EASME

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.

Terabee specializes in the design, development, and production of advanced distance sensors under the TeraRanger brand. These small, fast, and lightweight sensors are utilized in various applications, particularly in fast-moving ground and airborne robots for tasks such as localization, navigation, and collision avoidance. Beyond robotics, Terabee's technology also supports automation, Industry 4.0 initiatives, and IoT applications, providing accurate data that aids in informed decision-making and energy efficiency. The company collaborates with clients to enhance their projects with added intelligence, offering expertise in algorithms, control systems, and sensor development, as well as turnkey solutions for industrialized sensor-based applications.

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.

Hefring Marine is an Icelandic startup based in Reykjavík that specializes in advanced marine technology. The company offers the Intelligent Marine Assistance System (IMAS), an AI-driven software solution designed to enhance safety and efficiency for both manned and unmanned vessels. IMAS utilizes artificial intelligence, machine learning, and Internet of Things (IoT) technologies to provide real-time navigation guidance, helping operators minimize risks associated with inexperience and improving situational awareness. The system significantly reduces fuel consumption and carbon emissions, with potential savings of up to 25%, and mitigates wave slamming impacts by as much as 70%. This approach not only protects crew and passengers but also minimizes damage to vessels and equipment, ensuring a safer and more comfortable marine experience.

Canard Drones SL specializes in automated calibration and verification of aeronautical navigation aids using unmanned aerial vehicles (UAVs). The company offers the CANARD system, which provides an innovative solution for the inspection and calibration of Precision Approach Path Indicator (PAPI) systems and other lighting systems at airports, heliports, seaports, and industrial facilities. By employing sensor-equipped drones, Canard Drones enables real-time inspections with high precision, significantly reducing the time and costs traditionally associated with flight inspections. This eco-friendly technology operates with zero emissions, enhancing operational efficiency while prioritizing safety by minimizing risks to human personnel. Founded in 2015 and based in Mostoles, Spain, Canard Drones is positioned for substantial growth in the global flight inspection market, which is valued at approximately €3.9 billion annually.

Galileo Satellite Navigation (GSN), founded in 2009 by Eli Ariel, is an Israeli company specializing in satellite navigation technology and location-based services. The company focuses on developing innovative Global Navigation Satellite System (GNSS) products that cater to a wide range of applications, including mobile phones, IoT devices, vehicle systems, and indoor navigation. GSN has established significant partnerships with academic and industrial leaders through its consortia, iGalileo and GRAETS, which enhance its market access and research capabilities. The company's expertise includes software receivers that provide low-cost, flexible solutions for various sectors, and a patented indoor navigation system that enables seamless navigation in areas with no GPS signal. By leveraging its unique intellectual property and extensive experience in GNSS, GSN aims to bridge the gap between outdoor and indoor positioning, ensuring users can maintain continuous navigation.

Abitat SIT, established two decades ago, specializes in Geographic Information System (GIS) and geocoding services. The company develops territorial data management software, focusing on GIS and geocoding, to efficiently manage and share cartographic data online. This enables clients to enhance their land management capabilities, improve operational efficiency, and boost competitiveness.

Pozyx is a burgeoning start-up focused on precise indoor positioning through the use of ultra-wideband technology and sensor fusion. Originating from Ghent University, Pozyx has established a significant customer base, serving over 1,500 clients across more than 65 countries with its flagship product. The company develops real-time location systems that deliver positioning and motion information with sub-meter accuracy, utilizing advanced algorithms and machine learning. This innovative approach offers clients a reliable alternative to traditional positioning systems.

Next Ocean specializes in advanced ship hydromechanics technology that enhances maritime operations by predicting wave patterns and ship motion. Utilizing radar technology, the company transforms conventional x-band radars into remote wave sensors by analyzing the modulation of received electromagnetic signals. This innovative approach allows for real-time predictions of wave conditions, enabling offshore operators to identify optimal time windows for critical activities, thus minimizing the risks associated with high waves. By providing accurate forecasts of wave behavior, Next Ocean helps improve safety and efficiency in offshore operations, allowing operators to avoid unfavorable conditions and enhance operational uptime.

OriginGPS Ltd. is a prominent developer and supplier of miniaturized global positioning system (GPS) and global navigation satellite systems (GNSS) solutions, as well as cellular Internet of Things (IoT) systems. Established in 2006 and based in Petah Tikva, Israel, the company specializes in high-performance GNSS modules, which include options with and without integrated antennas. OriginGPS employs proprietary Noise Free Zone technology to enhance sensitivity and stability in challenging satellite conditions. Its product offerings span various applications, including wearable technology, drones, asset tracking, and fleet management solutions. By enabling the integration of GPS functionality into compact modules, OriginGPS supports the rapid development of IoT products, facilitating better connectivity and tracking capabilities across diverse industries. The company collaborates with a global network of partners and customers in Europe, the USA, and the Asia-Pacific region to meet the growing demand for miniaturized wireless solutions.

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.

Aero Glass is an augmented reality platform designed for various transportation sectors, focusing on enhancing safety and efficiency for pilots and drivers. The company provides a head-mounted display system that projects critical navigation and safety information in a 360° three-dimensional format. This innovative technology allows users to visualize important data, such as terrain, traffic, and weather conditions, without diverting their attention from their surroundings. By integrating these visual aids into the user's field of view, Aero Glass aims to reduce workload and improve situational awareness, ultimately contributing to safer operations in aviation and other transportation domains.

IMAO, established in 2001 and based in Limoges, France, is a private company specializing in aerial data acquisition. The firm focuses on obtaining LiDAR data and vertical and oblique photogrammetric imagery for applications in mapping, cartography, and the creation of digital terrain and surface models. IMAO's expertise lies in devising optimized strategies for aerial data collection, taking into account various project-specific factors such as location, weather conditions, intended use, and required accuracy. With a substantial fleet of aircraft equipped with diverse LiDAR sensors and cameras, IMAO is capable of executing tailored flight and data capture strategies on a global scale. The company primarily concentrates on the data acquisition and pre-processing phases of geospatial analysis projects, ensuring that each project's unique technical and environmental requirements are met.

Subsea Asset Location Technologies, known for its SonarBell products, specializes in passive sonar reflector technology designed for underwater location marking. The company provides a range of sonar bells, including bronze, silver, gold, and platinum versions, which serve various applications such as marking mines, assisting special forces in equipment recovery, and improving underwater navigation. SonarBell is a non-magnetic spherical location marker that offers efficient echo returns compatible with sonar systems ranging from 4kHz to 1MHz. Subsea Asset Location Technologies collaborates with organizations across multiple sectors, including oil and gas, cable and pipeline, equipment monitoring, asset recovery, and fishing, to deliver tailored design and consultancy services. Their innovative solutions aim to enhance operational efficiency and safety in marine industrial environments.

The Shoka term refers to system which consists of a mobile application (Shoka App) and a smart bicycle gadget (Shoka Bell), these elements are working together to provide features for cyclists, the two elements of the system are fully functional as a standalone devices as well. The application itself can provide similar features to a fitness app, but using it together with the bell it is capable of geo-location, navigation and different types of ringing. With the sensors inside the Shoka Bell the bell warns the cyclist if he or she is getting close to a dangerous road section. The built-in led lights are helping the cyclist in navigation and the accelerometer makes sure that the custom selected ringtone will be adjusted to the cyclist’s speed and situation.

Established in 2007, i-Marine Technologies is the leading marine electronics manufacturer in Turkey with the focus of Maritime Management and Monitoring Systems. By having own AIS engine, i-Marine offers a wide product portfolio covering AIS Transponders, AIS Receivers, AIS Shore Station, AIS Test Station, AIS AtoN Stations and Marine Traffic Control Systems.

Alerion specializes in automated intelligent drone solutions for infrastructure maintenance, with a particular emphasis on wind turbine inspections and similar complex environments. The company has developed patented laser navigation and tracking technology, which enables drones to navigate accurately around intricate structures and assess their condition in real-time. This technology supports the inspection of various energy assets and geographically distributed infrastructures, including long networks and pipelines. By providing line inspections, vegetation management services, and comprehensive engineering data collection, Alerion ensures that businesses receive high-quality data for their operational needs.

Ubiscale’s mission is to enable our customers catching new opportunities that are made possible by new long-range networks. Ubiscale specializes in Geolocation technologies and related outcomes on electronic design, embedded software, network integration and system qualification. Target applications are all type of services in consumer & professional IoT/M2M markets where keeping track of position makes sense. It includes trackers, beacons, tags, wearables applied to people/animal/objects tracking, geo-marketing, logistics, asset management.

GeoNumerics is a small company of expert geomaticians of various scientific, technical and management backgrounds. We provide consultancy services, sell software components and conduct R&D projects. We focus on the needs and technology of high precision kinematic surveying; sensor orientation and calibration, trajectory determination and their integration.

Founded in 2012, IIDRE specializes in sensor networks and wireless technologies, focusing on geolocation systems for both indoor and outdoor applications. The company provides comprehensive solutions, starting from the definition of hardware and software specifications to the implementation and data analysis tailored to client needs. IIDRE's diverse applications include tracking materials in the construction industry, guiding autonomous vehicles during GPS signal loss, ensuring the safety of isolated workers, and monitoring personnel in critical environments. Their innovative geolocation solution utilizes radio frequency technology with badges and a long-range telecom infrastructure, enhancing operator safety in sensitive industrial settings. IIDRE's expertise has been recognized with a "Seal of Excellence" for its unique contributions to the European GICA project.

GeoSpatiumLab specializes in the management, publishing, and visualization of geolocated data, providing clients with tools to make informed decisions. With extensive experience in Spatial Data Infrastructures (SDIs) and compliance with the INSPIRE Directive, the company offers advisory and consultancy services to public entities and businesses for SDI setup and technology implementation. GeoSpatiumLab develops customizable software solutions, including native applications for Android and iOS, which enable real-time access to geospatial information. The firm incorporates advanced features like augmented reality and route calculations and ensures seamless integration with external data sources and existing information systems through standard interfaces and APIs. Their expertise spans various technological environments, including Geographical Information Systems (GIS) and Location-Based Services, applied across multiple sectors such as agriculture, environmental management, tourism, geomarketing, and urban planning. As part of its international growth strategy, GeoSpatiumLab seeks partnerships with local entities to enhance market presence while leveraging its specialized knowledge and experience in geolocated information management.

Global Maritime Services provides risk and cost reduction services for the high-value maritime and offshore domains. Its main focus is to develop services that improve safety and efficiency for navigation and offshore operations across the global maritime industry. GMS aims to develop products and services with significant added value to the shipping and offshore industries. Therefore, its research and development team has many years of operational shipping experience and a thorough understanding of the high-value maritime market domain.

Survey Lab specializes in structural, ground, and satellite monitoring, focusing on the development of innovative geomatic monitoring systems. The company integrates in-situ data, Earth observation data, and structural analysis to offer comprehensive topographic monitoring for various applications, including hydraulic and geomatic needs. Their services include continuous stability monitoring of structures and infrastructures through integrated ground and remote techniques. Additionally, Survey Lab utilizes GNSS and Earth observation data to create georeferenced databases accessible via GIS platforms. They conduct multitemporal analyses using satellite and lidar photogrammetry to assess areas impacted by natural disasters. The company also emphasizes knowledge transfer, providing training courses and engaging in research and development projects to enhance understanding of monitoring technologies.

EOMAP is a service provider specializing in satellite-derived aquatic information for maritime and inland waters, catering to both the commercial offshore industry and various government agencies. Founded in 2006 as a spin-off from the German Aerospace Center, the company is based in Castle Seefeld, near Munich. EOMAP has pioneered the use of satellite-derived bathymetry and high-resolution water quality monitoring, employing standardized physical models that are adaptable to different scales, sensor types, and geographic locations. Its offerings include mapping services for seafloor, coastal environments, and infrastructure. EOMAP's technology supports applications ranging from local to intercontinental scales and provides continuous, long-term environmental monitoring by utilizing multiple satellite resources. This capability helps project managers effectively identify and manage risks while facilitating negotiations and approvals related to aquatic issues.

MazeMap specializes in indoor mapping and navigation services, addressing the increasing complexity of large buildings such as hospitals, shopping malls, conference venues, and university campuses. The company's application transforms technical floor plans into interactive maps that are searchable, linkable, and user-friendly, ensuring they are always up-to-date. By utilizing technologies such as satellite signals, Wi-Fi, machine learning, and artificial intelligence, MazeMap enhances the navigation experience, allowing users to save time and easily locate their destinations within expansive structures. This solution caters to the growing demand for efficient navigation tools in an era characterized by the Internet-of-Things and more intricate building designs.

Offshore Monitoring provides monitoring systems and sensor solutions for the maritime and offshore industries. The company's aim is to improve safety, security and navigation for commercial shipping and offshore operations. There are numerous sources of sensor and observational data available today, but only very few of them are used for the maritime and offshore industry. Offshore Monitoring combines non-maritime emerging technologies (primarily from the space and military domains) with newly developed sensors into effective monitoring solutions for safer and more efficient shipping. With many years of domain expertise and a thorough understanding of sensor innovations, Offshore Monitoring is able to deliver monitoring systems with great added value to the offshore industry.

GarageScanner is a patented platform that facilitates the sharing of empty parking spaces in urban areas by connecting drivers with parking space owners. Established in 2015 and based in Zaragoza, Spain, the service operates as a collaborative parking network catering to both businesses and consumers. Parking space owners can monetize their garages while maintaining control over their schedules without the burden of additional bills or taxes. For drivers, the platform provides a convenient solution to find available parking quickly, ultimately saving time, money, and fuel. Additionally, the system contributes to reducing traffic congestion and pollution in cities, while also generating extra tax revenue. The platform utilizes GPS technology to display vacant parking spaces on a map, enhancing the overall parking experience.

Rokubun is a research and development company founded in 2015, following recognition from the European Space Agency's incubator program. The company specializes in creating innovative navigation solutions, primarily targeting the mobile market and focusing on Vehicle to Infrastructure (V2I) and Vehicle to Vehicle (V2V) technologies. Rokubun's navigation technology leverages a global navigation satellite system combined with synthetic aperture radar, providing accurate and scalable geolocation services that enhance the functionality of moving devices. The company's aim is to deliver affordable and precise navigation solutions to meet the growing demands of modern transportation systems.

GiPSTech is a developer of an innovative indoor positioning technology that operates without the need for infrastructure, achieving a precision of less than one meter. The company's unique approach utilizes anomalies in the geomagnetic field to accurately locate and track users and objects within indoor environments. This technology allows for the use of standard smartphones for both the initial mapping of spaces and the ongoing positioning of users. By leveraging these magnetic anomalies, GiPSTech enables effective navigation and tracking in various indoor settings, enhancing the way users interact with their environments.

Selfly ED&A, located in Noordwijk, the Netherlands, specializes in developing advanced electronic detection and avoidance systems for pilots of small aircraft. The company’s technology utilizes continuous-wave radar to continuously monitor the surrounding environment, identifying both moving and stationary objects in the air and on the ground. This system provides critical visual cues to pilots, enhancing their ability to avoid potential collisions and navigate safely, particularly in challenging terrains or congested airspaces. By improving situational awareness, Selfly aims to support pilots operating under visual flight rules, addressing the unique safety challenges faced by small aircraft pilots who often operate without the guidance of Air Traffic Control. The company actively seeks partnerships within the aviation industry to further advance its mission of ensuring safer flying experiences for all pilots.

AvMap is the Italian multinational present worldwide in the satellite navigation market since 1994. Since 1994 in the GPS sector, AvMap has known its developments and influenced its trends. Born within the C-MAP group, world leader in marine electronic cartography, AvMap turned to professionals and institutions, debuting with EKP, the aeronautical navigator whose evolution has marked the progress of GPS technology for aircraft. Subsequently, AvMap exploits the know-how of electronic cartography to land in the terrestrial field, and is already established as a manufacturer when the boom of devices accessible to the public explodes. At the AvMap home the series of Geosat land surfers follow one another, evolving in step with the demands of the public demand. AvMap invests in research and development in the integration of GPS in cars with customized solutions that are welcomed by car manufacturers such as Peugeot, Citroen, Toyota. The only reality able to control within itself the entire production process, from software design to hardware implementation, AvMap is also an ideal partner for companies that require customized solutions.

Geko Navsat, established in 2011, specializes in developing localization and navigation solutions that leverage Global Navigation Satellite System (GNSS) technologies. The company aims to enhance the safety and experience of individuals navigating complex environments. Its product offerings include personal navigation tools utilizing sensory guidance, advanced sensors for localization and movement, and wireless devices for collaborative navigation. In addition to these technological products, Geko Navsat provides strategic and technological support to businesses and professionals encountering challenges related to navigation and localization. The company's extensive network of partners and collaborators further strengthens its capability to tackle various technological issues in this field.

The navigational decision support system NAVDEC is the first navigational tool worldwide that performs information functions as well as those typical of decision support systems. Its innovative functionalities, significantly extending the performance of devices generally carried by ships, have now a status of patent applications filed at home and internationally. The NAVDEC complements the navigational equipment of the ship. It is a real time system handled by the navigator. The system observes its ship and the environment and records information on the present navigational situation. On this basis the system identifies and assesses the navigational situation (processing) and works out solutions (decisions) assuring safe navigation. For the system to function correctly it has to co-operate with standard equipment and systems installed on board (often used on leisure craft as well) such as: log, gyrocompas, ARPA (Automatic Radar Plotting Aids), GNSS (Global Navigational Satellite System), AIS (Automatic Identification System), ENC (Electronic Navigational Chart), sources of current navigational data. Similarly to the ECDIS system (Electronic Chart Display and Information System) the NAVDEC performs information functions – on one screen it presents bathymetric data from an electronic chart, an image of surface situation from a tracking radar, positional information from the AIS and GNSS receivers. Finally, it determines and presents to the navigator movement parameters of targets in vicinity.

Founded in 1994, Hidronav Technologies was born as an official distributor of SIMRAD AS (Kongsberg Group). Since then, the company has increased its range of services and capabilities to provide a complete rage of products and services for its customers. The company sells, installs and gives technical service to Industrial Fishing, Cargo, and Scientific ships. Hidronav is defined by its high technological capabilities, which lead to the opening of our Research and Development Department in 2004. Its high technological capabilities have opened a new range of areas of work and applications. Currently, the research department has become an independent branch centered on highly advanced technologies: Cosmic Ray Industrial Applications and High-energy physics technologies among others.

Global Maritime Services provides risk and cost reduction services for the high-value maritime and offshore domains. Its main focus is to develop services that improve safety and efficiency for navigation and offshore operations across the global maritime industry. GMS aims to develop products and services with significant added value to the shipping and offshore industries. Therefore, its research and development team has many years of operational shipping experience and a thorough understanding of the high-value maritime market domain.

Telocate GmbH, based in Freiburg im Breisgau, specializes in localization solutions that utilize inertial measurement technology for motion analysis. Founded by Dr. Fabian Höflinger and Dr. Johannes Wendeberg, the company emerged from the technical faculty of the Albert-Ludwigs-Universität Freiburg and was supported by the BMWi Exist Founder Scholarship. Telocate develops an ultrasonic tracking and process optimization platform aimed at enhancing order-picking efficiency and streamlining scheduling. Its technology includes a compact inertial measurement system for portable applications, enabling infrastructure-less tracking of pedestrian movement both indoors and outdoors. Additionally, the company offers a smartphone localization system that serves as a GPS alternative within buildings, along with ultrasonic transmitters for self-calibrating localization. These innovations allow clients to continuously monitor and automate processes, ultimately leading to cost reductions.