious materials with autonomous daytime radiative cooling capabilities. We have created the first mortar capable of cooling itself in response to solar radiation, maintaining a temperature below ambient conditions. Our Photokrete mortars are able to reduce urban temperatures by 10-12 degrees autonomously, which has a huge impact on energy savings for cooling. It is currently the only comprehensive and scalable solution for mitigating the urban heat island effect.

Scalable and inexpensive solution to mitigate the urban heat island effect.

1-Habitable and healthier cities. 2-More than 70% savings in energy consumption for cooling buildings. 3-Significant impact on reducing CO2 emissions. Air conditioning currently accounts for 10% of global energy consumption and 3.5% of greenhouse gas emissions. 4-The only scalable solution for mitigating the urban heat island effect. 5-Industrial scaling does not require industrial investment in the cement sector.

€400.000

€2.000.000