EASME

Eliport specializes in last-mile logistics by developing automated ground delivery robots. These robotic systems address the challenges associated with delivering goods in urban and suburban areas, aiming to streamline the delivery process. By reducing costs and improving efficiency, Eliport's solutions help businesses achieve a reliable and cost-effective delivery service. The company's technology is designed to save time and alleviate the stress often associated with logistics, ultimately enhancing the overall delivery experience for both businesses and consumers.

AImotive is focused on developing automated driving technology aimed at providing safe and comfortable rides in various environments. The company creates self-driving software and proprietary simulation tools, alongside neural network acceleration hardware, to support the deployment of automated driving systems. AImotive's products are designed to be scalable, modular, and hardware agnostic, fostering collaboration within the industry. The team's expertise in artificial intelligence, sensor fusion, and 3D graphics enhances their ability to assist partners in achieving their self-driving objectives.

Perpetual Mobile provides Mobile Application and consulting services in farm management and machinery control. Their 14 engineers, ICT and business managers have completed over 150 projects to date. Their familiarity with the market needs led us to develop new navigation technology called outside-in tracking (patented) that is the core of Zauberzeug™, a robot for the autonomous cleaning of stables.

Terabee designs, develops and produces the TeraRanger brand of small, fast and lightweight 2D and 3D distance sensors and solutions. Frequently used in fast-moving ground and airborne robots for localization, navigation and collision avoidance, our sensors also enable many automation, industry 4.0 and IoT applications. We also work with clients to assist with added intelligence. If required, we can help you with algorithms, control systems, sensor development or turn-key solutions for industrialized sensor-based solutions.

Jinn-Bot Robotics & Design GmbH" produces robotic systems based on industry standard modules for training and technology users. All components are 100% digitally developed and produced with 3D printers worldwide. These manufacturing methods enable the Robotic customer to produce spare parts or to integrate new developments based on CAD data. The Windows and Android-controlled robots can be easily expanded by individually optimized functions thanks to a «jinn open source concept». Extensions are, for example, motion sensors, infrared sensors, solar panels, voice control - the possibilities are inexhaustible. Further Robotioc solutions for various everyday applications are under development.

SynSense is a neuromorphic computing company based in Zurich, Switzerland, founded in 2017. It specializes in providing advanced neuromorphic processors that deliver ultra-low power consumption and low-latency performance, addressing the limitations of traditional von Neumann computing architectures. The company's product offerings include vision and biosignal processors, point cloud processing, and always-on auditory processing solutions. These technologies are particularly suited for artificial intelligence edge computing applications, finding utility in autonomous robots, mobile and embedded devices, wearable healthcare systems, security solutions, and Internet of Things (IoT) applications. SynSense leverages advancements in neuromorphic computing hardware developed at the Institute of Neuroinformatics of the University of Zurich and ETH Zurich, focusing on creating energy-efficient systems that enhance performance across a range of industries.

Civ Robotics is a construction technology startup focused on transforming the land surveying process through innovative robotics. The company has developed drones equipped with a custom staking mechanism that enables rapid and accurate marking of points on construction sites. These drones operate using an autopilot algorithm and data management software, allowing for autonomous site operations that enhance productivity. By streamlining land surveying tasks, Civ Robotics aims to improve efficiency and reliability in the construction industry.

Cambrian Intelligence LTD, founded in 2015 and based in London, develops an innovative artificial intelligence teleoperation interface designed for the intuitive control of robots from a distance. Utilizing advanced gaming technologies, including virtual reality, tracking, and haptics, the interface allows users to replicate hand and arm movements, providing realistic touch feedback. This technology not only facilitates seamless teleoperation but also enables the teaching of robots to enhance their autonomy through artificial intelligence. Cambrian Intelligence aims to create a comprehensive AI-based operating system for robots, capable of manipulating objects with a level of dexterity comparable to humans, applicable across various robotic hardware platforms.

Fotokite specializes in developing autonomous aerial systems designed to assist first responders in emergency situations. Their patented technology integrates with fire trucks and public safety vehicles, allowing firefighters to deploy the system with a single button. Once activated, the Fotokite can ascend to heights of 45 meters, delivering critical real-time information through both thermal and standard video feeds. This capability enhances situational awareness without requiring additional personnel to operate the drone, as it operates autonomously. The tethered system ensures continuous power and data transmission, allowing for extended flight times exceeding 24 hours. The aerial data can be live-streamed to other team members at the scene or back at the station, facilitating better communication and more informed decision-making. By providing immediate and detailed insights upon arrival, Fotokite enhances the ability of first responders to assess incidents and deploy resources effectively.

Ximantis aims for Smart/Green and Integrated transport by demonstrating a revolutionary road traffic prediction method based on collecting and analyzing “big data” in order to greatly reduce CO2 emissions, decrease overall congestion impact and optimize navigation - the equivalent of a weather forecast for traffic flow and congestion! In addition, Ximantis innovates on advanced vehicle software systems for Connected Cars and Autonomous Navigation through their deep learning Stochastic Re-construction Module, offering safe reaction and anticipation to eminent risk.

Konetik helps companies to integrate electric vehicles with their automated AI driven vehicle and charging advisor.

A scalable multi-robot inspection and sensing system that is permanently installed out at sea, or deployable from mobile autonomous crafts, and can be tasked remotely to carry out regular inspections, environmental measurements and emergency response. Focus is on portability, affordability and ruggedness (to withstand hostile underwater environment).

Fastree3D is a fabless semiconductor company based in Switzerland, specializing in the development of three-dimensional imaging sensors that facilitate real-time recognition and distance measurement of fast-moving objects. Founded in September 2013 as a spin-off from EPFL Lausanne, Fastree3D aims to enhance driving assistance and autonomous navigation systems. The company's sensors utilize complementary metal-oxide-semiconductor (CMOS) technology, enabling precise detection and localization of objects in three dimensions. Through its subsidiary, Fastree3D B.V., the company collaborates with TU-Delft in the Netherlands to advance research and innovation in this field, ultimately supporting clients in creating vehicles and machines capable of continuously monitoring their environment.

INVOLI specializes in air traffic awareness systems aimed at enhancing safety and efficiency in drone operations. The company provides real-time monitoring solutions for low-altitude airspace, crucial for the safe integration of drones, including drone taxis, into busy environments. Its technology enables autonomous drone flights and supports advanced applications by alerting pilots to nearby air traffic and potential collision risks. By collaborating with community and industry partners, INVOLI ensures comprehensive coverage that facilitates the widespread adoption of drones across various sectors, aligning with evolving regulations that promote integrated airspace solutions.

Sky-Watch is a developer of unmanned aerial vehicles that provides high-tech solutions for real-time decision-making in complex environments globally. Established in 2009, the company specializes in creating remote-controlled helicopters and quadcopters equipped with digital and thermal infrared cameras, enhancing clients' capabilities in map-making and operational efficiency. Sky-Watch's research and development focus on unmanned systems, advanced embedded control software, and user-friendly interfaces is driven by the needs of end-users, resulting in systems that save time, reduce costs, and improve safety. The company's ability to create adaptable autonomous systems for challenging environments sets it apart in the market. Furthermore, Sky-Watch emphasizes close partnerships and integration of existing technologies, fostering synergy and compatibility to enhance the value of their products. Owned by the Danish equity fund Dangroup ApS & Borean Innovation, Sky-Watch is committed to delivering cutting-edge sensor technology while ensuring optimal user experience.

RanMarine Technology B.V., founded in 2016 and based in Rotterdam, Netherlands, specializes in the design and development of autonomous surface vessels (ASVs) aimed at cleaning water bodies. The company's flagship product, the WasteShark, functions as a drone that effectively removes plastics, bio-waste, and other debris from waterways. RanMarine caters to a diverse clientele, including ports, harbors, and various marine environments, while also gathering valuable data about these aquatic ecosystems. By combining innovative technology with environmental stewardship, RanMarine addresses the challenges of pollution in marine environments efficiently and sustainably.

Follow Inspiration, S.A., founded in 2012 and based in Fundão, Portugal, develops innovative technology solutions, particularly in autonomous mobile robotics. The company specializes in creating intelligent systems tailored for various applications, including retail and industrial sectors. Its flagship product, wiiGO, is an autonomous shopping cart designed to enhance the shopping experience by facilitating navigation and checkout processes. The company has also expanded its portfolio to include robotics coffee machines that interact with users, interactive mobile applications for historical town tours, and specialized software for museums that allows visitor engagement through timelines and simulations. Originally focused on social robots for individuals with reduced mobility, Follow Inspiration shifted its focus in 2020 to industrial applications, leveraging expertise in navigation, mapping, and artificial intelligence to optimize logistics and material handling. Through these advancements, the company aims to improve efficiency and streamline operations for its clients.

Albora Technologies develops next-generation navigation technologies for autonomous vehicles, drones, and UAVs. Founded in 2017, the company is headquartered in London, England, United Kingdom.

Olmedo Special Vehicles manufactures transportation equipment such as industrial trucks, tractors, and trailers. The company was founded in 2004 and soon established its internal operating departments (paneling, upholstery, interior fittings), differentiating them, in order to optimize their development and to keep the quality and operational efficiencies more closely monitored. The first sector is linked to the disabled driving facilities, developed after the acquisition of the company "L 'autonomy" of Reggio Emilia, which took place in 2005, and immediately incorporated into the OLMEDO buildings; in this area, accessible from every disabled and without architectural barriers, qualified personnel analyzes need for need to compare it to the technical feasibility of transformation. The result is a part of the company, equipped with static devices simulators, where the user can compare the most innovative solutions related to their needs. The second operating context is that of interior upholstery and upholstery and the glazing of glazed vehicles

Daedalean AG, founded in 2016 and based in Zurich, Switzerland, specializes in developing autonomous flight control systems for electric personal aircraft. The company focuses on creating machine-learning-based avionics systems for both current civil aviation and future advanced aerial mobility. With a team exceeding 150 professionals, including experts in machine learning and aviation, Daedalean is working on certification and market introduction of its AI-driven products, such as Pilot Eye™ and Ailumina Vista™, designed for visual traffic detection in fixed-wing aircraft and helicopters. Additionally, the company offers solutions for non-GNSS positioning, landing guidance, and power line detection. Daedalean has established collaborations with aviation regulators and has produced joint reports with entities like EASA and the FAA, facilitating the certification process for its innovative, safety-critical aviation applications.

Cover Sistemi develops advanced applications in electronics, RF, radar, optoelectronics, 2D and 3D vision systems and reverse engineering. Cover Sistemi Srl has managed to provide innovative solutions for its commercial clients in perimeter intruder detection but never has there been a solution to give a detailed, zone specific, multiple object sensing and precise 3D radar mapping of objects. ARIA is their novel radar sensor with disruptive technology enabling 3D mapping of objects and resulting in people identification, multiple people tracking and selection of zone of surveillance.

T-Minus Engineering specializes in the development and operation of autonomous air and space vehicles, particularly focusing on sounding rockets for scientific research. The company designs commercial suborbital platforms that cater to both scientific and defense applications. T-Minus Engineering possesses the expertise required for comprehensive end-to-end development, addressing various components such as rocket propulsion, flight control systems, and launch operations. This capability allows users to obtain cost-effective systems suited for conducting in-situ experiments in the upper atmosphere.

Nervtech is a high-tech R&D company specializing in vehicle simulator technologies in the fields of biometric and cognitive driver evaluation, machine learning and data integration. Nervtech’s patented 4DOF-motion compact driving simulator offers a real-life driving experience for simulator analytics and driver evaluation and training. The simulation can run on a configuration with three big external screens or with VR headset (Oculus Rift or HTC Vive). It can be easily transported to any location and set-up in a very short time. The simulation platform includes a variety of driving environments, from country side roads, snowy mountains, different highways and complex city centres. Unusual and dangerous behaviour can also be created providing critical and highly demanding driving situations and events. The platform provides also a set of ADAS elements (lane assist, emergency braking, adaptive cruise control, etc.) or fully autonomous driving. The cockpit of the driven vehicle is displayed on the screens and can be changed/modified freely to add new dashboard or IVIS elements (head-up display, dashboard display, different types of lights and indicators). External HW components can also be integrated into the system providing new types of input modalities. The platform includes also a set of physiological and biometrical medical grade sensors for measuring driver’s signals such as HR, GSR, body temperature, pupil diameter, gaze position, etc. Proprietary algorithms for detection of distraction, stress or cognitive workload are also provided. Nervtech’s main R&D goal is to develop techniques and procedures for the transfer of knowledge from human driver to self-driving machine. Consequentially autonomous vehicles will be able more efficiently handle complex and unpredictable driving situations by taking into account also human cognition and intuition-based decision-making.

EICAS Automazione is a small-size high-tech Italian engineering company located in Torino. The core of EICAS background concerns dynamic system modeling, simulation and control, signal theory and applied mathematics. The main activity areas include space, automotive, and industrial automation. They deal with automatic digital control design, numerical data, signals and images elaboration with development of special digital sensors, development of software tools for automatic control design and rapid control prototyping, development of sophisticated techniques for safety, FDIR and dependability, vehicle control, spacecraft attitude determination and control, handling of flexible materials, discrete manufacturing automation.

Largoiko is a mechatronic engineering company that since 1999 has been dedicated to the automation of industrial processes and the manufacture of special or customized machinery. It is comprised of a multidisciplinary team with experience in all areas of project development: mechanical and electrical design, manufacturing (with our own machining workshop), programming, assembly and commissioning. This allows them to quickly and flexibly respond to the needs of the customer. The company works in the sectors that require automation to improve production, enhance quality and reduce costs: automotive, household appliances, electrical devices, food, renewable energy, graphic arts, etc. Largoiko provides the involvement and commitment necessary for our customers to continue trusting them and collaborating in future projects.

Optin Kft. is an information-technology research and development company that focuses on the development of innovative technologies for logistics, vehicle security, and traffic management.

AERDRON is an aerospace company that specializes in the development and manufacturing of unmanned aerial vehicles (UAVs). The company designs prototypes, turnkey solutions, and finished products tailored to client specifications. AERDRON supports clients through all phases of product development, offering training and post-sales assistance. The company emphasizes innovation in aerospace technology and collaborates with both private and public entities to advance research and development projects for commercial applications. AERDRON also provides outsourcing services for development and prototype manufacturing, enabling other companies to bring their design concepts to fruition. Its products are engineered to operate in challenging environments, such as the Martian atmosphere, enhancing the capabilities of traditional ground exploration vehicles.

Technidrone is a company dedicated to the manufacture, technical service, and maintenance of unmanned aircraft for civil use. The company believes in the strength of technology to accurately design the most robust, powerful, and most autonomous UAVs on the market. With Technidrone people will get accurate information in real time, allowing them make accurate decisions, optimize processes, reduce costs and increase quality and productivity in agricultural, topographical, thermographic, and endless utilities.

Ctrl4 Enviro is a highly innovative computer vision analytics technology company based in Barcelona. From counting and monitoring of people in outdoor spaces to detecting cars and license plate information, we can process and provide highly accurate information for a wide range of scenarios and environments. It is founded in 2006 from our research project together with the Autonomous University of Barcelona. Collaborations with several research institutions and departments from the University, such as the Computer Vision Centre and the Statistics Physics Group, have led us to achieve the best innovative solutions for many challenging projects. Its mission is to apply technology to obtain information (sensorizing), and use it to optimize resource efficiency and contribute to a sustainable planet.

ARCHON TECHNOLOGIES specializes in providing automated operations with UAVs. Archon technology utilizes drones and recharging stations to reduce the costs, decrease the risks, and to increase the quality of surveillance, inspections and monitoring services that today are performed with cameras, satellites, and human personnel. The company was founded in 2014 and is headquartered in Modena, Italy.

Teraki GmbH, founded in 2014 and based in Berlin, Germany, specializes in software solutions that enhance data management for insurance, predictive maintenance, and autonomous driving applications. The company's platform facilitates access to high-quality data while ensuring low-latency performance, which is crucial for meeting strict service level agreements. Teraki's technology supports various applications, including usage-based insurance, fleet management, and advanced driver assistance systems. By focusing on edge processing and artificial intelligence, Teraki enables clients to build, train, and improve sensor-driven AI models, automating the training process and enhancing accuracy. This innovative approach allows for efficient selection of relevant sensor information on low-power hardware, making previously impossible applications feasible within the automotive sector.

IonTerra is an automotive company that helps the ADAS and Autonomous Vehicle markets reach the highest level of safety and reliability. The company's diverse team of engineers share a unique experience in low computing power computer vision algorithms, object identification, as well as sizing and locating by using the sensor’s raw data to create a unified perception of the vehicle’s surroundings. IonTerra provides the innovation needed to transition Autonomous Driving from discord to commercial deployment, through advanced real-time Computer Vision solutions that enable a safer, smarter driver. The company's real-time rtCVI open-architecture platform is a proprietary patented technology that is analytical and accurate in providing perception, cognition, and fusion for ADAS and Autonomous cars. It removes limitations of other technologies such as Deep Learning, as required, in order to realize the Autonomous Vehicle’s commercial deployment. IonTerra was founded in 2013 and is headquartered in Petah Tiqva, HaMerkaz, Israel.

IXION is a highly innovative SME that develops automation solutions and assimilates the most advanced and efficient technologies. Its products are aimed to the industrial sector, also linked with robotics and solutions based on autonomous vehicles. The company aims to provide industry with the advances of the newest technologies in an easy way. As a result, companies will increase their efficiency and safety, and will also reduce costs and risks. Apart from its work for the European Space Agency, Axiom develops highly advanced solutions for robotic systems, specially for autonomous vehicles. These solutions are based on highly innovative progress regarding leading technologies, such as Computer Vision, Sensor Fusion, Control and Navigation Advanced Systems, Artificial Intelligence and advanced human-machine interfaces.

EasyMile SAS, founded in 2014 and headquartered in Toulouse, France, specializes in autonomous vehicle technology and smart mobility solutions for urban and suburban environments. The company manufactures driverless electric vehicles, notably the EZ10, which facilitate transportation for passengers and goods in various settings, including residential areas, business parks, and campuses. EasyMile collaborates with major manufacturers to enhance their vehicles with advanced safety features and innovative technology designed for immediate deployment. Its client base includes prominent transport operators, city authorities, airports, corporations, and educational institutions. In addition to its presence in France, EasyMile has offices in Singapore and Denver, and it works with value-added resellers in regions such as Japan and the Middle East. The company aims to revolutionize traditional transportation methods by providing new mobility options that are efficient and safe.

Ingenia is a technology company that builds simple yet powerful state-of-the-art motion control solutions. Ingenia believes that technology should be at the service of people, creating a positive impact on society, economy and the environment. Ingenia helps its customers focus on what they do best by putting all its experience in motion control to develop products that are intuitive, efficient, precise and easy to use. Because one doesn’t always fit all, Ingenia customizes its products to fit its customers' requirements, providing them with reliable, cost-efficient tailored solutions. Ingenia's products, systems, and solutions have set the standards in many areas of their sectors and local market segments whilst its Global Engineered Support program assures benefits for business development, cost, and customer productivity.

ARCHON TECHNOLOGIES specializes in providing automated operations with UAVs. Archon technology utilizes drones and recharging stations to reduce the costs, decrease the risks, and to increase the quality of surveillance, inspections and monitoring services that today are performed with cameras, satellites, and human personnel. The company was founded in 2014 and is headquartered in Modena, Italy.

Alfanorm develops a computer-aided road marking machine-RoadWriter being able to print any kind of sign or graphic of road markings which are generated from a computer and appropriate to standards without using any template or any other tool. The signs in road marking are still applied manually by using some templates or some mechanic tools which needs lots of work force and time. The lack of digitalization of road marking applications is providing a great business opportunity with our disruptive innovation. The initial research for RoadWriter has been funded by TUBİTAK (Scientific and Technological Research Council of Turkey), which funds the research projects in Turkey that have an excellent research infrastructure and big market potential. Our technology was demonstrated and approved as TRL6 in an industrially relevant environment at the helm of specialized academicians assigned by TUBITAK. The RoadWriter project will transform the existing methods to a new digital way for more precision, less work force and standardized marking worldwide. Road marking is a basic need for each country, especially for technologically advanced ones such as EU member countries, USA and Japan. RoadWriter has a high volume market of over 400 million EUR market size with a high growth rate of 5-10%. The target users of the RoadWriter are highway directorates,municipalities,airports,parking areas, hospitals,malls,defense industry, everywhere where horizontal marking is needed. Its innovative aspects are; • Computer-aided machine • Ability to print at full width of standard traffic lane and unlimited length • Autonomous workout as long as needed • Standardization of signs and graphics library The feasibility study that will be completed in Phase 1 will mainly cover; • Market and stakeholder research • IPR management • Developing the embedded and interface software of the machine • Preparing user-friendly library of standard traffic signs and graphics • Detailed Business Plan