Meet our winners
Safety & Security
Today most believe the credo: the more data the better. The question is how to extract intelligence from vast data series and how to translate this into value. This is where Survey Intelligence comes in: we help our clients in the energy sector to visualise, identify and understand their data by developing software and services to analyse time-series.
At Survey Intelligence we assist the energy sector with the transition to renewable energy. First, we help the industry to reduce its impact on the environment by increasing its efficiency and the quality of its decisions. Second, we facilitate the knowledge transfer from fossil energy production to renewable energy production by integrating subsurface and earth observation information for H2 or CO2 storage, geothermal activity and water resources management.
Survey Intelligence uses advanced geo-statistical methods for the interpretation of remote sensing data. Our mission is to make EO data indispensable for reservoir production and monitoring. Copernicus data is an essential part of our services for monitoring reservoir integrity, because it allows our clients to supervise large areas efficiently and prevent safety issues. The Copernicus Incubator will help us to further develop and integrate EO data into our services.
Vypno provides deep learning solutions for asset tracking and object detection tasks, with a focus of using synthetic data. They have developed Deep Data Engine, which is an innovative product that generates high-quality training data efficiently for deep learning tasks, with precise labeling. Vypno uses Copernicus satellite imagery data to extend Deep Data Engine so that it simulates and synthesizes realistically-rendered satellite and drone images.
The Copernicus Incubation Programme will help Vypno to extend their product and support more use cases required by customers. Through Copernicus network, Vypno also wants to reach to more global customers and partners.
OPT/NET BV is a Dutch startup that has developed TSAR AI, which helps emergency and disaster response teams to work quicker, smarter, and more effectively through on-the-fly analysis of geospatial Earth Observation Data provided by satellites. The TSAR AI solution works with Sentinel 1 data, complemented with high resolution data from TerraSAR, TanDEM and PAZ. When cloud cover permits, they plan to make use of Sentinel 2 multispectral MSI products as well.
The funding of this programme will help them achieve product-market fit. So far, they have been able to gain early traction with emergency response teams, as well as earning the support of large industry players. They will use the Copernicus funding to ramp up their marketing & sales efforts, attending industry events where they can disseminate information about TSAR AI platform and interact with potential customers and partners, as well as distribute promotional materials and explore new use cases.
CyStellar is a geospatial intelligence company on a mission to deliver real-time insights for the insurance sector to support data-driven strategic and operative decision making. CyStellar remotely detects risks, classifies objects from the risk point of view, and consistently monitors risks, even the most infinitesimal changes over time. With the Copernicus Incubation Programme, CyStellar will further consolidate and improve its geospatial risk assessment capabilities.
The Copernicus Incubation will give CyStellar the opportunity to deploy a specialized line of natural catastrophe insurance solution, extend its customer base in the insurance sector, and work towards its go-to-market strategy to become a specialized insurance Managing General Agent. CyStellar will be incubated by Startupbootcamp InsurTech London.
Water is the source of life, but water is also unpredictable. Due to climate change, water resources are becoming discontinuous, creating hazardous situations. Based on mathematical modeling Italian start-up MobyGIS has developed a new technology that predicts snow presence and the availability of water resources at large scale. It processes different sources of data, ranging from ground sensors, satellite data and weather forecast. MobyGIS’ results can be applied in many sectors. In tourism for instance, MobyGIS has developed the application ‘Mysnowmaps’, which allows off-piste snow explorers to plan their detailed excursion. In civil protection, MobyGIS provides a service of high resolution snow monitoring to improve avalanche prevention. In hydro-power, MobyGIS predicts water inflow in production plants to improve energy trading.
MobyGIS applied to Copernicus Incubation to use Copernicus satellite data to improve the accuracy of their technology and to scale the system worldwide. They want to integrate Copernicus satellite data into their modeling scheme and eventually test the procedure to EU mountain chains, like the Pyrenees or the Carpathians, which would be the prelude to scale the system worldwide. MobyGIS will be incubated by Trentino Sviluppo.
Irish start-up DroneSAR wants to provide all drone users with up to date satellite imagery from the Copernicus Emergency Management Service. DroneSAR has developed a software that enables commercially available drones with rescue specific functions. It allows fully autonomous flight patterns, shares locations, allows live stream to any internet browser and very soon DroneSAR will be able to automatically detect persons.
With the Copernicus Incubation Programme, DroneSAR wants to engage with experts in the relevant areas and allow them to integrate up to date drone images and video as layers on top of post-disaster satellite imagery. Through events, conferences and webinars DroneSAR wants to learn and make their vision a reality. ESA BIC Ireland will incubate DroneSAR.
German LiveEO is helping infrastructure companies to monitor their infrastructure networks in the domains of oil & gas, electricity and railways. With the data of earth observation satellites, LiveEO analyses the situation alongside the grids of these infrastructure networks, based on completely automated methods in the cloud.
LiveEO has been supported by the Copernicus Programme since the beginning. They have won the Copernicus Masters, they’re part of the Copernicus Acceleration Programme and they are using the data of Copernicus as the core of their analytics. The Copernicus Incubation Programme is enabling them to accelerate their development progress, improve their technology and bring their solutions to the market. LiveEO will get the support of the Technical University Berlin.
Unisphere is a German start-up, closing the gap between traditional aviation and space, focusing on high altitude pseudo satellites. It develops mission simulation software to operate high altitude pseudo satellites (HAPS). They are made of very light-weight structures, operate at altitudes of up to 20km for several months at a time and travel with the speed of a bicycle. With Unisphere’s integrated simulation software, they use nature as a friend, not as an enemy. Unisphere includes the HAPS performance, payload characteristics, weather forecasts, air traffic control, airspace structures and many more inputs into one software. Copernicus satellite data will provide Unisphere with additional information to improve their mission simulation software free of charge.
Near real-time pictures from space, as well as the Copernicus early warning component, are added value to HAPS flight planning. Easy access to the data through the Open Telekom Cloud was another reason for Unisphere to apply for Copernicus Incubation. While implementing near real-time satellite imagery and the early warning component into their mission planning software, Unisphere hopes to discover even more elements of Copernicus. ESA BIC Bavaria will incubate Unisphere.
Geomatic Ventures Limited is a British start-up operating in environmental safety and security. They possess a system that can identify and monitor very precise surface ground movements as an early warning system for industries like infrastructure management, natural environment, rail & road, mineral extraction and energy extraction and storage.
Geomatic Ventures wants to establish itself as a supplier of land-deformation data to the European rail industry. Copernicus Incubation Programme will support their market and business development. Geomatic Ventures wants to reach out to the European rail industry through the provision of funding to cover the traveling to meetings, the creation of marketing materials, the equipment for data processing and the support for producing legal agreements, accountant reports and contracts. GVL gets the support of the University of Nottingham.
GMATICS applies the newest deep learning architectures and remote sensing techniques to automatically process massive amounts of Earth Observation satellites data and generate timely alerts and rich data visualization for large infrastructure operators. The NetMoA (Network Monitoring and Alert) service is conceived to be fully integrated within customers’ operational workflow to support their field workforce in managing planned maintenance and emergency situations.
Copernicus will be a key enabler of NetMoA and of its upscaling at world-wide level through high frequency free data, contributing mission data and “pay per use” DIAS services. The Copernicus Incubation Programme will speed up GMATICS activities for the integration and validation of the new service workflow as well as for marketing the service in Italy and in Europe. GMATICS is an Italian start-up incubated at ESA BIC Lazio, hosted by LAZIO INNOVA.
KERMAP provides environmental insights to cities and support their ecological transition. Based on earth observation data, KERMAP develops monitoring, modelling and forecasting products on key indexes such as urban sprawl, biodiversity, urban climate and carbon storage. KERMAP is a spin-off of an academic laboratory and mainly uses technology transfer on machine learning and geography. It benefits from incubation support of IMT Atlantique and IGN, the French Institute of Geographic and Forest Information. KERMAP started to collaborate with Copernicus since 2016: KERMAP was selected in the 2016 Copernicus Masters and followed the Accelerator Program in 2017.
The Copernicus Incubation program will boost the industrialization of several proofs of concepts relying on Copernicus products. Sentinel constellations and Copernicus Land and Atmosphere products deliver global, homogeneous and continuous data and are suitable to deploy its solutions on an international scale and structuring its commercial offer.
Sensar develops an enterprise platform for monitoring millimeter-level deformations in civil infrastructures from satellites. Sensar’s platform allows civil engineering professionals to harness the power of Earth Observation to manage risks related to ground subsidence or structural weakness. The platform provides easy access to high quality data products based on complex satellite radar data – bringing these “InSAR” capabilities to the masses. Using the platform, enterprises can develop their own service offerings or business applications that leverage the operational use of satellite monitoring.
Copernicus is an important enabler for Sensar. The consistent and global availability of both Sentinel-1 radar data and ERA5 weather data has created a huge opportunity to provide the infrastructure monitoring “platform-as-a-service” to civil engineers across the globe. With the help of the Copernicus Incubation Programme, Sensar will further develop the technical capabilities and user experience of the platform as well as expand the marketing and sales team. Sensar is part of ESA BIC Noordwijk.
DANTE TECHNOLOGIES is a startup located in Barcelona (Spain) which develops an effective and competitive solution for the early detection and emergency management of wildfires.
Climate change and human practices have meant wildfires a problem that is becoming increasingly violent, having a devastating impact on economy and environment. Fire management is a high volume global market, but current detection systems are either too slow or unaffordable to be deployed in extensive areas. DANTE is an early warning system which features advanced methods to report and manage operations to help rapidly extinguish a fire and goes further by providing all critical information required for an effective extinction operation.
The efficient use of in-situ and Copernicus datasets led DANTE’s team to be the winner of the Copernicus Masters Disaster Management Challenge (November 2017), among other recognitions such as ESNC 2017 Catalonia. The Copernicus Incubation programme and the support from ACCIO, Catalonia Trade & Invest are an excellent opportunity to accelerate the route to market, boosting the potential of DANTE using Copernicus data.
Orbital EOS is a Spanish company providing solutions based on satellite observation and artificial intelligence, originally created as a spin-off of the Spanish Coast Guard. Their recently launched digital platform ISMO, provides marine pollution geo-intelligence to the Offshore/Maritime Industry, addressing the prevention, monitoring and response to marine pollution events. Based on satellite surveillance, artificial intelligence and numerical modelling, ISMO optimizes situational awareness and decision making, guaranteeing a cost-efficient environmental performance to key players in the maritime domain. The Copernicus Incubation Programme and the democratization of space data enables a disruptive approach in the management of marine pollution events, fostering a proactive monitoring of offshore assets and maritime fleet with unprecedented coverage, redundancy and cost-efficiency.
The support of Copernicus Incubation will strengthen our scaling capabilities and enable a fast product market fit, demonstrating the value of EO data in disruptive innovation for a better planet.
Hurricane Unwinder forecasts tropical cyclones using computer vision on satellite images and measures them using an IoT device that floats around with the winds. The Copernicus Incubation Programme allows for R&D and prototyping of advanced products utilizing the full resolution of Sentinel-2 and Sentinel-3 images.
Flycom Technologies is the industry‘s leading provider of airborne preventive and predictive maintenance services, data processing and data management solutions. Additionally, we provide our internally developed proprietary geographic information system GMS-GIS to customers from different industry sectors. Among others, our GMS-GIS is used by clients from the (re)insurance sector.
With the support provided by the Copernicus Incubation Programme, Flycom Technologies will develop a Natural Hazard Module which can be used as an extension to GMS-GIS or as a standalone application customized for the (re)insurance industry. Natural Hazards Module will bring together Earth Observation data (Sentinel 1 and Sentinel 2), UAV imagery, weather data and client data in one location intelligence platform, with the key purpose of detecting different types of natural hazards (i.e. flood, droughts, wildfires, heavy rain). Users of Natural Hazards Module will exploit the rich potential of Copernicus data through different use-cases, such as risk reports for underwriting prior events or claims management after the event. The key feature of the proposed solution is quick response time since as soon geospatial data becomes available it is instantly imported and analysed, saving time and money for the client. Besides the development of a new Module, the support provided by the Copernicus Incubation Programme will enable Flycom Technologies to finalize its go-to-market approach and expand its customer base in the (re)insurance industry.
With the flick of a switch, any ship can opt out of legacy ship tracking systems, such as the AIS. This means that it is possible to hide or conceal nefarious activities performed in the world’s oceans – which covers more than 70% of the earth surface. To provide deeper insights into maritime activity, Vake is using machine learning in satellite imagery to obtain the truth about any activity happening there.
Being based in Norway, Vake will leverage the deep insights on maritime activity that has been built over centuries and combine it with the latest developments within Big Data and Machine Learning to detect and present deep insights for any vessel. By building a database of spectral fingerprints over time, it will be possible to provide added levels of detail on what is happening.
With the Copernicus Incubation program, the team will be able to specialise the Vake algorithm to detect and classify large vessels in Sentinel-2 imagery and in determining the value of delivering information on these vessel movements to ship owners, charterers, freight traders, and oil and gas market traders.