EASME

Didimo is a leading provider of automated solutions for generating high-quality, real-time human avatars. The company specializes in creating high-fidelity 3D avatars in approximately 90 seconds from simple inputs, such as a 2D photo. Didimo's platform-as-a-service (PaaS) enables content creators, software developers, and app builders to seamlessly integrate a reliable solution for generating user-generated avatars within their applications. Utilizing a patented pipeline, Didimo employs advanced machine vision and topology generation techniques to transform various image-based inputs into real-time ready avatars. These avatars come equipped with a full facial animation system and text-to-speech capabilities, making them well-suited for real-time engines. Additionally, Didimo's technology allows for the efficient creation of thousands of unique characters, supporting diverse gameplay experiences while optimizing memory for large-scale rendering.

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.

Segmentum Imaging is a brand new app allowing you to count samples more quickly than traditional methods have previously allowed, whilst releasing you from the confines of the lab. Do your work conveniently, increasing your output and decreasing your time spent on repetitive actions. The adoption of digital pathology has been increasing dramatically. It is being used for more convenient diagnosis, easier sharing of images between consultants, large-scale collection for research purposes and in the creation of online virtual archives, critical in teaching and multi-centre research. Whilst the tools for researchers to utilise digital images have become very advanced, they are often very expensive and are commonly based in individual laboratories. This can easily result in considerable bottlenecks in use and limitations of access often lead to these facilities being simultaneously very costly but under-utilised.

Waterscope is a not-for-profit impact-defined company based in Cambridge. Waterscope is a Cambridge University spin-out developing easy-to-use, rapid water testing microscopes capable of identifying bacterial presence in drinking water. Their bacterial imaging device can identify specific bacterial micro-colonies in less than 6 hours, four times faster than current gold-standard portable systems. Their system is automated, not requiring significant user training. Using image recognition software, bacterial colonies can be automatically identified and counted. Once data is collected the bacterial imaging device will automatically upload and disseminate results for mapping or intervention. THeir novel bacterial cartridge simplifies bacterial testing eliminating the need for a central lab and significant user training.

Pixpolar has developed a new revolutionary image sensor technology based on patented MIG (Modified Internal Gate) pixel architecture and delivering superior low light image quality when compared to any other image sensor technology. The manufacturing of MIG image sensors is compatible to existing CMOS processes enabling the readout and digital logic circuitry as well as the MIG pixel matrix to be incorporated into the same chip.

SCANOVIS developed a spectroscopic laser scanner that makes invisible fingerprints visible.

Radiobotics is a technology company focused on developing advanced machine learning algorithms that assist healthcare professionals in analyzing medical images, particularly x-rays of bones and joints. By automating routine tasks and generating radiology reports, the company's solutions facilitate quicker access to critical diagnostic information, thereby enhancing the quality of medical decision-making. Radiobotics aims to support doctors by streamlining the image analysis process, ultimately contributing to improved patient outcomes through more accurate and timely diagnoses.

SynSense is a neuromorphic computing company based in Zurich, Switzerland, founded in 2017. The company specializes in developing ultra-low-power vision and biosignal processors, as well as point cloud and always-on auditory processing solutions. These products are designed for artificial intelligence edge computing applications, including autonomous robots, mobile and embedded devices, wearable healthcare systems, security, computing, and IoT applications. SynSense's neuromorphic processors overcome the limitations of traditional von Neumann computers by providing an unprecedented combination of ultra-low power consumption and low-latency performance.

Video Systems is a company that has consolidated its experience cooperating with some of the leading industrial sectors. They are specialised in the production of high-performance equipment for quality control and in the development of innovative solutions in vision systems. Their trademark has become synonymous of an efficient and high quality technology. Product reliability, flexibility and customer orientation are the characteristics that make us the ideal partner in the development of solutions for process control with high performance vision systems.

VH Technology s.r.l. develops Computer Vision solutions for businesses, aimed at enhancing the efficiency of manufacturing processes and logistics. Computer Vision technologies enable machines to understand images and videos, as a human would do. This is particularly useful for automating some repetitive tasks which today are performed by humans, such as quality control in the assembly line. They use these and other technologies to develop industrial machines which are able to perform complex product/parts inspection tasks. VH Technology recently created an innovative system for managing articles stocked in warehouses without the need of barcode. They developed a machine capable of recognising the products entering or leaving the warehouse simply by scanning their label. The same way a human would do. This product, which is patent pending, is particularly useful when the use of barcode is not possible or too complex (e.g. cellar management).

ViNotion is a specialist in intelligent image interpretation in videos for the recognition of people or objects. This innovative video analysis technology can be applied for people counting in crowds or traffic counting. Custom-made solutions are also developed by ViNotion from software libraries, integratable to existing solutions, to complete systems incuding the hardware platform. ViNotion also can offer adequate customized systems adjusted to all specific needs because each situation is unique. For its Research & Developent program, Vinotion is working closely together with the Eindhoven University of Technology (TU/e).

Founded in 2015, ImpactVision specializes in food technology and machine learning. It develops hyperspectral imaging cameras that integrate with software for real-time product quality inspection in production lines. The company's platform uses spectroscopy and predictive learning to provide insights into food quality, helping to reduce waste and enhance transparency.

ColorSensing specializes in developing innovative sensing technologies. Its core product is a color-measurement-based platform that monitors the freshness of packaged foods by scanning QR codes, helping food manufacturers and retailers reduce waste and enhance product quality.

Media Distillery is a technology company focused on enhancing the discovery of video content through advanced metadata extraction. The company employs a unique AI platform, known as Deep Content Understanding™, which enables real-time analysis of video content at an extensive scale. By utilizing various techniques such as face recognition, object and logo recognition, speech and text recognition, and topic detection, Media Distillery provides clients with a comprehensive understanding of video content that was previously only accessible to human viewers. This innovative approach aims to significantly improve user experience by making relevant video content easier to find and engage with.

Serket is a software company that develops recognition technology designed to assist farmers in monitoring and tracing their pigs individually and automatically using standard cameras. Their innovative system addresses animal health and food safety concerns by enabling easy documentation through pictures and videos, thereby reducing the potential for human error. This solution offers a more accessible alternative to traditional smart tagging methods, which are often too expensive for many farmers. By leveraging existing technology from other industries, Serket empowers farmers to manage their livestock more effectively and efficiently, ultimately enhancing food safety and animal welfare.

Tarsio Medics is a company which specialises in investigating non-invasive methods to diagnose sleep disorders based on automatic image analysis Tarsio Medics has dedicated over 10 years of research in conjunction with the Pulmonology department of the Germans Trias i Pujol Hospital to create SleepWise. SleepWise is a system based on analysing the images recorded by a camera while a patient sleeps. SleepWise uses these images to perform an automatic OSAHS diagnosis and also to detect other sleep disorders.

Dronything is a Drone-as-a-service (DaaS) solution for Aircraft Maintenance, Repair and Overhaul (MRO) organisations to make their aircraft inspection process better, cheaper and faster than the current process. It does this by deploying a drone fitted with sensors such as visual tracking, LIDAR, thermal, etc. to scan the aircraft fuselage and feed the images to a machine learning based image processing software, which then processes the image and provides an inspection report. Dronything has a successfully tested prototype, three interested clients and intends to be operational by 1st quarter of 2018. It is closing in on its first client contract, expected to be signed by the end of June 2018.

Multiscan Technologies is a manufacturer of artificial vision and X-ray food sorting equipment. The company originated in Spain and introduced automatic selection machines for the table olives industry in the late 1990s, delivering unprecedented quality control and efficiency. Its solutions have since expanded to include olives, cherries, tomatoes and various nuts and fruits, combining conventional vision technology with X-ray inspection to address food safety and product quality within a single machine. Multiscan’s equipment is used to inspect packaged or bulk products, helping clients optimize processing and sorting across the food and agricultural sectors. The company emphasizes in-house development, designing, manufacturing, servicing and commercializing X-ray equipment through its own technology platform. Through ongoing innovation, Multiscan Technologies aims to provide integrated screening solutions that improve yield, reduce waste and enhance product safety for customers worldwide.

K | Lens is a technology startup that develops imaging solutions based on its patented K|Lens technology, a third-dimensional lens capable of capturing color and depth information in a single shot with any standard camera. The technology, invented at the Max-Planck-Institute for Informatics at Saarland University and further developed during an incubation with IT Inkubator, enables control of sharpness and blurring to deliver photorealistic images with DSLR-like quality. This approach helps manufacturers improve efficiency and accuracy in production processes, and ensure product quality.

HPA - High Performance Analytics is an accredited spin-off of the University of Verona and the Artificial Intelligence Competence Center (AICC) of Terranova. Since 2017 HPA has designed and developed custom Artificial Intelligence solutions in five areas of expertise: predictive analysis, anomaly detection, constrained optimization, text analysis (NLP), and image recognition. With significant experience and successful case studies in numerous industrial sectors (energy, manufacturing, transport, real estate, CRM), HPA offers SMEs and large companies effective and efficient solutions based on a deep knowledge of mathematical and statistical models gained over 20 years of academic research.

Cypheme is a company that specializes in counterfeit detection through its innovative application, which leverages artificial intelligence and machine learning. The application enables users to identify counterfeit products by analyzing the micro-structure of product packaging using only a smartphone camera. By employing advanced pattern recognition techniques, Cypheme's technology allows consumers to verify the authenticity of various products easily and efficiently. This approach not only helps in combating counterfeit goods but also enhances consumer trust in product quality and safety.

Eva Vision provides a voice controlled eyewear for the visually impaired. EVA's Artificial Intelligence recognises objects, texts, signs and verbally describes what it sees. Eva collects and preprocess audiovisual data and sends it to your smartphone. Our mobile app processes part of the data while sending the rest to our superfast servers where all the magic happens. With EVA's intuitive user interface you can discreetly control the device trough gestures, head movements and function buttons. Use your voice for data entry. EVA's bone conduction speakers leave your ears free so you can always hear your environment. Others can't hear EVA's voice.

SMARTIFY offers an app that enables users to scan, identify, and save artwork using their smartphones. It serves as a personalized guide to partnered museums and galleries, providing instant access to art commentary. As a social enterprise, SMARTIFY aims to facilitate meaningful connections with art while supporting global visual arts organizations and protecting intellectual property.

Cover Sistemi develops advanced applications in electronics, RF, radar, optoelectronics, 2D and 3D vision systems and reverse engineering. Cover Sistemi Srl has managed to provide innovative solutions for its commercial clients in perimeter intruder detection but never has there been a solution to give a detailed, zone specific, multiple object sensing and precise 3D radar mapping of objects. ARIA is their novel radar sensor with disruptive technology enabling 3D mapping of objects and resulting in people identification, multiple people tracking and selection of zone of surveillance.

Perceive3D is a technology company specializing in computer vision technology, founded in 2013. It develops advanced image software solutions designed to assist surgeons during minimally invasive procedures. The company's flagship product, in.sight, has gained market traction for its visualization capabilities. Perceive3D is currently developing in.nav, the first navigation system for arthroscopy, which was recognized with an SMEi Phase II award in 2017. Their real-time imaging platform employs AI to process endoscopic video, providing enhanced image guidance and unique navigation information to doctors during surgeries.

N.I.Te specializes in advanced software solutions for automatic processing of digital documents, particularly handwritten ones. Their innovative technology, developed over two decades of research, enables SMEs and public institutions to efficiently manage their digital archives.

Artomatix Limited is a Dublin-based company specializing in artificial intelligence software for 3D content development. Founded in 2014, Artomatix creates innovative tools for various industries, including gaming, automotive design, interior decor, textiles, and fashion. The company's flagship offering, Artomatix cloud, provides an AI toolkit that simplifies the creation of realistic 3D environments by automating labor-intensive tasks associated with texture generation and manipulation. Key modules of its ArtEngine include Material Processing, which automates scan cleanup; Material Generation, enabling the conversion of photographs into PBR materials; Material Remaster, which enhances and fixes existing textures; and Material Transfer, allowing users to consolidate materials from different sources. By leveraging its technology, Artomatix empowers both professionals and enthusiasts to focus on creative aspects of their work, enhancing productivity in 3D content creation. As of March 2020, Artomatix operates as a subsidiary of Unity Technologies, Inc.

Microptic is a manufacturer and supplier based in Barcelona, Spain, specializing in the research, development, distribution, and installation of automatic diagnostic systems. The company focuses on creating software for image analysis, allowing for the automation of microscopic analysis through the use of robotic systems and artificial intelligence. By providing comprehensive services that include design, development, sale, installation, and ongoing support of in-vitro diagnostic systems, Microptic aims to enhance diagnostic accuracy and efficiency for its clients.

IN2 Search Interfaces Development Limited collects, organizes, discovers, enriches and presents photos, documents and audiovisual files.

VTS has developed a set of solutions that turn any printed image or online video into interactive. VTS is a spinoff of Universitat Autonoma de Barcelona and the Computer Vision Center based in the research done in the last five years in the field of Pattern Recognition. For more information, please visit VTS at: www.visual-tagging.com

Picvisa is an innovating technology company that provides industrial solutions based on image processing and machine vision to the national and international markets. The company defines, develops, and produces selection and sorting equipment for recycling materials. Its machines can select and sort these materials by composition or by color and are based on its own image processing software that is specific for each application. Its high-resolution machine vision systems, together with well-defined illumination systems, provide reliable and efficient solutions with high performance levels that overcome traditional equipment. Picvisa is on a mission to provide the market with specific image processing solutions for material classification. At the same time, to detect our customers’ needs and to provide them with adapted solutions, giving them warranties of a productive, efficient and sustainable process.

Oncovision is a Spanish technology company focused on molecular vision applied to health sciences. The company develops, manufactures and markets medical imaging devices and related technologies to improve cancer diagnosis and treatment, as well as research in neurology, oncology, and cardiology. Its multimodal imaging platform aims to create new diagnostic tests and treatment options that offer clinical and economic advantages, potentially changing current standards of care. Founded in 2003 with support from the Corpuscular Physics Institute and the University of Valencia, Oncovision has built a portfolio of intellectual property and clinical evidence and has been recognized by European institutions for its innovations. Headquartered in Valencia and backed by venture capital, the company operates with a cross-functional, international team and collaborates with leading centers to advance molecular vision in Spanish and European health industries.

Cogisen Srl is an Italian company based in Naples, established in 2009, that specializes in developing artificial intelligence solutions. The firm is known for its innovative product, SENCOGI, an eye-tracking software designed for smartphones and mobile devices. In addition to this offering, Cogisen provides image recognition technology that utilizes artificial intelligence and cognitive modeling to extract context and intent from video content. By identifying patterns and creating associations between various objects, the company enhances the ability to process and integrate data from diverse digital streams, thereby improving efficiency and reducing the volume of data needed for effective information recognition and interpretation.

Ctrl4 Enviro is a highly innovative computer vision analytics technology company based in Barcelona. From counting and monitoring of people in outdoor spaces to detecting cars and license plate information, we can process and provide highly accurate information for a wide range of scenarios and environments. It is founded in 2006 from our research project together with the Autonomous University of Barcelona. Collaborations with several research institutions and departments from the University, such as the Computer Vision Centre and the Statistics Physics Group, have led us to achieve the best innovative solutions for many challenging projects. Its mission is to apply technology to obtain information (sensorizing), and use it to optimize resource efficiency and contribute to a sustainable planet.

Magenta srl designs and realizes desktop, enterprise, and mobile software applications. Its development services include enterprise Web applications based on the Java/JEE platform; image and video analysis applications for automatic surveillance and monitoring, smart cameras, digital recording, media databases, machine vision, object detection, and recognition; software integration and middleware; security-related applications, such as cryptography, smart card, eToken, digital signature, secure authentication, and security in computer networks; and mobile applications for the Android and iOS platforms. The company also provides verification and validation services in the automotive context; software certification according to the international standard; and support and training for various technologies used to develop products. In addition, it develops Vehicle Counter, an embedded traffic monitoring application designed for the Axis Camera application platform that allows user to set a number of virtual sensors and to decide how to aggregate the collected data; NVR13 media recorder, a lightweight video/audio recorder platform for applications in on-board recorders for the automotive industry. The company was founded in 2007 and is based in Florence, Italy.

Pixit offers APIs that recognize when there is a person in a picture, what this person is wearing, and which product is displayed. Pixit is unique in visual recognition. Pixit's algorithms are as intelligent as the human eye. Pixit is an expert in fashion. The company maximizes the ROI of your pictures in digital.

INVAR Engineering and Artificial Vision is a technology-based company with a strong character of research and innovation, in works and activities carried out. With an experienced technical team and own research laboratory, INVAR introduces new technological and innovative projects based in artificial vision technology with the aim of introducing new tools in the current market. This allow optimization and improvement on current management processes. The sphere of action extends to throughout the country and its activities are mainly focused, on one hand, in providing technical support, technical consulting and advisory services and, on the other hand, in the development of innovative services and products under the framework of research, development and innovation (R&D), through the introduction to the market of new technologies, lines and processes.

Piccure+ is a photo editing tool that enables photographers to improve the sharpness of their images by correcting optical aberrations. piccure+ also works as a standalone including a RAW converter.

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.

Vispera is a company specializing in image recognition and analytics for the retail sector. It provides real-time data and insights to help retailers and suppliers improve in-store performance, monitor field team productivity, and enhance customer experience. Vispera's proprietary technology focuses on key metrics such as on-shelf availability, planogram compliance, and pricing accuracy, aiming to reduce industry-wide losses due to these issues.

Infaimon S.L., founded in 1994 and headquartered in Barcelona, Spain, is a distributor of artificial vision and image analysis products. The company provides a variety of solutions, including cameras, integrated vision systems, optics, image software, and automated inspection systems. Infaimon advises clients to identify the most suitable artificial vision solutions for their specific applications. Its operations extend across Spain, Portugal, Mexico, and Brazil, and it serves additional markets in Latin America. As a subsidiary of Stemmer Imaging AG since July 2019, Infaimon caters to diverse sectors such as industrial, scientific, and security applications, focusing on image capture, processing, and analysis needs.

ITS Plc leads in process tomography with years of experience in research solutions and industrial products. The company take on-line measurements to give real time data and images of what is going on inside pipes and vessels, moving beyond point based measurement techniques to provide more comprehensive process data.

Perceive3D is a technology company specializing in computer vision technology, founded in 2013. It develops advanced image software solutions designed to assist surgeons during minimally invasive procedures. The company's flagship product, in.sight, has gained market traction for its visualization capabilities. Perceive3D is currently developing in.nav, the first navigation system for arthroscopy, which was recognized with an SMEi Phase II award in 2017. Their real-time imaging platform employs AI to process endoscopic video, providing enhanced image guidance and unique navigation information to doctors during surgeries.

Falcon-Vision, founded in 1996 by a team of experienced engineers, specializes in industrial image processing solutions and has maintained ISO 9001 certification since 1997. The company focuses on providing vision-based in-line quality control equipment that enhances production tracking. Its product range includes code readers and more sophisticated measurement and qualification systems, which are custom assembled in-house as turnkey solutions. Falcon-Vision aims to improve efficiency and accuracy in manufacturing processes through its innovative technology.

Newtec is among the pioneers that understood very early the advantages of digital imaging. With 25 years of experience in the field of image acquisition and processing, the trust and satisfaction of our customers with our original designs is the best showcase of our skills and dedication.

Pixpolar has developed a new revolutionary image sensor technology based on patented MIG (Modified Internal Gate) pixel architecture and delivering superior low light image quality when compared to any other image sensor technology. The manufacturing of MIG image sensors is compatible to existing CMOS processes enabling the readout and digital logic circuitry as well as the MIG pixel matrix to be incorporated into the same chip.

Oncovision is a Spanish technology company focused on molecular vision applied to health sciences. The company develops, manufactures and markets medical imaging devices and related technologies to improve cancer diagnosis and treatment, as well as research in neurology, oncology, and cardiology. Its multimodal imaging platform aims to create new diagnostic tests and treatment options that offer clinical and economic advantages, potentially changing current standards of care. Founded in 2003 with support from the Corpuscular Physics Institute and the University of Valencia, Oncovision has built a portfolio of intellectual property and clinical evidence and has been recognized by European institutions for its innovations. Headquartered in Valencia and backed by venture capital, the company operates with a cross-functional, international team and collaborates with leading centers to advance molecular vision in Spanish and European health industries.

August, 2014 - EU FUND has accepted Momentface in the accelaration program with a grant pair of 600.000 CZK / 25 k EURO