Bpifrance

Swan is a European fintech company that specializes in embedded finance, providing an online banking platform for businesses to create and manage their bank accounts. Founded in 2019 and based in Paris, Swan enables companies to integrate banking features, such as accounts, cards, and payments, into their own products through simple APIs. The platform processes over 200 million euros in transactions monthly for more than 60 companies across ten European countries. As a licensed financial institution and a principal member of Mastercard, Swan is regulated by the ACPR. The company was co-founded with the startup studio eFounders and has received growth capital from prominent venture capital investors. Swan is led by a team of fintech experts with extensive industry experience.

Keysom is a technology company that specializes in developing RISC-V based processor architectures. Their core product is a no-code architectural exploration tool, designed to facilitate the creation of customizable processor designs. This tool automatically builds processor architectures from application source code and allows for dynamic reconfiguration, enabling industries to design custom processors without extensive technical expertise.

Eyco specializes in designing and manufacturing smart circuits, playing a significant role in the European microelectronics sector. The company produces hardware components for digital applications, focusing on high-tech solutions that operate with minimal environmental impact. Eyco's commitment to sustainable practices enables clients to implement secure digital applications while promoting environmentally friendly manufacturing processes. Through its advanced industrial machinery, Eyco ensures efficient mass production tailored to client specifications, contributing to the evolving landscape of electronics.

Prove & Run has been created with the idea that large scale deployment of connected objects will become a target for remote cyber-attacks and that the technologies in use in the mobile industry were insufficient to answer to the challenge. When designing connected objects, security engineers can in effect rely on three pillars: (1) Secure elements or hardware coprocessors; (2) Trusted Execution Environment (TEE) or secure OSs; (3) Hardware - or software-based hypervisors. In order to resist to sophisticated remote attacks, the last two need to be formally proven so as to be as close as possible to zero-bugs. This is what we have done at Prove & Run with ProvenCore, a formally proven secure OS and ProvenVisor a next generation secure hypervisor. In most cases using of single instance of ProvenCore on a given connected object will be sufficient to protect against hackers with multi-million dollar budgets.

Swan is a European fintech company that specializes in embedded finance, providing an online banking platform for businesses to create and manage their bank accounts. Founded in 2019 and based in Paris, Swan enables companies to integrate banking features, such as accounts, cards, and payments, into their own products through simple APIs. The platform processes over 200 million euros in transactions monthly for more than 60 companies across ten European countries. As a licensed financial institution and a principal member of Mastercard, Swan is regulated by the ACPR. The company was co-founded with the startup studio eFounders and has received growth capital from prominent venture capital investors. Swan is led by a team of fintech experts with extensive industry experience.

Give smart ears to product. Saas B2B of an embedded AI to detect distress sounds (applied first to telecare companies).

StatInf is a technology service provider specializing in statistical timing analysis tools aimed at enhancing the performance of embedded systems. The company's platform is designed to optimize both software and hardware architectures for multicore processors, significantly improving computational and energy efficiency. StatInf's services cater primarily to sectors such as aerospace, automotive, and autonomous vehicles. By employing statistical and probabilistic methods, the platform allows clients to streamline software analyses, thereby reducing complexity and ensuring compliance with safety standards. This focus on maximizing hardware resources and meeting safety criteria positions StatInf as a valuable partner for organizations requiring advanced solutions in embedded system design.

Primo1D, founded in August 2013 and headquartered in Grenoble, France, specializes in embedding intelligence into objects and materials through its innovative E-Thread® yarn. This advanced yarn incorporates miniature electronic components, allowing it to be seamlessly integrated into various materials. The technology enables businesses to enhance product security by facilitating tracking and monitoring, thereby addressing anti-theft and anti-counterfeiting concerns. Primo1D aims to provide valuable solutions that increase the added value of products for its clients in the evolving landscape of connected objects.

Core for Tech is a deep technology company focused on enhancing driver safety by measuring and predicting drowsiness while driving. Utilizing advanced technology that analyzes heart rate variability through native sensors or retrofit systems in vehicles, Core for Tech transforms this data into actionable insights about a driver's fatigue levels. By detecting drowsiness at an early stage, before it becomes visibly apparent, the company aims to provide timely information that enables drivers to make informed safety decisions. Through its innovative approach, Core for Tech seeks to contribute significantly to road safety and reduce the risks associated with driver fatigue.

Swan is a European fintech company that specializes in embedded finance, providing an online banking platform for businesses to create and manage their bank accounts. Founded in 2019 and based in Paris, Swan enables companies to integrate banking features, such as accounts, cards, and payments, into their own products through simple APIs. The platform processes over 200 million euros in transactions monthly for more than 60 companies across ten European countries. As a licensed financial institution and a principal member of Mastercard, Swan is regulated by the ACPR. The company was co-founded with the startup studio eFounders and has received growth capital from prominent venture capital investors. Swan is led by a team of fintech experts with extensive industry experience.

Luos is a developer of an open-source architecture aimed at enhancing the design, testing, and deployment of embedded applications. The company's innovative software facilitates the use of microservices in embedded systems by integrating all components and functions of electronic devices into a cohesive system image. This approach allows for the creation of drivers and embedded applications through a straightforward embedded C/C++ code API. By streamlining the development process, Luos enables developers and CTOs to efficiently design and implement embedded solutions, making hardware development as agile as software.

Luos is a developer of an open-source architecture aimed at enhancing the design, testing, and deployment of embedded applications. The company's innovative software facilitates the use of microservices in embedded systems by integrating all components and functions of electronic devices into a cohesive system image. This approach allows for the creation of drivers and embedded applications through a straightforward embedded C/C++ code API. By streamlining the development process, Luos enables developers and CTOs to efficiently design and implement embedded solutions, making hardware development as agile as software.

Luos is a developer of an open-source architecture aimed at enhancing the design, testing, and deployment of embedded applications. The company's innovative software facilitates the use of microservices in embedded systems by integrating all components and functions of electronic devices into a cohesive system image. This approach allows for the creation of drivers and embedded applications through a straightforward embedded C/C++ code API. By streamlining the development process, Luos enables developers and CTOs to efficiently design and implement embedded solutions, making hardware development as agile as software.

Swan is a European fintech company that specializes in embedded finance, providing an online banking platform for businesses to create and manage their bank accounts. Founded in 2019 and based in Paris, Swan enables companies to integrate banking features, such as accounts, cards, and payments, into their own products through simple APIs. The platform processes over 200 million euros in transactions monthly for more than 60 companies across ten European countries. As a licensed financial institution and a principal member of Mastercard, Swan is regulated by the ACPR. The company was co-founded with the startup studio eFounders and has received growth capital from prominent venture capital investors. Swan is led by a team of fintech experts with extensive industry experience.

Syntony GNSS specializes in software-based Global Navigation Satellite System (GNSS) technology, leveraging over 15 years of research and development in collaboration with industry leaders. The company was established to meet the demand for customized projects that require advanced GNSS expertise, particularly in developing simulators using software-defined radio. This innovative approach offers notable advantages, including flexibility, upgradability, and cost-effectiveness. Syntony's product lineup includes simulators, recorders, and players, as well as software-based GNSS receivers. Their technology is designed to provide precise location services for autonomous vehicles and is adaptable to meet the evolving needs of clients in aeronautics, space, and defense sectors, facilitating the location of satellites, aircraft, launchers, and trains, as well as emergency call location services.

Cartesiam SAS is a French company founded in 2016, specializing in artificial intelligence software for microcontrollers. Based in Toulon, the company has developed NanoEdge AI, a technology that enables machine learning and data analysis directly on microcontrollers. This innovative approach allows devices to become smart, intuitive, and self-contained, enhancing their functionality while minimizing energy consumption. Cartesiam's team consists of mathematicians, engineers, data scientists, and other professionals who are dedicated to addressing key challenges in creating a more secure and efficient environment through advanced analytics and simplified deployment of AI solutions.

Presto Engineering, Inc. is a provider of outsourced development operations tailored for semiconductor and Internet of Things (IoT) device companies. Established in 2006 and headquartered in San Jose, California, the company delivers a comprehensive suite of services, including turnkey IoT components, radio-frequency (RF) and mixed-signal solutions, and various testing and analysis services. These services encompass product engineering, debugging, reliability testing, and failure analysis, aimed at enhancing product performance and minimizing risk. Presto Engineering also specializes in wafer fabrication, backend packaging, and supply chain solutions, supporting clients in the medical, automotive, industrial, and communication sectors. With additional offices in France, Thailand, and Taiwan, the company is positioned to facilitate rapid product development and help clients accelerate their time-to-market.

Core for Tech is a deep technology company focused on enhancing driver safety by measuring and predicting drowsiness while driving. Utilizing advanced technology that analyzes heart rate variability through native sensors or retrofit systems in vehicles, Core for Tech transforms this data into actionable insights about a driver's fatigue levels. By detecting drowsiness at an early stage, before it becomes visibly apparent, the company aims to provide timely information that enables drivers to make informed safety decisions. Through its innovative approach, Core for Tech seeks to contribute significantly to road safety and reduce the risks associated with driver fatigue.

Kalray S.A., headquartered in Montbonnot Saint Martin, France, specializes in providing low-power, time-critical processor solutions. The company offers massively parallel manycore array processors, including its patented Data Processing Unit (DPU) processors and acceleration cards. Kalray's products are designed for high-performance, data-centric computing markets, ranging from cloud to edge applications. Their offerings include software-defined storage solutions like the Kalray Target Controller and TurboBoost for secure communications, as well as development platforms and software tools such as AccessCore and Kalray Neural Network. These solutions cater to various industries including autonomous vehicles, aerospace/avionic, artificial intelligence, data storage, data networking, and computer vision. Founded in 2008 as a spin-off from the French CEA research lab, Kalray is committed to enhancing the efficiency of data centers and developing innovative solutions for sectors such as AI, Media & Entertainment, Life Sciences, Scientific Research, Edge Computing, and Automotive.

Core for Tech is a deep technology company focused on enhancing driver safety by measuring and predicting drowsiness while driving. Utilizing advanced technology that analyzes heart rate variability through native sensors or retrofit systems in vehicles, Core for Tech transforms this data into actionable insights about a driver's fatigue levels. By detecting drowsiness at an early stage, before it becomes visibly apparent, the company aims to provide timely information that enables drivers to make informed safety decisions. Through its innovative approach, Core for Tech seeks to contribute significantly to road safety and reduce the risks associated with driver fatigue.

Snips is an artificial intelligence voice platform specializing in on-device voice recognition technology that prioritizes user privacy by processing voice data locally, without relying on cloud services. Founded in 2013 by three PhDs, the company provides enterprises and developers with offline conversational interfaces that enhance interactions with products. Its platform includes features such as hotword detection, speech recognition, natural language understanding, and dialog management, allowing businesses to tailor custom voice commands and gain insights into user context through data analysis. With a focus on low power consumption and compatibility with various hardware, Snips aims to simplify human-device communication and lead the embedded voice revolution. The company operates from offices in Paris, New York, and Tokyo.

Seamless Waves is a fabless semiconductor company that specializes in designing and implementing reconfigurable RF transceivers. These advanced transceivers can sweep the frequency spectrum to identify the least occupied frequency bands, facilitating efficient communication through the appropriate wireless standards. Utilizing highly efficient RF Analog-to-Digital converters, Seamless Waves' technology ensures low power consumption, making it ideal for portable devices. In addition to its transceiver solutions, the company offers silicon-proven Analog/RF Physical Intellectual Property (IP) and virtual component models that support early system integration for clients.

Delfmems SAS, founded in 2005 and headquartered in Villeneuve d'Ascq, France, specializes in the development, manufacturing, and licensing of radio-frequency micro-electro-mechanical systems (MEMS) switching technology. The company focuses on small-signal switching applications, providing stand-alone single pole double throw switches suitable for automatic test equipment, instrumentation, mobile telecommunications infrastructure, as well as military and space applications. Delfmems' technology supports the creation of digital and variable capacitors, aiming to enhance connectivity and meet the growing data demands of next-generation 4G and 5G handsets. Their RF MEMS switching solutions deliver low voltage operation, high performance, and hot switching capabilities, enabling clients to achieve increased bandwidth and bit rates for handling substantial data volumes.

Delfmems SAS, founded in 2005 and headquartered in Villeneuve d'Ascq, France, specializes in the development, manufacturing, and licensing of radio-frequency micro-electro-mechanical systems (MEMS) switching technology. The company focuses on small-signal switching applications, providing stand-alone single pole double throw switches suitable for automatic test equipment, instrumentation, mobile telecommunications infrastructure, as well as military and space applications. Delfmems' technology supports the creation of digital and variable capacitors, aiming to enhance connectivity and meet the growing data demands of next-generation 4G and 5G handsets. Their RF MEMS switching solutions deliver low voltage operation, high performance, and hot switching capabilities, enabling clients to achieve increased bandwidth and bit rates for handling substantial data volumes.

Cortus is a company specializing in intelligent processing and system-on-chip solutions tailored to customer needs. As a founding platinum member of the RISC-V Foundation, Cortus utilizes a diverse range of in-house intellectual property, including both proprietary and RISC-V instruction set architecture processors, analog circuits, and system-level components. Their offerings encompass interconnect IP, coherent caches, and a comprehensive software stack, including compilers and real-time operating systems. This enables Cortus to deliver complete hardware, software, and system-level solutions that provide clients with significant competitive advantages across various application domains, from banking and automotive systems to space applications. The company has developed complete systems-on-chip for various customers, including an IoT solution featuring a medium-range RF transceiver, a powerful microcontroller, and built-in security features, all designed for low-power, cost-effective applications. Cortus's IP has been integrated into over 6 billion devices, illustrating their extensive impact on the industry.