Discover the EIC-funded projects from all strands of the EIC programme – Pathfinder, Transition, Accelerator and EIC Prizes – showcasing tangible results of the EIC funding in diverse fields.
New groundbreaking projects are constantly added in our page, so make sure to check regularly so you don't miss them.
The EU-funded 3DPRINTOPTIXMARKET project tackles this challenge by developing advanced 3D-printed micro-lenses and micro-optics for mixed reality.
ANEMEL is a project focused on making green hydrogen from plentiful and sustainable resources, such as saline and waste waters.
Argo Semiconductors cuts the cost and power consumption of satellite radio terminals by 25% — performance levels unreachable by legacy Satellite or 5G technologies.
An AI-powered bionic foot for people with lower-limb amputations, designed to restore natural movement through advanced biomechanics and embedded systems.
The CHARM project aims to bring cancer digital histopathology to the next level, introducing a technology capable of measuring a tissue’s molecular composition and characterising tumours in a label-free way.
Coati-X is CM4CURE’s EIC transition funded project, executed with FRESCI, to industrialise and de-risk a proprietary bioactive coating for catheters and blood-contacting implantable devices.
CorPower Ocean brings high-efficiency Wave Energy technology enabling reliable and cost-effective harvesting of electricity from ocean waves.
ECaBox is a novel ex vivo perfusion platform that maintains viable whole pig and human-donor eyes under near-physiological conditions, creating a human-relevant model for preclinical ophthalmic drug testing and translational research.
The ELOBIO project develops low-temperature electrolysers that produce hydrogen and valuable chemicals from biomass, reducing energy costs and emissions, while assessing and minimizing social, environmental, and economic impacts.
EnduroSat is a space infrastructure builder that engineers, manufactures, and operates high-performance satellites, making space universally accessible for commercial and institutional customers across the globe.
Equal1 is a global leader in silicon-powered quantum computing technology. Its UnityQ processor family, the world’s first hybrid quantum-classical silicon-on-chip (QSoC) technology, integrates all quantum components to deliver unparalleled performance and efficiency in a compact rack-mounted quantum server.
In the iSENS project FlowBeams develops a breakthrough needle‑free injection and sensing platform using laser‑driven opto‑microfluidics. It delivers precise, painless micro‑jet injections while enabling real‑time monitoring for safer, more effective treatments.
HEALANT® is a Belgian deep-tech spin-off from the Vrije Universiteit Brussel focused on the development and commercialization of a solid self-healing material platform.
Hyperion Robotics delivers a carbon-negative construction technology that meets standards, reduces costs through automation, and optimizes design to use less material and speed up timelines.
Mini-SPIKA is a scaled-down, bacteriophage-inspired building core that hosts the Mi-Hy system, which converts household wastewater into energy and biofertiliser. Its bioreceptive outer shell, made from sustainable materials, supports ecological growth.
The aim of the RAW project is to establish a novel resource model for the architecture, engineering, and construction (AEC) sector that fundamentally rethinks how buildings are designed and fabricated in relation to material resources.
Releaf Paper is a circular materials company transforming urban green waste into sustainable fiber, paper, fillers, and biocomposite materials for packaging and consumer goods.
The EU-funded PRISM project aims to develop a proprietary multimodal foundation model tailored for immunology.
The project SMACool will develop a functional air-conditiong device for residential buildings, based on the emerging technology of elastocalorics, which uses shape memory alloys as solid-state refrigerants for efficient and sustainable cold (and heat) generation.
Sparrow Quantum, a spin-out from the Niels Bohr Institute, builds on 25+ years of research and a decade of engineering to advance light–matter interfaces for scalable optical quantum technologies.
The aim of UroPrint is to laser print fully functional immunocompatible urothelial tissue ex vivo and in vivo for bladder augmentation and replacement. This vision is enabled by combining and advancing a number of achievements in the fields of optics and laser technologies, materials, engineering and micro- instrumentation, genetics, cell biology and experimental surgery.
VALAWAI aims to develop value-aware AI systems capable of understanding and following value frameworks, explaining their own behaviour, and interpreting others’ actions in value-based terms.