European Innovation Council

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Vitestro develops autonomous blood drawing technology aimed at transforming patient care.

Vitestro develops autonomous blood drawing technology aimed at transforming patient care.

Methinks is a developer of a medical imaging platform that leverages advanced artificial intelligence techniques to enhance the diagnosis of brain-related diseases, particularly acute stroke. Utilizing Google's deep learning framework, Tensorflow, Methinks analyzes neuroimaging data to facilitate accurate and timely diagnoses. The platform offers a significant advantage by enabling stroke assessments through non-contrast CT scans, thereby eliminating the need for contrast CT and reducing the time required for treatment. This innovative approach enhances communication between radiologists, hospitals, stroke units, and other healthcare professionals, ultimately aiming to improve clinical outcomes in stroke care.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Twinsity is a developer of a platform designed to visualize, inspect, and collaboratively manage high-resolution drone data and digital twins. The company focuses on enhancing infrastructure inspections and lifecycle management through the integration of artificial intelligence. Its virtual 3D inspection software provides accurate insights by consolidating a comprehensive image database, allowing all stakeholders involved in the inspection process to collaborate effectively. By centralizing communication, documentation, and inspection activities, Twinsity enables clients to streamline their operations, thereby improving the management and oversight of structures and assets.

Embedl specializes in optimizing deep learning models for embedded systems. Its Model Optimization SDK automates the process of creating efficient models with up to 94% reduced energy consumption, 16x increased execution speed, and 8x memory compression. Embedl collaborates with academic institutions and industry players to drive innovation in embedded intelligence.

Abbelight is a company that develops modular single-molecule localization microscopy technology to enable super-resolved fluorescence imaging for biological research. Its solution combines consumables, hardware, and software to deliver reliable, state-of-the-art imaging and supports researchers in biology, pharmacology, and environmental science who seek higher-resolution observations of biological samples. The modular platform enables researchers to implement SMLM without compromising instrument performance, and the company provides end-to-end support from sample preparation to data analysis by integrating chemistry, software, and optical components. By simplifying workflows and offering integrated tools, Abbelight aims to make advanced microscopy accessible to laboratories of varying sizes, helping users observe subcellular structures with improved resolution.

nyris is a visual search platform provider that enables users to find products and objects in images and videos using AI and neural networks. The platform serves multiple industries, including retail and e-commerce, industrial and manufacturing, media and entertainment, and financial services, by delivering fast, unified search results and improved discovery. Founded in 2015 and headquartered in Berlin with a second location in Düsseldorf, nyris serves customers across more than 50 countries.

Qurv, established in 2020, specializes in developing advanced image sensor technologies and integrated solutions. The company's core business is enabling next-generation computer vision applications, catering to the growing demands of autonomous and intelligent systems. Qurv's innovative technology, built on over eight years of research, leverages current CMOS manufacturing and advanced materials to deliver high-performance, reliable, and functional solutions for XR devices, service robots, and automotive industries.

IDloop develops and sells a contactless fingerprint sensor solution, utilizing 3D imaging, AI, and embedded technology. This solution is designed for business and government markets, offering secure multi-finger image capture to enhance security services.

SILEANE is robotics, vision, and artificial intelligence. They offer to build machines to automate. They provide services that include robotique, vision industrielle, robotique adaptative, automatisation du geste, pick place, dévracage, traitement de surface, and intelligence artificielle.

Iris.ai offers an AI-powered science assistant designed for R&D departments. It enhances research efficiency through smart search, filters, summaries, and autonomous extraction of scientific insights.

Iris.ai offers an AI-powered science assistant designed for R&D departments. It enhances research efficiency through smart search, filters, summaries, and autonomous extraction of scientific insights.

Embedl specializes in optimizing deep learning models for embedded systems. Its Model Optimization SDK automates the process of creating efficient models with up to 94% reduced energy consumption, 16x increased execution speed, and 8x memory compression. Embedl collaborates with academic institutions and industry players to drive innovation in embedded intelligence.

Avatar Medical is a developer of a virtual reality medical platform that creates 3D patient avatars to assist surgeons in visualizing medical images. By generating interactive representations based on medical data, the platform enables clinicians to accurately and instantly access critical clinical information. This innovative approach not only enhances the understanding of surgical options but also facilitates the training of medical fellows and improves patient engagement. Avatar Medical aims to transform how medical professionals interact with imaging data, ultimately contributing to better surgical outcomes and patient care.

IDloop develops and sells a contactless fingerprint sensor solution, utilizing 3D imaging, AI, and embedded technology. This solution is designed for business and government markets, offering secure multi-finger image capture to enhance security services.

BlinkIN is a technology company that has developed a smart visual assistant to enhance customer support through augmented reality and artificial intelligence. Its primary product, a visual bot, functions as a virtual troubleshooting guide, enabling users to show their devices or machines via smartphone. The bot then provides step-by-step instructions on-screen to resolve technical issues, ensuring accuracy at each stage. In addition to this, BlinkIN offers a service called BlinkIN Expert, which allows customers to connect with specialists or local technicians through a simple SMS link, eliminating the need for installation. By transforming traditional audio tech support calls into more intuitive visual interactions, BlinkIN aims to improve the efficiency of customer support processes while reducing the need for on-site dispatches.

Methinks is a developer of a medical imaging platform that leverages advanced artificial intelligence techniques to enhance the diagnosis of brain-related diseases, particularly acute stroke. Utilizing Google's deep learning framework, Tensorflow, Methinks analyzes neuroimaging data to facilitate accurate and timely diagnoses. The platform offers a significant advantage by enabling stroke assessments through non-contrast CT scans, thereby eliminating the need for contrast CT and reducing the time required for treatment. This innovative approach enhances communication between radiologists, hospitals, stroke units, and other healthcare professionals, ultimately aiming to improve clinical outcomes in stroke care.

Born from the MRCLEAN trial, NICO.LAB was founded in 2015 as a spin-off from the Amsterdam University Medical Center. Our research background continues to drive our way of thinking. The team consists of researchers, developers and experienced medical specialists to ensure we align with our clients needs. We believe connecting human & artificial intelligence will revolutionize emergency care. Our cloud-based solution, StrokeViewer, automatically analyses brain CT scans and gives results within minutes. StrokeViewer empowers physicians in the emergency setting to provide patients with the right treatment in time.

Founded in Berlin, Germany in 2020, Tripleye develops an automation platform that equips engineering teams with essential technology modules for constructing autonomous vehicles. Its platform enhances safety and precision across various applications, including mining, construction, space, and defense.

Oivi is a Norwegian company founded in 2017 and based in Oslo, specializing in the development of an affordable AI-driven camera and platform for the identification of diabetic eye diseases. The company focuses on facilitating retinal screening in primary care settings, thereby promoting awareness and proactive management of diabetic eye health. Oivi's innovative platform employs automated image capture and diagnostic capabilities to monitor eye diseases effectively through teleconsultation. With a multifaceted team possessing extensive expertise in camera and software development, Oivi aims to empower patients to prevent permanent vision loss associated with diabetes.

Founded in Berlin, Germany in 2020, Tripleye develops an automation platform that equips engineering teams with essential technology modules for constructing autonomous vehicles. Its platform enhances safety and precision across various applications, including mining, construction, space, and defense.

Ariadne.ai ag is a contract research organization (CRO) that specializes in automated high-throughput biomedical image analysis and image processing technology. The company offers a scalable and consistent solution to image processing and analysis bottlenecks, allowing R&D teams to concentrate on staining and imaging. Whether customers need to automate an existing workflow or create a new one, Ariadne.ai ag is ready to help, allowing them to scale their experiments.

XenomatiX specializes in developing automotive vision systems for advanced driver assistance systems (ADAS) and autonomous driving applications. Their solutions employ complementary metal oxide semiconductor-based detectors, multi-beam laser projectors, and light detection and ranging technology to provide real-time 3D digitization of a vehicle's surroundings. Additionally, their solid-state LiDAR solutions cater to industries such as road construction, surveying, industrial, mining, agriculture, off-road vehicles, and railways.

Sightec specializes in developing visual intelligence technologies for autonomous flights, utilizing advanced computer vision and artificial intelligence. The company offers a comprehensive suite of products designed to provide camera-based visual situation awareness at all times, including capabilities for navigation, object detection, and 3D change detection, all without reliance on GPS. Its flagship product, NavSight, is a GPS-free visual aerial navigation system that processes drone camera feeds—both RGB and thermal—to deliver visual positioning in GPS-denied environments. Sightec serves a diverse clientele, including governments, original equipment manufacturers, integrators, and service providers across various unmanned aerial system applications such as aerospace, public safety, security, inspection, and delivery. The company's vision is to enhance the autonomous flights market by offering an affordable and lightweight solution for visual situation awareness, aiming to ultimately reduce the need for human pilots.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Sightec specializes in developing visual intelligence technologies for autonomous flights, utilizing advanced computer vision and artificial intelligence. The company offers a comprehensive suite of products designed to provide camera-based visual situation awareness at all times, including capabilities for navigation, object detection, and 3D change detection, all without reliance on GPS. Its flagship product, NavSight, is a GPS-free visual aerial navigation system that processes drone camera feeds—both RGB and thermal—to deliver visual positioning in GPS-denied environments. Sightec serves a diverse clientele, including governments, original equipment manufacturers, integrators, and service providers across various unmanned aerial system applications such as aerospace, public safety, security, inspection, and delivery. The company's vision is to enhance the autonomous flights market by offering an affordable and lightweight solution for visual situation awareness, aiming to ultimately reduce the need for human pilots.

Orbem operates an AI-driven sensor system that uses magnetic resonance imaging to analyze biological samples. This innovative approach optimizes breeding processes, enhances food production efficiency to meet global demand, and enables customers to improve processing lines for cost savings and high-quality outputs.

nyris is a visual search platform provider that enables users to find products and objects in images and videos using AI and neural networks. The platform serves multiple industries, including retail and e-commerce, industrial and manufacturing, media and entertainment, and financial services, by delivering fast, unified search results and improved discovery. Founded in 2015 and headquartered in Berlin with a second location in Düsseldorf, nyris serves customers across more than 50 countries.

Gleechi AB, established in 2014 and headquartered in Stockholm, Sweden, specializes in developing software solutions that facilitate natural interaction between humans, computers, and robots. Their core technology revolves around advanced computer vision and machine learning algorithms, enabling real-time, free, and natural hand interactions in games, virtual reality, and robotics. Gleechi's innovative software allows for the creation of realistic hand movements and interactions, making it possible for users to learn by doing in virtual environments. The company has been recognized for its achievements, including being named Super Startup of the Year by Veckans Affärer and ALMI Invest, winning the EIT Digital Idea Challenge, and being awarded Startup of the Year by STING.

Founded in 2019, Provizio is a technology company based in Limerick, Ireland. It specializes in accident prevention solutions for vehicles, using proprietary vision sensors and machine learning algorithms to perceive, predict, and prevent accidents in real-time.

SILEANE is robotics, vision, and artificial intelligence. They offer to build machines to automate. They provide services that include robotique, vision industrielle, robotique adaptative, automatisation du geste, pick place, dévracage, traitement de surface, and intelligence artificielle.

KinePict develops medical imaging technology that enhances image quality in interventional radiology while reducing contrast agent and radiation exposure. Its proprietary technologies include Digital Variance Angiography, ultrafast cubic spline-fit algorithms, and real-time non-rigid motion correction, enabling safer procedures, more accurate diagnostics, and improved patient outcomes.

KinePict develops medical imaging technology that enhances image quality in interventional radiology while reducing contrast agent and radiation exposure. Its proprietary technologies include Digital Variance Angiography, ultrafast cubic spline-fit algorithms, and real-time non-rigid motion correction, enabling safer procedures, more accurate diagnostics, and improved patient outcomes.

Methinks is a developer of a medical imaging platform that leverages advanced artificial intelligence techniques to enhance the diagnosis of brain-related diseases, particularly acute stroke. Utilizing Google's deep learning framework, Tensorflow, Methinks analyzes neuroimaging data to facilitate accurate and timely diagnoses. The platform offers a significant advantage by enabling stroke assessments through non-contrast CT scans, thereby eliminating the need for contrast CT and reducing the time required for treatment. This innovative approach enhances communication between radiologists, hospitals, stroke units, and other healthcare professionals, ultimately aiming to improve clinical outcomes in stroke care.

Lightspace Technologies SIA specializes in the development of advanced optical solutions and technologies for augmented reality (AR) and virtual reality (VR) displays. Incorporated in 2014 and based in Mārupe, Latvia, the company focuses on creating multifocal, accommodating AR headsets and future glasses-free 3D image displays. Their portfolio includes innovative products such as a multilayer liquid crystal switching diffuser, VR/AR near-eye display architecture, and a unity 3D rendering software plugin designed for volumetric displays. Lightspace's volumetric 3D monitor is particularly significant in sectors like medicine and security, providing real-time 3D displays with optically deep images. This technology facilitates applications such as three-dimensional microscopy, image-guided surgery, and diagnostics, enhancing both image quality and eye comfort for professionals across various fields. Recognized as a leading contributor to volumetric 3D display technologies, Lightspace continues to advance optical reality solutions by reducing the optical hardware requirements for light field display technology significantly.

PhotonicSens is a developer of advanced single-lens 3-dimensional camera modules that generate depth maps and RGB images, capturing intricate details of the environment. The company focuses on enhancing depth perception experiences on mobile devices, facilitating applications such as gesture recognition, face recognition, navigation, and mixed reality. By combining innovative optics with sophisticated algorithms, PhotonicSens has pioneered a technology that allows mobile devices to replicate the human eye's ability to accurately judge distance, positioning itself at the forefront of the next generation of Internet of Things (IoT) applications.

Seervision AG is a Swiss startup founded in 2016 and based in Zurich, specializing in software for camera automation aimed at enhancing video production. Originally conceived at ETH Zurich to improve live lecture recording, the company has evolved into a robust enterprise with a focus on automating workflows in corporate studios, stage events, and educational environments. The Seervision Suite employs advanced video analysis algorithms that utilize motion control technology, integrating computer vision and machine learning to facilitate fully automated productions. This includes features such as autonomous camera tracking, facial recognition, and scene understanding, allowing for seamless integration into corporate settings and significantly simplifying live production processes. With a growing team of over 30 employees, Seervision is committed to making video production effortless and efficient.

Lightspace Technologies SIA specializes in the development of advanced optical solutions and technologies for augmented reality (AR) and virtual reality (VR) displays. Incorporated in 2014 and based in Mārupe, Latvia, the company focuses on creating multifocal, accommodating AR headsets and future glasses-free 3D image displays. Their portfolio includes innovative products such as a multilayer liquid crystal switching diffuser, VR/AR near-eye display architecture, and a unity 3D rendering software plugin designed for volumetric displays. Lightspace's volumetric 3D monitor is particularly significant in sectors like medicine and security, providing real-time 3D displays with optically deep images. This technology facilitates applications such as three-dimensional microscopy, image-guided surgery, and diagnostics, enhancing both image quality and eye comfort for professionals across various fields. Recognized as a leading contributor to volumetric 3D display technologies, Lightspace continues to advance optical reality solutions by reducing the optical hardware requirements for light field display technology significantly.

MindPeak GmbH is a technology company based in Hamburg, Germany, founded in 2018. It specializes in developing artificial intelligence software tools aimed at enhancing the accuracy and efficiency of cancer diagnostics. The company's flagship product, BreastAI, is designed for the quantification of breast cancer immunohistochemistry (IHC) and can be integrated into third-party software systems. MindPeak's solutions automate tissue diagnostics, enabling pathologists to identify and quantify tumorous regions and detect breast cancer cells more effectively. By streamlining tasks such as cell and biomarker quantification, MindPeak's tools allow cancer specialists to focus on critical decision-making in clinical environments, ultimately improving patient care while making diagnostic processes more accessible and cost-effective.

Oivi is a Norwegian company founded in 2017 and based in Oslo, specializing in the development of an affordable AI-driven camera and platform for the identification of diabetic eye diseases. The company focuses on facilitating retinal screening in primary care settings, thereby promoting awareness and proactive management of diabetic eye health. Oivi's innovative platform employs automated image capture and diagnostic capabilities to monitor eye diseases effectively through teleconsultation. With a multifaceted team possessing extensive expertise in camera and software development, Oivi aims to empower patients to prevent permanent vision loss associated with diabetes.

Clarifruit provides an AI-powered automated quality control and data analytics platform for the fresh produce industry. The platform uses computer vision and big data to measure quality, freshness, and durability, automatically identifying, collecting, and analyzing real-time attributes of produce across external and internal characteristics. This enables objective, consistent, and cost-effective inspections, improves inspector productivity, reduces waste, and helps growers, wholesalers, retailers, and marketing companies make data-driven decisions that better align supply with customer demand and enhance profitability.

Gleechi AB, established in 2014 and headquartered in Stockholm, Sweden, specializes in developing software solutions that facilitate natural interaction between humans, computers, and robots. Their core technology revolves around advanced computer vision and machine learning algorithms, enabling real-time, free, and natural hand interactions in games, virtual reality, and robotics. Gleechi's innovative software allows for the creation of realistic hand movements and interactions, making it possible for users to learn by doing in virtual environments. The company has been recognized for its achievements, including being named Super Startup of the Year by Veckans Affärer and ALMI Invest, winning the EIT Digital Idea Challenge, and being awarded Startup of the Year by STING.

PhotonicSens is a developer of advanced single-lens 3-dimensional camera modules that generate depth maps and RGB images, capturing intricate details of the environment. The company focuses on enhancing depth perception experiences on mobile devices, facilitating applications such as gesture recognition, face recognition, navigation, and mixed reality. By combining innovative optics with sophisticated algorithms, PhotonicSens has pioneered a technology that allows mobile devices to replicate the human eye's ability to accurately judge distance, positioning itself at the forefront of the next generation of Internet of Things (IoT) applications.

TiHive Technologies develops an advanced imaging and sensing system designed for high-speed, interconnected operation. This system enables multiple devices to work together, forming intelligent networks that detect product defects during in-line production.

TiHive Technologies develops an advanced imaging and sensing system designed for high-speed, interconnected operation. This system enables multiple devices to work together, forming intelligent networks that detect product defects during in-line production.

Abbelight is a company that develops modular single-molecule localization microscopy technology to enable super-resolved fluorescence imaging for biological research. Its solution combines consumables, hardware, and software to deliver reliable, state-of-the-art imaging and supports researchers in biology, pharmacology, and environmental science who seek higher-resolution observations of biological samples. The modular platform enables researchers to implement SMLM without compromising instrument performance, and the company provides end-to-end support from sample preparation to data analysis by integrating chemistry, software, and optical components. By simplifying workflows and offering integrated tools, Abbelight aims to make advanced microscopy accessible to laboratories of varying sizes, helping users observe subcellular structures with improved resolution.

omni:us specializes in intelligent insurance claim automation. Its Digital Claims Adjuster integrates with existing systems like Guidewire and Sapiens to automate end-to-end claims processes for seven property and casualty lines of business. Powered by AI, it offers a comprehensive claims decision catalog, significantly reducing process costs while enhancing customer satisfaction.

MindPeak GmbH is a technology company based in Hamburg, Germany, founded in 2018. It specializes in developing artificial intelligence software tools aimed at enhancing the accuracy and efficiency of cancer diagnostics. The company's flagship product, BreastAI, is designed for the quantification of breast cancer immunohistochemistry (IHC) and can be integrated into third-party software systems. MindPeak's solutions automate tissue diagnostics, enabling pathologists to identify and quantify tumorous regions and detect breast cancer cells more effectively. By streamlining tasks such as cell and biomarker quantification, MindPeak's tools allow cancer specialists to focus on critical decision-making in clinical environments, ultimately improving patient care while making diagnostic processes more accessible and cost-effective.

LaDiMo Oy, founded in 2015 and based in Espoo, Finland, specializes in developing the Ladimo Smarter Vision technology, a real-time 3D point cloud acquisition solution. The company builds upon innovative technology initially created at Aalto University in 2012 by Jorma Palmén. By integrating photogrammetry, laser technology, and mathematical modeling, Ladimo offers a novel approach to generating high-precision point cloud data. This technology is particularly applicable in machine vision fields, including collaborative robots, industrial automation, automated guided vehicles, and various virtual, augmented, and mixed reality applications.

VayaVision Sensing Ltd. is a technology company that specializes in developing perception engine software aimed at enhancing the safety and efficiency of autonomous driving. Founded in 2016 and headquartered in Or Yehuda, Israel, the company offers VAYA-Drive, an artificial intelligence cognition platform that integrates raw data fusion with advanced computer vision techniques. This platform generates comprehensive environmental models, enabling critical functions such as road and free space detection, lane detection, object detection and tracking, and recognition of traffic signs. By utilizing deep learning algorithms, VayaVision delivers a reliable detection and classification system that accurately assesses the size, shape, and velocity of surrounding objects, including small obstacles. This innovative approach not only improves sensing capabilities for autonomous vehicles but also contributes to cost reductions within the automotive industry. Since July 2020, VayaVision has operated as a subsidiary of LeddarTech Inc.