Ludocare focuses on developing therapeutic robots that assist patients with chronic diseases and their families. The company's innovative devices are designed to complement traditional drug treatments by providing personalized support that enhances treatment efficiency. By empowering patients, especially children, Ludocare aims to improve therapeutic compliance both quantitatively and qualitatively. This approach facilitates better disease management and helps stabilize essential treatments, ultimately contributing to improved autonomy and quality of life for patients and their families.
Wandercraft SAS, founded in 2012 and based in Paris, France, specializes in the development of exoskeleton technology aimed at patients with mobility limitations due to spinal cord injuries, neuromuscular diseases, and strokes. The company's flagship product, Atalante, is a self-balancing, hands-free exoskeleton designed for rehabilitation in health centers, allowing users to walk without the need for crutches or additional technical aids. CE-marked in 2019, Atalante is sold to European rehabilitation hospitals to enhance gait re-learning treatments. Additionally, Wandercraft is working on a more compact exoskeleton for personal mobility in everyday life. The company integrates expertise in areas such as robotics, artificial intelligence, and clinical applications, making it a pioneer in creating realistic, autonomous walking devices for individuals with walking impairments.
Exotec Solutions, based in Croix, France, specializes in innovative order preparation systems that utilize a fleet of collaborative mobile robots. Founded in 2016, the company’s technology enhances warehouse management by employing an orders-to-man system, which brings items directly to the picker, improving efficiency in e-commerce, fast-moving consumer goods, retail, and third-party logistics applications. The Exo robots navigate without fixed infrastructure, while the Fleet Control supervisor coordinates their movements and tasks, interfacing with warehouse management systems. This system essentially functions as a virtual conveyor with limitless path options, facilitating seamless picking and dropping of goods in various logistical environments.
Uavia SAS, founded in 2015 and based in Vitry-sur-Seine, France, specializes in the development of drones and a cloud-based robotics platform that connects autonomous drones and robots to the Internet of Things (IoT). The company's technology enables industries to collaboratively control diverse fleets of drones and robots, facilitating real-time data processing, analysis, and sharing. Uavia's system is designed for various applications, including aerial inspections, surveillance, railway infrastructure monitoring, electrical grid management, construction oversight, solar plant monitoring, and crisis management. This innovative approach allows users to manage fleets of drones remotely, streamlining operations across multiple sectors and improving efficiency in tasks requiring aerial and robotic capabilities.
KINVENT is actively involved in the fields of physical rehabilitation and sports biomechanics producing innovative measuring and training devices for the facilitation of every day and athletic movements. Our strengths at KINVENT is that we can think and produce solutions to any challenge of sports biomechanics and physical rehabilitation. Triangular force plates for visual feedback balance training, sensors for continuous 3D kinematic analysis in the water, force sensors for kite surf, accelerometers for rowing and sailing, are some of our on demand products. If you are looking for excellence in hardware and software solutions for your work... work with us. Our KFORCE solution is a range of torque measuring instruments for human strength, balance and motion. This system consists of six instruments with high-precision measuring equipment, which concentrate all the know-how of K-INVENT. The display of the data recorded by the device sensors is transcribed by the KFORCE software, installed on any iOS or Android terminal. This accessory capable of reading and re-transcribing the information given by all dynamometers of the entire range is usable on smartphones or tablets with Android and IOS operating system
iFollow SAS is a French company founded in 2017, specializing in the development and manufacturing of autonomous mobile robots designed for the logistics and food industries. The company produces a range of innovative products, including iLogistics, an autonomous navigation trolley for warehouses, and iRetail, a smart cart that provides real-time information and guidance about store products. iFollow also offers an autonomous robot for food order preparation and packaging. By integrating advanced robotics and proprietary software, iFollow aims to enhance operational efficiency and productivity across various sectors, including food, industrial, pharmaceutical, chemical, cosmetics, logistics, and retail.
Quantum Surgical is a provider of surgical robotics focused on developing innovative solutions for minimally invasive surgeries. The company is creating a novel robotic platform designed to enhance the assessment, planning, and treatment of medical conditions. Its technology supports advanced percutaneous ablation therapy, particularly for liver cancer treatment, aiming to improve patient outcomes and enhance the safety of interventional oncology procedures. With a commitment to delivering effective clinical solutions, Quantum Surgical seeks to represent unique spinal products and treatment options, benefiting both physicians and patients throughout the continuum of care.
Developer of an artificial intelligence platform designed to provide access to cultural services. The company's application utilizes a virtual robotic assistance feature that is available anytime to visitors at cultural institutions, museums, monuments, theaters, local authorities, and many more which helps in answering queries and developing interactive tour routes, providing users with personal assistants adapted to their needs.
Get rid of electronics struggles thanks to an open source architecture to turn electronics devices and subsets as microservices.
Developer of artificial intelligence-augmented engineering software designed to automate engineer's tasks. The company's platform solves engineering problems based on innovative artificial intelligence from a blank sheet to the detailed design of the different components, enabling automotive and mechanical engineers to increase their profit margins and find totally innovative approaches to engineering challenges.
Get rid of electronics struggles thanks to an open source architecture to turn electronics devices and subsets as microservices.
Get rid of electronics struggles thanks to an open source architecture to turn electronics devices and subsets as microservices.
ELWAVE is a manufacturer of electromagnetic detection systems for underwater and industrial robotics. It was created in 2018 to promote more than 10 years of research work by the biorobotics laboratory of the Institut Mines-Telecom Atlantique on “electric sense” technology. The “electric sense” is a mode of perception used by tropical fish living in muddy, heavily congested waters with branches in which vision and acoustics are ineffective. Natural evolution has led these fish to acquire this alternative mode of perception adapted to their environment.
GrAI Matter Labs utilizes biology-inspired spiking neural networks to overcome the limitations of traditional Von Neumann machines and application processors. Their massively parallel, fully programmable compute technology enables multi-modal sensor analytics and dynamic machine learning at low power levels not feasible before. Combining next generation neuromorphic compute with cutting edge silicon technologies brings AI to every edge device across the Internet of Things without the need for cloud computing support.
MastOR SAS is a medical device company based in Paris, France, founded in 2019. The company focuses on developing a surgical robot designed to assist with laparoscopy, a minimally invasive surgical technique. This innovative platform aims to enhance access to advanced surgical procedures for surgeons and improve resource utilization in operating rooms. By providing tools that facilitate laparoscopy, MastOR seeks to advance surgical practices and patient care.
Quantum Surgical is a provider of surgical robotics focused on developing innovative solutions for minimally invasive surgeries. The company is creating a novel robotic platform designed to enhance the assessment, planning, and treatment of medical conditions. Its technology supports advanced percutaneous ablation therapy, particularly for liver cancer treatment, aiming to improve patient outcomes and enhance the safety of interventional oncology procedures. With a commitment to delivering effective clinical solutions, Quantum Surgical seeks to represent unique spinal products and treatment options, benefiting both physicians and patients throughout the continuum of care.
Naïo Technologies SAS, founded in 2011 and based in Ramonville Saint Agne, France, specializes in designing and developing electric tools for agriculture and viticulture. The company focuses on creating robots that assist in mechanical weeding, hoeing, and harvesting, thereby improving farming efficiency and reducing reliance on chemical pesticides and herbicides. Through its innovative solutions, Naïo Technologies aims to help farmers optimize their workloads, enhance profitability, and minimize environmental impact. The firm’s commitment to integrating advanced technologies in agriculture highlights its role in promoting sustainable farming practices.
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, enhancing the intelligence of connected devices. Cartesiam focuses on making objects smarter and more intuitive, addressing key challenges such as energy efficiency, security, and ease of deployment. The team consists of a diverse group of professionals, including mathematicians, engineers, and data scientists, all dedicated to advancing the capabilities of microcontroller-based applications in various industries.
RUBIX S&I SAS specializes in developing electronic monitoring devices and software solutions for analyzing air quality, noise, and odors. The company offers a range of products, including WatchTower 1 and WatchTower 2, which utilize various gas sensor arrays to monitor indoor and outdoor air emissions. Additionally, the Rubix PoD collects real-time analytics data on nuisances and building performance, while Rubix Home allows users to assess indoor air quality. Established in 2016 and headquartered in Toulouse, France, RUBIX S&I aims to enhance safety and wellness in work environments through its innovative IoT modules and analytical services. Founded by Jean-Christophe Mifsud, the company leverages over 22 years of experience in high-tech development, focusing on analytical and medical instrumentation for food safety and environmental analysis.
Uavia SAS, founded in 2015 and based in Vitry-sur-Seine, France, specializes in the development of drones and a cloud-based robotics platform that connects autonomous drones and robots to the Internet of Things (IoT). The company's technology enables industries to collaboratively control diverse fleets of drones and robots, facilitating real-time data processing, analysis, and sharing. Uavia's system is designed for various applications, including aerial inspections, surveillance, railway infrastructure monitoring, electrical grid management, construction oversight, solar plant monitoring, and crisis management. This innovative approach allows users to manage fleets of drones remotely, streamlining operations across multiple sectors and improving efficiency in tasks requiring aerial and robotic capabilities.
Vivoka SAS, established in 2015 and headquartered in Metz, France, specializes in home automation technology. The company develops a product called Zac, a holographic voice assistant that allows users to control various connected devices and equipment within their homes through voice commands. Zac enhances user experience by providing intuitive interaction, responding to requests such as adjusting lighting or checking schedules. This device also contributes to home security by integrating with motion detectors and cameras, while promoting energy efficiency by monitoring device consumption and predicting utility costs. In addition to Zac, Vivoka offers LOLA, a voice recognition solution designed to analyze customer behavior. With an additional office in Paris, Vivoka continues to innovate in the field of smart home technology.
Wandercraft SAS, founded in 2012 and based in Paris, France, specializes in the development of exoskeleton technology aimed at patients with mobility limitations due to spinal cord injuries, neuromuscular diseases, and strokes. The company's flagship product, Atalante, is a self-balancing, hands-free exoskeleton designed for rehabilitation in health centers, allowing users to walk without the need for crutches or additional technical aids. CE-marked in 2019, Atalante is sold to European rehabilitation hospitals to enhance gait re-learning treatments. Additionally, Wandercraft is working on a more compact exoskeleton for personal mobility in everyday life. The company integrates expertise in areas such as robotics, artificial intelligence, and clinical applications, making it a pioneer in creating realistic, autonomous walking devices for individuals with walking impairments.
Stanley Robotics SAS, established in 2015 and based in Paris, France, specializes in developing an innovative outdoor valet parking robot designed to enhance the airport parking experience for travelers. The autonomous valet service allows users to simply drop off their vehicles in secure, well-lit cabins, retrieve their luggage, and proceed to their flight without the hassle of searching for parking. The robot, named Stan, efficiently picks up and moves vehicles to designated parking spots and is integrated with flight information to ensure timely retrieval of cars upon the traveler’s return. This service prioritizes user convenience, security, and efficiency, eliminating the need for users to navigate parking lots or manage luggage transport. The user-friendly kiosks for booking and flight information also accommodate those with reduced mobility, making the service accessible to a wider audience. Overall, Stanley Robotics aims to streamline the parking process, providing customers with a hassle-free and secure experience.
VeriCampus specializes in enhancing student support for colleges and universities through the use of artificial intelligence. The company develops AI-powered chatbots, known as 'Campus Assistants,' which are designed to embody the character and knowledge of the institution. These chatbots assist students in navigating their college experience more effectively. Additionally, VeriCampus offers a messaging platform that aims to make education more accessible and affordable. This platform provides educational institutions with the necessary products, services, and information to facilitate student success and improve engagement across various aspects of the educational process. By focusing on personalized service at a lower cost, VeriCampus empowers schools to enhance the overall student experience.
Deepomatic is a Paris-based company founded in 2014 that specializes in AI-driven software solutions for computer vision. It offers tools such as Deepomatic Studio, which enables users to design custom video recognition systems, and Deepomatic Run, which facilitates the operation of image recognition applications in production. The platform allows businesses to address image-related challenges by uploading images, training models through manual annotation and active learning, and deploying APIs. Deepomatic serves a diverse clientele, including Global 500 companies across various sectors such as automotive, healthcare, construction, oil and gas, pharmaceuticals, public transport, and retail. The company also has an office in New York, further expanding its reach in the technology landscape.
Balyo SA is a company that specializes in the design, development, and marketing of innovative material handling robots. Founded in 2005 and headquartered in Ivry-sur-Seine, France, Balyo transforms standard forklift trucks into autonomous intelligent robots using advanced navigation technology. This allows the robots to operate alongside human workers without the need for additional infrastructure, such as guiding lines or reflectors. Balyo's product range includes robotic stackers, pallet trucks, counterbalanced stackers, tuggers, and various types of trucks, all of which are utilized in diverse logistics applications including storage, loading and unloading, and barcode scanning. The company has established partnerships with prominent players in the material handling industry, enhancing its market presence and facilitating growth in regions such as Europe and the Americas. Balyo's solutions aim to improve efficiency and safety in material handling operations, aligning with modern concepts of automated warehousing and logistics.
EZ-Wheel SAS is a technology company based in Saint-Michel, France, founded in 2009. It specializes in developing industrial electric traction solutions for handling tools and soft mobility applications. The company offers a variety of self-propelled electric wheels designed for scooters, tricycles, and urban vehicles, as well as agricultural and industrial products for wheelbarrows, delivery carts, and medical equipment. EZ-Wheel's technology includes features such as one-axis joystick control for speed management and wireless interface solutions. These products are used to facilitate the movement of heavy loads in various sectors, including construction, urban transport, and healthcare, enhancing the efficiency and performance of material handling equipment. Located in Charente, within the Mecatronic Valley, EZ-Wheel benefits from a supportive industrial ecosystem that fosters innovation and collaboration.