European Innovation Council

e-peas SA is a Belgian company that specializes in designing and manufacturing electronic systems that enable energy autonomy for Internet of Things (IoT) applications. Founded in 2014 and based in Mont-Saint-Guibert, the company develops energy harvesting solutions that allow IoT devices to draw power from their environment, including sources such as solar, thermal, vibration, and radiofrequency. e-peas produces energy harvesting power management integrated circuits (PMICs) and low-power microcontrollers that enhance the performance and longevity of batteries in connected devices. By facilitating the efficient use of ambient energy, e-peas aims to reduce the need for frequent battery replacements across various sectors, including home automation, healthcare, and agriculture. The company's innovations contribute to making IoT devices smarter and more energy-efficient, ultimately striving for a future where devices can operate indefinitely without traditional power sources.

Sensoneo is a provider of advanced smart waste management solutions that assist cities and businesses in managing waste more efficiently and sustainably. The company utilizes proprietary ultrasonic sensors to monitor waste levels in real-time, coupled with sophisticated software that facilitates data-driven decision-making and optimizes waste collection processes. This technology enables significant reductions in waste collection costs, with improvements in operational efficiency and a potential decrease in carbon emissions. Sensoneo's solutions have been implemented in various locations across Europe, North America, South America, the Middle East, Australia, and New Zealand, attracting a diverse range of clients seeking to enhance their waste management practices. By automating the waste lifecycle and promoting eco-friendly initiatives, Sensoneo aims to transform traditional waste management into a more transparent and responsible process.

Bluedrop Medical Limited specializes in developing, manufacturing, and commercializing an Internet of Things-enabled device designed for the early detection of diabetic foot ulcers. Founded in 2014 and based in Galway, Ireland, the company offers a home-based system that conducts daily scans of patients' feet. This data is then transmitted to the cloud for analysis using advanced algorithms capable of identifying abnormalities. By detecting skin damage early, the device aims to significantly reduce the risk of amputation, which is a critical concern as up to 25% of individuals with diabetes may develop foot ulcers, often due to peripheral neuropathy. The innovative technology not only enhances patient care but also has the potential to lower healthcare costs associated with severe complications arising from untreated foot ulcers.

FaradaIC Sensors focuses on developing miniaturized gas sensors aimed at enhancing dioxygen detection capabilities for electronic devices. By employing standard microfabrication techniques, the company effectively reduces both the size and power consumption of its sensors, leading to lower production costs. This innovative approach allows for the commoditization of gas sensors, making them accessible and affordable for a variety of Internet of Things applications. FaradaIC Sensors is positioned to capitalize on the growing demand for flexible and cost-effective gas sensing solutions in the expanding IoT market.

Skyfora is a company focused on enhancing weather observation and forecasting through innovative technology. It addresses the limitations of traditional weather data by utilizing patented GNSS Meteorology solutions and AI-enhanced forecasting methods. By repurposing GNSS receivers from telecom base stations, Skyfora transforms them into advanced 4D weather scanners, significantly increasing the volume of weather observation data generated from existing infrastructure. This innovative approach not only improves the performance of AI-driven weather forecasts but also contributes to global sustainability and climate change resilience. In addition, Skyfora develops forecasting software that leverages computer vision and IoT technologies to analyze satellite images, enhancing the scientific understanding of hurricanes and aiding disaster management efforts. This combination of advanced technology and sustainable practices positions Skyfora as a leader in the field of weather forecasting and climate resilience.

Ekkono Solutions AB, based in Tvååker, Sweden, specializes in machine learning solutions tailored for the Internet of Things (IoT). The company has developed an embedded advanced analytics engine that performs various machine learning techniques directly on connected devices. This technology encompasses the entire workflow, from data input and model training to execution, re-training, and output. Ekkono's solutions are applicable across diverse industries, including energy, telecommunications, automotive, agriculture, healthcare, and housing automation, as well as in consumer IoT applications such as home security systems and smart appliances. By enabling devices to learn their normal operating states, Ekkono's technology facilitates anomaly detection, performance optimization, and predictive maintenance. This edge-based approach allows real-time data processing, minimizing network load by transmitting only relevant information to the cloud. As a result, connected devices become more autonomous and intelligent, enhancing their functionality while reducing dependence on network quality.

FaradaIC Sensors focuses on developing miniaturized gas sensors aimed at enhancing dioxygen detection capabilities for electronic devices. By employing standard microfabrication techniques, the company effectively reduces both the size and power consumption of its sensors, leading to lower production costs. This innovative approach allows for the commoditization of gas sensors, making them accessible and affordable for a variety of Internet of Things applications. FaradaIC Sensors is positioned to capitalize on the growing demand for flexible and cost-effective gas sensing solutions in the expanding IoT market.

Ekkono Solutions AB, based in Tvååker, Sweden, specializes in machine learning solutions tailored for the Internet of Things (IoT). The company has developed an embedded advanced analytics engine that performs various machine learning techniques directly on connected devices. This technology encompasses the entire workflow, from data input and model training to execution, re-training, and output. Ekkono's solutions are applicable across diverse industries, including energy, telecommunications, automotive, agriculture, healthcare, and housing automation, as well as in consumer IoT applications such as home security systems and smart appliances. By enabling devices to learn their normal operating states, Ekkono's technology facilitates anomaly detection, performance optimization, and predictive maintenance. This edge-based approach allows real-time data processing, minimizing network load by transmitting only relevant information to the cloud. As a result, connected devices become more autonomous and intelligent, enhancing their functionality while reducing dependence on network quality.

Quanturi Oy is a Finnish company founded in 2016 and headquartered in Espoo, specializing in continuous monitoring solutions for fermentable products. The company develops and markets connected objects and systems for data analysis, focusing on agricultural, forestry, and waste management sectors. Its product offerings include wireless monitoring systems for compost temperature, grain management, hay monitoring, and other industrial temperature applications. Quanturi Oy also sells its products online and has expanded its presence to several countries, including France, Great Britain, the Netherlands, Switzerland, Italy, and Belgium.

e-peas SA is a Belgian company that specializes in designing and manufacturing electronic systems that enable energy autonomy for Internet of Things (IoT) applications. Founded in 2014 and based in Mont-Saint-Guibert, the company develops energy harvesting solutions that allow IoT devices to draw power from their environment, including sources such as solar, thermal, vibration, and radiofrequency. e-peas produces energy harvesting power management integrated circuits (PMICs) and low-power microcontrollers that enhance the performance and longevity of batteries in connected devices. By facilitating the efficient use of ambient energy, e-peas aims to reduce the need for frequent battery replacements across various sectors, including home automation, healthcare, and agriculture. The company's innovations contribute to making IoT devices smarter and more energy-efficient, ultimately striving for a future where devices can operate indefinitely without traditional power sources.

Neuron Soundware develops advanced technology for machine diagnostics, leveraging artificial intelligence and machine learning algorithms to analyze acoustic signatures and other physical parameters of industrial equipment. This innovative approach facilitates early detection of potential failures, enhancing the operational efficiency of machines across various applications, including power generation, CNC machining, 3D printing, and robotics. By optimizing the performance of both individual machines and entire manufacturing lines, Neuron Soundware helps reduce operating costs, improve maintenance practices, and minimize the environmental impact of industrial production. Their comprehensive solution features IoT hardware for edge computing, web-based software for data analysis, and seamless integration capabilities, allowing for 24/7 remote data access and rapid processing of large datasets. This positions Neuron Soundware as a key player in developing sustainable technologies and processes within the manufacturing sector.

Xelera develops a big data analytics platform that facilitates the integration of advanced accelerator technology, specifically FPGAs and GPUs, into commercial applications within data centers and cloud environments. As businesses face increasing data volumes and the need for real-time analytics, Xelera's platform enables organizations to enhance their data processing capabilities. The technology allows for significant performance improvements in critical applications such as Big Data analytics, machine learning, and database management, while also optimizing energy efficiency and reducing total cost of ownership for data center operations. By providing tools that assess performance gains and cost savings associated with migrating applications to accelerator technologies, Xelera supports businesses in effectively managing large-scale IoT infrastructures and delivering faster, more efficient data analytics.

Quanturi Oy is a Finnish company founded in 2016 and headquartered in Espoo, specializing in continuous monitoring solutions for fermentable products. The company develops and markets connected objects and systems for data analysis, focusing on agricultural, forestry, and waste management sectors. Its product offerings include wireless monitoring systems for compost temperature, grain management, hay monitoring, and other industrial temperature applications. Quanturi Oy also sells its products online and has expanded its presence to several countries, including France, Great Britain, the Netherlands, Switzerland, Italy, and Belgium.

Nowi has developed a small chip that allows Internet of Things (IoT) devices to operate indefinitely by harnessing ambient energy sources. This innovative technology captures energy from various environments, including light, heat, movement, and radio waves, eliminating the need for traditional power sources like batteries or cables. By enabling companies to utilize readily available energy, Nowi simplifies the design process for IoT devices and promotes the creation of sustainable products. Their patented energy harvesting technology is a significant advancement in making IoT devices more efficient and environmentally friendly.

Neuron Soundware develops advanced technology for machine diagnostics, leveraging artificial intelligence and machine learning algorithms to analyze acoustic signatures and other physical parameters of industrial equipment. This innovative approach facilitates early detection of potential failures, enhancing the operational efficiency of machines across various applications, including power generation, CNC machining, 3D printing, and robotics. By optimizing the performance of both individual machines and entire manufacturing lines, Neuron Soundware helps reduce operating costs, improve maintenance practices, and minimize the environmental impact of industrial production. Their comprehensive solution features IoT hardware for edge computing, web-based software for data analysis, and seamless integration capabilities, allowing for 24/7 remote data access and rapid processing of large datasets. This positions Neuron Soundware as a key player in developing sustainable technologies and processes within the manufacturing sector.

Nowi has developed a small chip that allows Internet of Things (IoT) devices to operate indefinitely by harnessing ambient energy sources. This innovative technology captures energy from various environments, including light, heat, movement, and radio waves, eliminating the need for traditional power sources like batteries or cables. By enabling companies to utilize readily available energy, Nowi simplifies the design process for IoT devices and promotes the creation of sustainable products. Their patented energy harvesting technology is a significant advancement in making IoT devices more efficient and environmentally friendly.

Ignion is an antenna innovator based in Sant Cugat del Vallès, Spain, founded in 2015. The company specializes in manufacturing multiband, multipurpose antennas that cater to mobile and wireless connectivity requirements. Its product offerings include ready-to-use antennas designed for Internet of Things applications and short-range wireless devices, particularly suited for indoor environments. Ignion's solutions allow clients to seamlessly integrate these antennas into their industrial designs, facilitating efficient connectivity in various applications.

Novolyze specializes in providing innovative digital solutions for food safety and quality management tailored for the food and beverage industry. The company utilizes cloud-based technology and surrogate microorganisms to develop microbial process validation solutions, enhancing food safety and quality performance. By integrating Internet of Things (IoT) capabilities, Novolyze transforms food safety and quality data into actionable insights, allowing companies to make real-time decisions. Their expertise supports various food production processes, including steam pasteurization, sterilization, drying, roasting, extruding, and oven operations, ultimately helping food companies deliver safe and high-quality products to consumers.

Bluedrop Medical Limited specializes in developing, manufacturing, and commercializing an Internet of Things-enabled device designed for the early detection of diabetic foot ulcers. Founded in 2014 and based in Galway, Ireland, the company offers a home-based system that conducts daily scans of patients' feet. This data is then transmitted to the cloud for analysis using advanced algorithms capable of identifying abnormalities. By detecting skin damage early, the device aims to significantly reduce the risk of amputation, which is a critical concern as up to 25% of individuals with diabetes may develop foot ulcers, often due to peripheral neuropathy. The innovative technology not only enhances patient care but also has the potential to lower healthcare costs associated with severe complications arising from untreated foot ulcers.

Sensoneo is a provider of advanced smart waste management solutions that assist cities and businesses in managing waste more efficiently and sustainably. The company utilizes proprietary ultrasonic sensors to monitor waste levels in real-time, coupled with sophisticated software that facilitates data-driven decision-making and optimizes waste collection processes. This technology enables significant reductions in waste collection costs, with improvements in operational efficiency and a potential decrease in carbon emissions. Sensoneo's solutions have been implemented in various locations across Europe, North America, South America, the Middle East, Australia, and New Zealand, attracting a diverse range of clients seeking to enhance their waste management practices. By automating the waste lifecycle and promoting eco-friendly initiatives, Sensoneo aims to transform traditional waste management into a more transparent and responsible process.

Operator of a medical technology company intended to offer affordable EEG (electroencephalogram) scans and interpretations for epilepsy patients. The company provides an affordable, Bluetooth-enabled electrode cap to access and interpret medical information from the brain which is uploaded to the cloud, and offers remote diagnosis by neurologists, enabling patients in low- and middle-income countries to get diagnosed and treated for epilepsy.

Blockchain meets industry - It is time for a new approach to manufacturing! Driven by Industry 4.0 ARXUM develops a worldwide production network for the supply chain. Manufacturers connected by ARXUM's protocol benefit from robust and secure connectivity, worldwide accessibility, and standardized production order protocol with rich data exchange. Based on Blockchain technology, ARXUM's decentralized production network outperforms today's infrastructure by driving down costs, increasing processing speeds and delivering end-to-end visibility into production fees, timing and delivery.

e-peas SA is a Belgian company that specializes in designing and manufacturing electronic systems that enable energy autonomy for Internet of Things (IoT) applications. Founded in 2014 and based in Mont-Saint-Guibert, the company develops energy harvesting solutions that allow IoT devices to draw power from their environment, including sources such as solar, thermal, vibration, and radiofrequency. e-peas produces energy harvesting power management integrated circuits (PMICs) and low-power microcontrollers that enhance the performance and longevity of batteries in connected devices. By facilitating the efficient use of ambient energy, e-peas aims to reduce the need for frequent battery replacements across various sectors, including home automation, healthcare, and agriculture. The company's innovations contribute to making IoT devices smarter and more energy-efficient, ultimately striving for a future where devices can operate indefinitely without traditional power sources.

Altaroad specializes in data analytics for roadway management, utilizing a network of patented nano-sensors embedded in roads. Developed in collaboration with IFSTTAR and the Ecole Polytechnique, Altaroad's technology provides real-time analysis of traffic patterns and vehicle weights, enabling effective traffic management in smart cities. The platform identifies infrastructure maintenance needs and quickly detects potential hazards, such as icy conditions or dangerous driving behaviors. By offering insights that facilitate predictive maintenance, Altaroad helps road operators, city traffic managers, and logistics providers enhance safety and achieve cost efficiencies.

PhotonicSens enables next generation depth perception experiences including gesture recognition, face recognition, navigation, mixed reality and more on mobile devices. The company believes that the next step for IoT is to facilitiate next generation depth perception experiences within the power constraints of mobile devices. This way, they have pioneered the development of our Single Lens Depth Camera Technology that combines our innovative optics and sophisticated algorithms to enable cutting-edge 3D vision capabilities.

Altaroad specializes in data analytics for roadway management, utilizing a network of patented nano-sensors embedded in roads. Developed in collaboration with IFSTTAR and the Ecole Polytechnique, Altaroad's technology provides real-time analysis of traffic patterns and vehicle weights, enabling effective traffic management in smart cities. The platform identifies infrastructure maintenance needs and quickly detects potential hazards, such as icy conditions or dangerous driving behaviors. By offering insights that facilitate predictive maintenance, Altaroad helps road operators, city traffic managers, and logistics providers enhance safety and achieve cost efficiencies.

Sensoneo is a provider of advanced smart waste management solutions that assist cities and businesses in managing waste more efficiently and sustainably. The company utilizes proprietary ultrasonic sensors to monitor waste levels in real-time, coupled with sophisticated software that facilitates data-driven decision-making and optimizes waste collection processes. This technology enables significant reductions in waste collection costs, with improvements in operational efficiency and a potential decrease in carbon emissions. Sensoneo's solutions have been implemented in various locations across Europe, North America, South America, the Middle East, Australia, and New Zealand, attracting a diverse range of clients seeking to enhance their waste management practices. By automating the waste lifecycle and promoting eco-friendly initiatives, Sensoneo aims to transform traditional waste management into a more transparent and responsible process.

Sensoneo is a provider of advanced smart waste management solutions that assist cities and businesses in managing waste more efficiently and sustainably. The company utilizes proprietary ultrasonic sensors to monitor waste levels in real-time, coupled with sophisticated software that facilitates data-driven decision-making and optimizes waste collection processes. This technology enables significant reductions in waste collection costs, with improvements in operational efficiency and a potential decrease in carbon emissions. Sensoneo's solutions have been implemented in various locations across Europe, North America, South America, the Middle East, Australia, and New Zealand, attracting a diverse range of clients seeking to enhance their waste management practices. By automating the waste lifecycle and promoting eco-friendly initiatives, Sensoneo aims to transform traditional waste management into a more transparent and responsible process.

ONiO is a semiconductor company focused on creating self-powered, batteryless solutions for the Internet of Things (IoT) market. The company develops wireless microcontrollers that harness energy from their environment, allowing IoT devices to operate without traditional batteries. This innovation aims to facilitate a transition to a battery-free ecosystem, making health-related information more accessible and easier to understand. By reducing the barriers between people and healthcare technology, ONiO empowers individuals to take greater control of their health while minimizing distractions from other aspects of their lives.

ONiO is a semiconductor company focused on creating self-powered, batteryless solutions for the Internet of Things (IoT) market. The company develops wireless microcontrollers that harness energy from their environment, allowing IoT devices to operate without traditional batteries. This innovation aims to facilitate a transition to a battery-free ecosystem, making health-related information more accessible and easier to understand. By reducing the barriers between people and healthcare technology, ONiO empowers individuals to take greater control of their health while minimizing distractions from other aspects of their lives.

Cinfo specializes in providing cloud-based automated video production services for enterprises equipped with venues and broadband connections. The company deploys smart cameras at various locations to facilitate high-quality live or on-demand video broadcasting to mobile devices, web browsers, smart TVs, and VR devices. Its software automates production operations, allowing clients to efficiently manage recording, real-time production, and broadcasting. Cinfo's technology enhances the viewer experience through multi-camera setups and immersive virtual reality, while also offering valuable tools for sports organizations to analyze competitions and training. Additionally, the company has expanded its services to other sectors, including aeronautics, where it streams IoT data from unmanned aerial vehicles, and corporate environments, where it supports multi-country management and press conferences for major businesses. The adoption of Cinfo's technology by HbbTV broadcasters further underscores its versatility in creating engaging multi-camera experiences.

Cinfo specializes in providing cloud-based automated video production services for enterprises equipped with venues and broadband connections. The company deploys smart cameras at various locations to facilitate high-quality live or on-demand video broadcasting to mobile devices, web browsers, smart TVs, and VR devices. Its software automates production operations, allowing clients to efficiently manage recording, real-time production, and broadcasting. Cinfo's technology enhances the viewer experience through multi-camera setups and immersive virtual reality, while also offering valuable tools for sports organizations to analyze competitions and training. Additionally, the company has expanded its services to other sectors, including aeronautics, where it streams IoT data from unmanned aerial vehicles, and corporate environments, where it supports multi-country management and press conferences for major businesses. The adoption of Cinfo's technology by HbbTV broadcasters further underscores its versatility in creating engaging multi-camera experiences.

AEInnova, founded in 2014 at the Autonomous University of Barcelona, specializes in innovative Internet of Things (IoT) solutions for predictive maintenance. The company was established by a team of PhDs and engineers with expertise in microelectronics and various engineering disciplines. AEInnova's flagship product, InduEye, is a fully battery-less and autonomous device that monitors vibrations, steam traps, and thermal conditions, harnessing energy from waste heat, with future versions incorporating solar and wind power. The technology stands out due to its patented innovation, which enhances performance and enables real-time edge computing while utilizing advanced wireless communication standards. AEInnova's devices are employed in diverse sectors, including oil and gas, aluminum, steel, paper, and water treatment, and feature a sophisticated IoT cloud-based dashboard for data analytics and predictive maintenance. The company has received 31 international awards for its contributions to sustainability and innovation and has secured significant investment, including funding from the European Commission. AEInnova is actively engaged in multiple EU R&D projects focused on energy harvesting and IoT technologies.

PhotonicSens enables next generation depth perception experiences including gesture recognition, face recognition, navigation, mixed reality and more on mobile devices. The company believes that the next step for IoT is to facilitiate next generation depth perception experiences within the power constraints of mobile devices. This way, they have pioneered the development of our Single Lens Depth Camera Technology that combines our innovative optics and sophisticated algorithms to enable cutting-edge 3D vision capabilities.

AEInnova, founded in 2014 at the Autonomous University of Barcelona, specializes in innovative Internet of Things (IoT) solutions for predictive maintenance. The company was established by a team of PhDs and engineers with expertise in microelectronics and various engineering disciplines. AEInnova's flagship product, InduEye, is a fully battery-less and autonomous device that monitors vibrations, steam traps, and thermal conditions, harnessing energy from waste heat, with future versions incorporating solar and wind power. The technology stands out due to its patented innovation, which enhances performance and enables real-time edge computing while utilizing advanced wireless communication standards. AEInnova's devices are employed in diverse sectors, including oil and gas, aluminum, steel, paper, and water treatment, and feature a sophisticated IoT cloud-based dashboard for data analytics and predictive maintenance. The company has received 31 international awards for its contributions to sustainability and innovation and has secured significant investment, including funding from the European Commission. AEInnova is actively engaged in multiple EU R&D projects focused on energy harvesting and IoT technologies.

Hiber, founded in 2016 and based in Amsterdam, Netherlands, specializes in providing global and affordable IoT connectivity through its innovative Hiberband platform. The company has developed a nano-satellite system designed to offer low-cost data connectivity for sensors worldwide. This platform facilitates easy, low-power access to a network, enabling users to gather and transmit small data packages from monitoring devices located anywhere on the planet. By simplifying the installation of its modem in various devices, Hiber allows for efficient data collection and actionable insights, positioning itself as a leader in next-generation IoT core infrastructure.

Bluedrop Medical Limited specializes in developing, manufacturing, and commercializing an Internet of Things-enabled device designed for the early detection of diabetic foot ulcers. Founded in 2014 and based in Galway, Ireland, the company offers a home-based system that conducts daily scans of patients' feet. This data is then transmitted to the cloud for analysis using advanced algorithms capable of identifying abnormalities. By detecting skin damage early, the device aims to significantly reduce the risk of amputation, which is a critical concern as up to 25% of individuals with diabetes may develop foot ulcers, often due to peripheral neuropathy. The innovative technology not only enhances patient care but also has the potential to lower healthcare costs associated with severe complications arising from untreated foot ulcers.

AEInnova, founded in 2014 at the Autonomous University of Barcelona, specializes in innovative Internet of Things (IoT) solutions for predictive maintenance. The company was established by a team of PhDs and engineers with expertise in microelectronics and various engineering disciplines. AEInnova's flagship product, InduEye, is a fully battery-less and autonomous device that monitors vibrations, steam traps, and thermal conditions, harnessing energy from waste heat, with future versions incorporating solar and wind power. The technology stands out due to its patented innovation, which enhances performance and enables real-time edge computing while utilizing advanced wireless communication standards. AEInnova's devices are employed in diverse sectors, including oil and gas, aluminum, steel, paper, and water treatment, and feature a sophisticated IoT cloud-based dashboard for data analytics and predictive maintenance. The company has received 31 international awards for its contributions to sustainability and innovation and has secured significant investment, including funding from the European Commission. AEInnova is actively engaged in multiple EU R&D projects focused on energy harvesting and IoT technologies.