European Innovation Council

Pasqal SAS, founded in 2019 and headquartered in Paris, France, specializes in the manufacture of quantum information processors utilizing atomic arrays. The company focuses on developing full-stack quantum computing technology that simulates complex phenomena to facilitate scientific discovery. Its innovative approach employs qubits made of neutral atoms organized in large two-dimensional and three-dimensional arrays, which enables analog computing. This technology addresses a variety of challenges, including optimization, drug discovery, and machine learning, empowering organizations to tackle complex problems across these fields.

Pasqal SAS, founded in 2019 and headquartered in Paris, France, specializes in the manufacture of quantum information processors utilizing atomic arrays. The company focuses on developing full-stack quantum computing technology that simulates complex phenomena to facilitate scientific discovery. Its innovative approach employs qubits made of neutral atoms organized in large two-dimensional and three-dimensional arrays, which enables analog computing. This technology addresses a variety of challenges, including optimization, drug discovery, and machine learning, empowering organizations to tackle complex problems across these fields.

FEops is a pioneer in physics-based simulations specifically tailored for minimally invasive cardiovascular devices and procedures. The company develops advanced cardiac imaging technology that enhances personalized treatment for patients with structural heart disease. By utilizing artificial intelligence to conduct anatomical analyses, FEops provides data-driven insights that improve transcatheter valve procedures through personalized computer simulations. This approach offers medical device companies and healthcare professionals unique insights that streamline research and development processes, enhance procedural efficiency, and ultimately improve clinical outcomes and patient safety. Additionally, FEops supports medical specialists and physicians with patient-specific information, facilitating more effective treatments.

AMSIMCEL is a deep tech firm based in Bucharest, founded in 2017, that specializes in developing software aimed at enhancing the physical verification process for integrated circuits (ICs). The company focuses on creating technologies that leverage advanced parallel computing and machine simulations to automate circuit verification. By doing so, AMSIMCEL enables clients to expedite their IC design and verification processes, deliver custom intellectual property, and ensure the production of reliable, bug-free silicon. Through its innovative frameworks, AMSIMCEL aims to revolutionize Electronic Design Automation tools and foster advancements within the semiconductor industry.

AMSIMCEL is a deep tech firm based in Bucharest, founded in 2017, that specializes in developing software aimed at enhancing the physical verification process for integrated circuits (ICs). The company focuses on creating technologies that leverage advanced parallel computing and machine simulations to automate circuit verification. By doing so, AMSIMCEL enables clients to expedite their IC design and verification processes, deliver custom intellectual property, and ensure the production of reliable, bug-free silicon. Through its innovative frameworks, AMSIMCEL aims to revolutionize Electronic Design Automation tools and foster advancements within the semiconductor industry.

Pasqal SAS, founded in 2019 and headquartered in Paris, France, specializes in the manufacture of quantum information processors utilizing atomic arrays. The company focuses on developing full-stack quantum computing technology that simulates complex phenomena to facilitate scientific discovery. Its innovative approach employs qubits made of neutral atoms organized in large two-dimensional and three-dimensional arrays, which enables analog computing. This technology addresses a variety of challenges, including optimization, drug discovery, and machine learning, empowering organizations to tackle complex problems across these fields.

SAALG Geomechanics SL, founded in 2016 and based in Barcelona, Spain, specializes in developing software for real-time analysis of ground conditions during civil engineering projects. The company provides advanced geological and numerical services, including numerical model calibrations and characterization of soil and rock parameters through back-analysis and inverse analysis. Its offerings include 2D and 3D geomechanical and geotechnical simulations, primarily focused on applications such as tunnel excavations, large and deep excavations, reinforced earth retaining walls, and wellbore stability analysis. By leveraging machine learning and real-time data analysis technology, SAALG Geomechanics enables construction companies to anticipate potential risks associated with ground movement, thereby optimizing project management, minimizing risks, and enhancing efficiency.

SAALG Geomechanics SL, founded in 2016 and based in Barcelona, Spain, specializes in developing software for real-time analysis of ground conditions during civil engineering projects. The company provides advanced geological and numerical services, including numerical model calibrations and characterization of soil and rock parameters through back-analysis and inverse analysis. Its offerings include 2D and 3D geomechanical and geotechnical simulations, primarily focused on applications such as tunnel excavations, large and deep excavations, reinforced earth retaining walls, and wellbore stability analysis. By leveraging machine learning and real-time data analysis technology, SAALG Geomechanics enables construction companies to anticipate potential risks associated with ground movement, thereby optimizing project management, minimizing risks, and enhancing efficiency.

Pasqal SAS, founded in 2019 and headquartered in Paris, France, specializes in the manufacture of quantum information processors utilizing atomic arrays. The company focuses on developing full-stack quantum computing technology that simulates complex phenomena to facilitate scientific discovery. Its innovative approach employs qubits made of neutral atoms organized in large two-dimensional and three-dimensional arrays, which enables analog computing. This technology addresses a variety of challenges, including optimization, drug discovery, and machine learning, empowering organizations to tackle complex problems across these fields.

FEops is a pioneer in physics-based simulations specifically tailored for minimally invasive cardiovascular devices and procedures. The company develops advanced cardiac imaging technology that enhances personalized treatment for patients with structural heart disease. By utilizing artificial intelligence to conduct anatomical analyses, FEops provides data-driven insights that improve transcatheter valve procedures through personalized computer simulations. This approach offers medical device companies and healthcare professionals unique insights that streamline research and development processes, enhance procedural efficiency, and ultimately improve clinical outcomes and patient safety. Additionally, FEops supports medical specialists and physicians with patient-specific information, facilitating more effective treatments.

KINE Robot Solutions specializes in the design and development of robotic systems tailored for industrial applications globally. The company creates customized solutions that streamline various industrial processes, utilizing advanced three-dimensional simulations that incorporate components such as grippers, conveyors, tools, machines, and sensor systems. These systems can be seamlessly integrated into existing environments and are operated via a user-friendly touchscreen interface. In addition to system design, KINE also offers maintenance services and training programs to ensure effective use of the robots, providing clients with cost-effective alternatives for enhancing production efficiency and ensuring timely upkeep.

FEops is a pioneer in physics-based simulations specifically tailored for minimally invasive cardiovascular devices and procedures. The company develops advanced cardiac imaging technology that enhances personalized treatment for patients with structural heart disease. By utilizing artificial intelligence to conduct anatomical analyses, FEops provides data-driven insights that improve transcatheter valve procedures through personalized computer simulations. This approach offers medical device companies and healthcare professionals unique insights that streamline research and development processes, enhance procedural efficiency, and ultimately improve clinical outcomes and patient safety. Additionally, FEops supports medical specialists and physicians with patient-specific information, facilitating more effective treatments.