All Data, Applications & Digital Services

11tensors develops generative AI and machine learning technology for space and EO applications. We develop AI agents that incorporate small and large language models SLMs, LLMs which we train and tune for reasoning planning and interfacing with external tools to solve realworld problems. Our agents can extract information from scientific publications already used on ESA space missions, discover and connect datasets used by mission scientists to ESAs central archive, connect to EO data feeds and APIs and answer questions e.g. about the evolution of forest fires. We use deep learning technology to automate GNCAOCS procedures such as small satellite attitude control anomaly detection and providing actionable information for orbit optimisation. Our core business lies in the growing demand for AI models that can use and interact with space and earth observation data and downstream applications.

AgroApps is a Greek technology company specialising in digital agriculture, Earth Observation and data-driven decision-support solutions for the agricultural sector. Founded in Thessaloniki in 2015, the company combines agronomy, remote sensing, numerical weather prediction, machine learning and ICT to develop services for farmers, agricultural consultants, agrifood companies, insurers and public-sector organisations. Its technology platform integrates satellite imagery, meteorological data, IoT inputs and crop models to support applications such as crop monitoring, irrigation and water management, climate intelligence, agricultural risk assessment and insurance. Through its in-house Remote Sensing Imagery Hub and advanced analytics capabilities, AgroApps is an active downstream player in the Greek space ecosystem, translating Earth Observation data into practical services for agriculture and environmental management.

AlongWave is the commercial brand of AlongRoute Data IKE, a Greek deep-tech company providing global marine-weather and ocean-condition intelligence for maritime applications. The company delivers forecasts, historical reconstructions and tailored intelligence on waves, winds and ocean currents through APIs, SFTP, standard data formats, interactive maps, visual products and specialised analyses. Its solutions are designed to integrate directly into existing maritime software and operational workflows, supporting voyage optimisation, fleet performance, marine risk, offshore operations, post-voyage analysis and other weather-dependent activities.

AlongWave develops its own multi-source marine intelligence and modelling stack, combining Earth Observation and satellite-derived data, in-situ ocean observations, oceanographic and geospatial expertise, ocean-state reconstruction, physics-aware AI, forecasting, validation and calibration. This enables the company to build a richer representation of marine conditions before translating it into operationally useful intelligence.

Earth Observation is a key component of this capability, helping strengthen the reconstruction, analysis and validation of ocean conditions, particularly where direct marine measurements are sparse. AlongWave translates space-derived environmental information into downstream marine-weather intelligence for real-world maritime use cases.

Its business model is primarily B2B, positioning AlongWave as a marine-weather intelligence layer beneath existing routing, optimisation, fleet-management and decision-support systems. Target users include voyage-optimisation and weather-routing platforms, fleet-performance and maritime-software providers, shipping and marine-risk applications, as well as offshore energy, ports, marine infrastructure, insurance and other weather-sensitive sectors. The company’s end-to-end approach allows customers to source the marine-weather intelligence, modelling, processing and delivery layer directly from AlongWave rather than assembling a fragmented multi-vendor solution.

AUTONOMA is a technology-oriented company focusing on research and development of methods and systems that aim on enhancing the autonomy of current and future unmanned systems. The company is staffed by research engineers and university professors capable of developing innovative autonomy solutions utilizing state-of-the-art technology and research. AUTONOMA develops cutting-edge software solutions for AI-based autonomous decision-making, planning and perception for unmanned systems. Those solutions aim to increase the autonomy and capabilities of unmanned systems and, therefore, in-crease the system’s performance while reducing the required human effort for the system’s operation. AUTONOMA was founded with the aim to develop and commercialize innovative and high-end technology solutions for unmanned vehicles, by leveraging on the strong technological backgrounds of its team. Those products shall contribute to the innovation growth of multiple innovative and disruptive domains, like swarming, autonomous operations, and decision making.

AviSense develops AI and augmented reality tools that help people detect hidden hazards, anticipate risks and make safer decisions. We combine information from cameras, sensors and satellites into a clear, shared view, with timely alerts and visual guidance for operators and field teams.

Our mission is to make complex environments—such as cities, airports and industrial sites—safer and easier to manage. Our vision is a future where teams have the information they need to prevent incidents before they happen.

A spin-off of the University of Patras and Athena Research Center, AviSense combines strong research foundations with hands-on experience in AI, computer vision, sensor fusion and augmented reality. Through Horizon Europe projects, the ESA BIC Greece programme and real-world demonstrations, we translate advanced technology into practical tools that address operational needs.

The BEYOND Centre of Earth Observation Research and Satellite Remote Sensing of the National Observatory of Athens (IAASARS/NOA) is a leading Greek centre for Earth Observation research and operational services. It develops and operates satellite-based applications for natural-disaster monitoring and management, wildfires, floods, geohazards, agriculture, biodiversity, solar energy, health and climate-related risks, while also providing access to Copernicus satellite data and supporting civil-protection and decision-making activities. BEYOND’s mission is to transform space-based information into authoritative, operational services, strengthening Greece’s role in Earth Observation, remote sensing and space-enabled environmental intelligence.

With cutting-edge AI and geospatial innovation, Caius brings local destinations to life by helping communities showcase their landscapes, culture, and trails.
We turn hidden rural paths into connected digital experiences for everyone to discover and explore!

CDXi Solutions P.C. is an impact-driven business intelligence company that offers spatial and multi-modal AI analytics to support the twin transition of public and private organizations. CDXi Solutions is a spin-off company of the Information Technologies Institute (ITI), part of the Centre for Research and Technology Hellas (CERTH). The company leverages AI and EO to create impactful sustainable solutions that uncover business insights in the domains of:
Water quality: In EU, more than 1.5 million water samples are analysed manually each year, with more than 150,000 being found with high concentrations of organic matter, which may lead to a more severe contamination event. CDXi provides a solution that combines deep tech with satellite data to provide in-sights on the quality of inland water resources.
Aluminium inspection (technology transfer from the space domain): Dross is a byproduct that forms on the surface of molten aluminium and can lead to significant material loss, increased waste, and opera-tional inefficiencies. Currently, dross detection and removal largely depend on manual inspection and ex-perience, which introduces inconsistency and delays. CDXi provides a solution that uses computer vision algorithms to provide insights on the state and condition of the aluminium delacquering process.
Civil protection: Exposure of citizens to potential disasters has led to vulnerable societies that require risk reduction technologies and solutions for monitoring crisis events. CDXi provides a solution that utilizes social media streams to reveal the “hidden” insights that may derive from them in crisis events.

Cloud Signals has developed a product bundle offering the transport network that connects the core net-work and the RAN (Radio Access Network) of the mobile network, services making use of the 5G stand-ards, and addressing 5G vertical markets (ubiquitous coverage, disaster relief, public safety require-ments, emergency response, remote sensor connectivity, broadcast service, etc.) as well as corresponding use cases. To support the broadest range of use cases, 5G needs to integrate within a comprehensive sys-tem of all available communication technologies, exploiting their strengths and values. Satellite networks are among the most mature communication technologies, having specific advantages in geographically distributed and dynamic networks. They provide highly efficient, effective, and expedient network deploy-ments, leveraging their intrinsic advantages in broadcasting capabilities, global coverage, reduced reliance on terrestrial infrastructure, and high security. Satellite networks are nowadays considered as part of the 5G use case deployments. Many use cases can be better and more rapidly served using an integrated 5G satellite-terrestrial network rather than relying on terrestrial-only solutions. These include providing com-munication services to remote areas and to rural and dense urban environments, like on-premises local networks, content distribution, content acquisition, highly distributed IoT networks, and private mobile and nomadic network deployments. Cloud Signals was founded by executives in the space and telecom industries and leverages the founders’ 20+ years of experience and resources to address innovative solu-tions and opportunities in satellite operations, telecommunication payloads, ESA, and EC projects, as well as the telecommunications markets in 4 continents.

Consortis Geospatial, based in Thessaloniki, Greece, was founded in 2013. Up to date, it has undertaken various projects in a wide and complex variety of geoinformation applications and services related to remote sensing, photogrammetry, cartography, geodesy, and Geographic Information Systems (GIS), in-creasing its capabilities and resulting in the creation of a strong and flexible process that provides high-quality products to meet any kind of technical and aesthetic specifications. Location plays a critical role in the decision-making process. We make the most of it by providing advanced services, including software development, geospatial analysis, and modern mapping methods.

The remote sensing group of the Department of Geography of Harokopio University of Athens (HUA) is named HUA Earth Observation Team and is not established as an official laboratory. The HUA Earth Observation Team is composed of geologists, geographers, and engineers. The main objective of research interest constitutes the use of space Earth Observation systems (more, specifically, SAR interferometry and very high spatial resolution remote sensing data for natural risks and disaster assessment, mitigation, and monitoring). The corresponding laboratory of geoinformatics is equipped with multiple high-performance workstations for extensive processing requirements.

The Section of Environmental Physics and Meteorology of the National and Kapodistrian University of Athens (NKUA) is dynamically involved in the sector of space, as far as EO is concerned. It runs state of the art research in EO and has completed several projects based on the use of EO methodologies and data in sectors such as: urban environment, climate change, air and marine pollution, extreme weather events, nature management. Recently it has expanded its activities through the exploitation of EO data for climate change adaptation and mitigation plans, the integration of nature-based solutions in the urban environment and the development of smart tools for cities. In view of accomplishing its goals, the Section uses EO data from passive and active satellite sensors of varying spectral, spatial, and temporal resolutions depending on the application area. Its staff have the needed skills, tools and experience to handle all the different scientific and technical aspects of EO-related development projects. The Section collaborates on a constant basis with the European Environment Agency and has been an active member since 2005 of the ESA – China Dragon program. Furthermore, it is member of the ESA Copernicus Relay and Copernicus Academy networks.

The Laboratory of Forest Management and Remote Sensing (FMRS) of the Aristotle University of Thessaloniki (AUTh) carries out research and educational activities in the fields of Forest Management and Remote Sensing. FMRS specialises in geospatial and EO applications in the broader fields of environmental monitoring and management of natural ecosystems, with particular emphasis on forestry and agroforestry. One of the main objectives of FMRS is the development of advanced methodologies and pre-operational/operational processing chains. FMRS R&D activities include the development of innovative methodologies and specialised EO Data analysis algorithms for forest fuel type mapping, automated burnt area mapping, biomass estimation, and vegetation, and biodiversity mapping. The unit has been participating in a large number of research projects funded by both the EU and the Greek state. The FMRS, in collaboration with the Hellenic Forest Service, has established two National Observatories that offer advanced services and products in the fields of forest and forest fire management. The FMRS has undertaken, as the prime contractor, the implementation of the Forest Monitoring Service which is part of the Greek National Satellite Space Project.

The Department of Geology of the University of Patras conducts education and research across Earth materials, general and marine geology, geodynamics, applied geology and geophysics. Its laboratories cover areas including geological mapping and photogeology, GIS and remote sensing, geophysics, seismology, hydrogeology, engineering geology, marine geology and physical oceanography. Within the space ecosystem, the Department is particularly relevant through its use of Earth Observation, satellite imagery, GIS, remote sensing and geodesy for geological mapping, terrain and geomorphological analysis, geohazard monitoring, tectonic and crustal-deformation studies, environmental assessment and natural-resource management.

Geomatics SA is a dynamically growing company involved in consulting, research, and applications devel-opment that offers a wide spectrum of services covering the fields of spatial data collection, processing, and management while emphasising specifically on raw data collection by means of airborne systems (aerial photography, LIDAR, multispectral sensors), data processing, and the production of cartographic backgrounds in both vector and raster formats, digital cartography, and geoinformatics applications. More specifically, Geomatics SA is highly active in the fields of: aerial photography with the use of modern digi-tal systems; digital processing and management of aerial photographs; Digital Elevation Models (DEMs) and orthophoto maps production; utilising both aerial photographs and satellite imagery; data collection and processing using laser sensors; cartographic background production; and digital cartography. Addi-tionally, the company is active in the fields of Geographic Information Systems applications and spatial data development, satellite data processing and analysis, as well as remote sensing applications utilising data originating from both satellite and airborne sensors. The company is vertically structured/organised and possesses state-of-the-art equipment and, most importantly, scientific and technical staff of the high-est level, elements that provide the company with the ability to undertake and carry out large and com-plex mapping projects as well as geoinformatics and remote sensing applications. Geomatics SA has in-vested and continues to invest extensively in new technologies and emphasises particularly the constant and uninterrupted improvement of the level of expertise of its staff, thus acquiring a dominant position in all areas of spatial data collection, processing, and management.

GEONOVA advances geospatial intelligence by leveraging Generative AI to transform raw Earth Observation data into enriched, high-value datasets that are immediately usable for operational decision-making. Although satellite imagery is widely available through programs such as Copernicus, organizations often lack the infrastructure, expertise and time required to convert this data into actionable insights. GEONOVA addresses this gap by developing foundation models that encode multispectral and hyperspectral imagery into structured geospatial embeddings. These embeddings act as a compact numerical language of the Earth’s surface, capturing spectral, spatial and temporal information in a format that significantly reduces complexity for downstream applications.

Geospatial Enabling Technologies (GET) is a trailblazing SME dedicated to the mission of “Making Loca-tion Matter”. GET has solidified its position as a leader in GeoInformatics, offering innovative Geo-IT solu-tions that leverage Free and Open-Source Software (FOSS) to drive societal progress, knowledge ex-change, and sustainable growth. GET has implemented over 560 projects across public and private sectors in Greece and internationally. These projects span diverse domains, including GeoICT, Open Data, GeoBI, Environment, and EO. GET stands as the first Geo-Informatics company in Greece to develop profession-al solutions based on FOSS, such as the GET SDI Portal, a web framework enabling the development of advanced Spatial Data Infrastructures. Utilising contemporary business models like Infrastructure as a Ser-vice, Software as a Service, and Data as a Service, GET maximises the value of geospatial information. In-novating at the intersection of technology and Earth sciences, GET offers state-of-the-art solutions for digital twin data collection and management. The company also leads the way in utilising European infra-structures like the Sentinel satellite network and the Copernicus Data Repository. GET provides award-winning Sentinel Hub services offering seamless access to EO data as SaaS or PaaS.

Geosystems Hellas S.A. (GSH) is a Greek SME based in Athens, specializing in geospatial software, remote sensing, Earth Observation, data analysis, and AI. The company provides advanced solutions for safety, security, critical infrastructure, the built environment, and climate change.With over 40 employees and offices in Athens and Crete, GSH is an Authorized Diamond Reseller and consultant of Hexagon Safety, Infrastructure & Geospatial and Hexagon Airborne in Greece and Cyprus. The company also holds ISO 9001:2015, ISO 27001:2023, ISO 22301:2019,ISO 14001:2015, and ISO 37001:2016 certifications, as well as National, EU, and NATO security clearance, including a Facility Electronic Security Certificate classified as NATIONAL SECRET, NATO SECRET, and EU SECRET.

The Hellenic Centre for Marine Research (HCMR) is Greece’s leading public research organisation for marine and aquatic sciences, conducting multidisciplinary research across oceanography, marine biology, fisheries, aquaculture, biodiversity and environmental monitoring. Within the space ecosystem, HCMR is an important user and provider of Earth Observation–enabled services, combining satellite data with in-situ measurements, numerical modelling and marine information systems to monitor the Mediterranean and Greek seas. Its activities support applications such as ocean-state forecasting, coastal and marine environmental assessment, climate-change monitoring, ecosystem management, maritime safety and sustainable use of marine resources, making HCMR a key interface between space-based observations and operational marine science in Greece.

The Hellenic Survey of Geology and Mineral Exploration (HSGME / EAGME) is Greece’s national geological authority and a Legal Entity of Public Law supervised by the Ministry of Environment and Energy. It conducts geological, geophysical, hydrogeological, geothermal, mineral-resource, geotechnical and environmental research, maintains national geoscientific data and maps, monitors geological hazards, and provides scientific and technical advice to public and private organisations. Within the space ecosystem, EAGME is particularly relevant through the use of Earth Observation, satellite imagery, geospatial data and remote-sensing techniques for geological mapping, mineral exploration, groundwater assessment, geohazard monitoring, environmental protection and natural-resource management.