European Innovation Council

Treble Technologies is a company that focuses on advanced wave-based sound simulation products tailored for the architecture, engineering, and construction (AEC) industry. It offers specialized acoustics design software that enables the creation of physically accurate and perceptually realistic virtual acoustics. This software aids in minimizing risks and ensuring that designs adhere to all relevant regulations and certification standards. Additionally, it streamlines the process of importing, exporting, and reconfiguring models, ultimately saving time and costs for users. Treble's services find applications across various sectors, including automotive design, building architecture, immersive reality, and artificial intelligence, supporting studios and artists in delivering high-quality projects.

Mistikist is an AI-powered platform enhancing mental wellbeing through personalized audio-visual brainwave entrainment. It integrates neuroscience, machine learning, and real-time biometrics to tailor sessions to users' unique needs, reducing stress and improving focus in minutes. Serving both B2B and B2C markets, Mistikist offers subscription-based solutions for individuals and enterprise licensing for organizations, accessible via mobile apps, VR headsets, and wearables.

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.

Treble Technologies is a company that focuses on advanced wave-based sound simulation products tailored for the architecture, engineering, and construction (AEC) industry. It offers specialized acoustics design software that enables the creation of physically accurate and perceptually realistic virtual acoustics. This software aids in minimizing risks and ensuring that designs adhere to all relevant regulations and certification standards. Additionally, it streamlines the process of importing, exporting, and reconfiguring models, ultimately saving time and costs for users. Treble's services find applications across various sectors, including automotive design, building architecture, immersive reality, and artificial intelligence, supporting studios and artists in delivering high-quality projects.

Treble Technologies is a company that focuses on advanced wave-based sound simulation products tailored for the architecture, engineering, and construction (AEC) industry. It offers specialized acoustics design software that enables the creation of physically accurate and perceptually realistic virtual acoustics. This software aids in minimizing risks and ensuring that designs adhere to all relevant regulations and certification standards. Additionally, it streamlines the process of importing, exporting, and reconfiguring models, ultimately saving time and costs for users. Treble's services find applications across various sectors, including automotive design, building architecture, immersive reality, and artificial intelligence, supporting studios and artists in delivering high-quality projects.

At Augmedit, we're at the forefront of medical technology, where the power of augmented reality (AR) and extended Reality (XR) converge to transform the way surgeons and healthcare professionals operate and educate. Picture a world where surgeons effortlessly craft patient holograms with a few clicks, opening new avenues of patient engagement and communication. Our groundbreaking XR solutions bridge the gap between medical professionals and patients, offering a new dimension in healthcare communication. Envision patients and surgeons exploring and discussing their medical conditions and treatment options in an entirely immersive way. Or imagine pre-surgical planning collaborations between peers and colleagues... But that is just the beginning. At Augmedit, we believe in pushing the boundaries of what's possible by redefining neurosurgery with XR solutions designed to conquer neuro-navigation challenges within the operating room. Our commitment to medical innovation knows no bounds.

AugmedIT B.V. is a medical software company founded in 2018 and located in Amsterdam, the Netherlands. The company specializes in developing augmented and mixed reality tools that enhance surgical procedures by enabling surgeons to create holograms of patients. AugmedIT's technology focuses on applications in neurosurgery, medical education, holographic visualization, and neuronavigation, aiming to improve precision and outcomes in medical practice through innovative visualization techniques.

Peili Vision develops a virtual reality platform for neurological rehabilitation. The platform enables therapists to design customizable training environments for speech and language pathology, neuropsychology, and occupational therapy, and integrates data analytics, gamification, remote rehabilitation, feedback, and therapy-session services for private and public healthcare clients. The solution supports hospital and home-based rehabilitation by combining virtual reality, data, and gamification to tailor exercises, monitor patient progress, and provide outcomes to clinicians. Founded in 2015 and based in Helsinki, Finland, with an additional office in Oulu, Peili Vision aims to help patients regain daily functioning through immersive, patient-centered therapeutic exercises.

Spika Tech is a technology-focused company based in Madrid, Spain, founded in 2015. It specializes in research and development, providing comprehensive support for projects in various technological sectors. The company offers a wide range of services, including virtual and augmented reality, the development of complex software applications, and artificial intelligence solutions. Additionally, Spika Tech assists clients with branding and design needs, such as creating logos, corporate identities, presentations, websites, applications, and online stores. By leveraging the latest techniques in design and programming, Spika Tech aims to enhance the quality and effectiveness of its clients' development processes.

Spika Tech is a technology-focused company based in Madrid, Spain, founded in 2015. It specializes in research and development, providing comprehensive support for projects in various technological sectors. The company offers a wide range of services, including virtual and augmented reality, the development of complex software applications, and artificial intelligence solutions. Additionally, Spika Tech assists clients with branding and design needs, such as creating logos, corporate identities, presentations, websites, applications, and online stores. By leveraging the latest techniques in design and programming, Spika Tech aims to enhance the quality and effectiveness of its clients' development processes.

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.

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.

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.

CINFO provides a cloud-based, turn-key production platform that lets venues with broadband create automated video properties. The system deploys multiple smart cameras and automates playout, enabling live or on-demand broadcasts to mobile devices, web browsers, set-top boxes, smart TVs and VR devices. By leveraging camera assets, the platform supports multi-camera immersive experiences and live data integration, with applications across sports for competition analysis and coaching, as well as corporate and other sectors. Beyond live events, the technology is used to automate recording, real-time production and broadcasting, simplifying television-like productions and enabling the creation of TV events over next-generation networks. Use cases span aeronautics with IoT data from UAVs, multi-country corporate management and press conferences, and HbbTV-enabled broadcasters seeking rich multi-camera experiences.

CINFO provides a cloud-based, turn-key production platform that lets venues with broadband create automated video properties. The system deploys multiple smart cameras and automates playout, enabling live or on-demand broadcasts to mobile devices, web browsers, set-top boxes, smart TVs and VR devices. By leveraging camera assets, the platform supports multi-camera immersive experiences and live data integration, with applications across sports for competition analysis and coaching, as well as corporate and other sectors. Beyond live events, the technology is used to automate recording, real-time production and broadcasting, simplifying television-like productions and enabling the creation of TV events over next-generation networks. Use cases span aeronautics with IoT data from UAVs, multi-country corporate management and press conferences, and HbbTV-enabled broadcasters seeking rich multi-camera experiences.

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.

CREAL develops near-eye light-field displays for virtual and augmented reality, delivering true optical depth and more immersive, strain-free viewing. Its patented light-field micro-display technology stack projects images with depth cues that mimic real-world sight, addressing eye strain, nausea, and discomfort commonly associated with current headsets while enabling a smaller form factor and simpler manufacturing. The company focuses on enabling natural, healthy visual experiences in AR hardware, supporting more comfortable long-term use.

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.