ESA BIC Denmark accepts promising startups twice a year. Learn more about our current incubates and successful alumni companies on this page.

Supported startups

Robotto designs problem-based autonomous systems for end-user needs with computer vision, AI, and drones at the core of their technology. With AWRA, their Autonomous Wildfire Recognition and Analytics platform, Robotto can save up to 70% of person-hours spent in wildfire operations and 60% of the ha. that otherwise would have been destroyed. Saving Lives – Saving Nature.

Qase Tech  provides user-friendly instructional kits or cases with a hands-on learning method that includes simple instructions and specially designed educational material to ensure that the experiments fit the class’s physics or science curriculum.

With a hands-on learning approach and simple to follow guides, QASE Tech offers intuitive instructional kits or cases where experiments are ensured to follow the physics or science curriculum by the specially designed educational material.

The SEARCHMASTER Intelligent and Lifesaving Searchlight was created in 2018 and has since become a state-of-the-art product due to its unique features. The intelligent and life-saving searchlight SEARCHMASTER is created and produced at the facilities in Esbjerg. It is intended to boost safety onboard and free up personnel for job activities at sea, such as search and rescue (SAR), pilot transfers, fishing, or offshore support

At Tordenskjold, they enhance maritime domain awareness with AI-powered software that detects and monitors “dark ships” (vessels without active cooperative tracking devices) using satellite data, such as radar imaging, optical imaging, and radio signals.

Their innovative solutions help understand vessel activities, identify potential threats, and improve security for governments, maritime companies, and environmental organizations. Their software easily integrates into existing systems, providing flexible and scalable solutions. Dedicated to continuous innovation, Tordenskjold ApS leads in maritime situational awareness, offering the most advanced security solutions available

ATLANT 3D is a Danish deep-tech startup developing a unique atomic layer advanced manufacturing technology for on-demand electronic materials development and microdevice manufacturing. ATLANT 3D will develop a space-certified Nanofabricator 0G with the goal of going to the International Space Station (ISS) in future missions. The machine will have the full capabilities of the Nanofabricator Lite system, allowing further testing and development of on-demand electronic materials and micro and nanodevice prototyping. This will further enable researchers and innovators with rapid materials and device development in Space.

Yuman Robots specializes in crafting healthcare-centric autonomous mobile robots designed to support nurses effectively. These innovative robots by Yuman are strategically engineered to alleviate the workload of nurses and healthcare staff by efficiently handling tasks involving the movement of equipment and items within hospital premises. Currently, Yuman Robots are actively aiding nurses within the neurological department at both Bispebjerg Hospital and Capio Private Hospital. Leveraging advanced GNSS technology, these robots seamlessly navigate to facilitate equipment transportation across diverse hospital buildings, nursing homes, and various healthcare facilities.

By integrating data from satellites, drones, and ground sensors into a user-friendly interface, PEATZ provide actionable insights into the current condition of peatlands, their emission levels, and the benefits and impacts of restoration efforts. PEATZ’s analysis services offer essential information to effectively focus restoration efforts and make the best use of limited resources. Their dedicated team, from Denmark, Germany, and the USA, brings together knowledge in environmental science, business, and earth observation technology.

North Propulsion was established in 2023 with the purpose of developing miniature chemical micro propulsion systems for the emerging microsatellite market. Their value proposition is that they significantly reduce payload downtime during manoeuvers and lower deorbiting times, increasing both satellite revenue and reducing insurance costs.

Their system has a high enough impulse density to last for the whole lifespan of the satellite. Additionally, unlike other small chemical propulsion systems, their system maintains a continuous, high performance until it is fully depleted.

Pilar have created a new technique for installing screw pile foundations for buildings more quickly and affordably. Pilar will work on implementing satellite telecommunication systems in order to provide a more dependable internet connection for the cloud-based software and measuring device used when installing screw piles at construction sites.

GLAZE Technologies has developed the most advanced solution for non-destructive testing with its groundbreaking use of terahertz lightwaves. This technology can penetrate almost any material, revealing critical data about defects, voids, delaminations, electrical conductivity, moisture levels and more.
Originally developed at DTU, this advanced system is especially suited for inspecting lightweight materials crucial to the space industry, such as glass fibre, carbon fibre, and thermoplastics. By identifying structural defects and ensuring the highest quality, GLAZE’s solutions are indispensable for manufacturers and end-users in the space industry.

The team comprises five physicists and engineers from DTU who embodies a blend of expertise in optics, electronics, mechanics, software, and algorithm development. 

Akson Robotics is a startup founded by three Aalborg University robot engineers who specialize in AI for detection and mapping. They are the developers of the CropUp platform, which is a digital solution for farmers, agricultural consultants, and drone pilots that utilize AI and imagery from drones. CropUp stitches the photos together into a comprehensive map before CropUp’s AI (Deep Learning) detects weeds, crops, and soil down to thumb-sized scale and, in many cases, at species level.

DanaDynamics is a maritime robot company based in Svendborg. They develop autonomous solutions for the maritime sector, focusing on unmanned autonomous surface vessel drones. With 10 employees, their goal is to increase safety at sea, automate processes, and advance maritime technology knowledge within the EU. They collect data and offer surveying and monitoring services.

Current drone solutions utilize GNSS for navigation and provide geo-reference data. RTK enhances survey accuracy in coastal areas. Their future plans involve developing a communication platform integrating SatCom, Vsat, and VDES technologies for remote connectivity in areas with limited or no terrestrial connectivity.

INNOPILOT is creating an innovative UAV system to monitor vital infrastructure over long distances. The anticipated outcome is a substantial reduction in emissions, up to 95%, when compared to current methods employed today.

This solution combines precise global navigation satellite system (GNSS) technology, advanced battery technology, and efficient UAV systems to establish an effective data collection method, enhancing maintenance schedules and routine surveillance.

Be MarS is dedicated to resolving the issues with power supplies in every satellite. Their cutting-edge BMS offer greater functionality and better solutions for commercial satellites by concentrating on both hardware and software.

To ensure safe, efficient, and dependable satellite battery operations, they offer a wide range of services, such as cloud-based support, specialized function design, energy optimization, and life extension strategies.

PerPlant was created to make precision agriculture more accessible to farmers. Developed at KTH University in Sweden, its technology leverages the latest edge processing and sensor technology advancements. Incorporating GNSS and Earth Observation technologies enhances PerPlant’s precision farming solutions. With a background in agriculture, the team have personally experienced the need for more efficient use of agricultural inputs than currently practised, as well as the challenge of balancing limited resources with the need to increase crop yields. This challenge created an incentive to find an easy way to gain a more detailed insight into the specific needs of crops and tools to act on these insights when the time was right. Most importantly, it had to be easy – because with a busy day in the field and changing weather conditions, timing is critical – therefore, control must lie with the farmer – not the technology.

Vixos designs, manufactures, and sells high-end flight termination systems for drones. The system increases safety of drone operations by allowing the operator to stop a flyaway drone by the push of a button. Using satellite, communication the system is completely independent from the drone autopilot, which provides high reliability and unlimited range.

Vixos´ product leverages two critical space technologies: GNSS and satellite communication. Their product consists of “Buzzard” onboard the aircraft and “Falcon” on the ground with the aircraft operator.

Satellite communication ensures a reliable link between the onboard Buzzard and the ground-based Falcon, overcoming challenges such as antenna tracking, legal frequency variations, and loss of communication due to obstacles or range. GNSS provides independent localization of the aircraft, crucial in emergencies. In addition, it enables automated geofencing to terminate flights if the drone exits a predetermined area.

alumni startups

ClearSky Vision develops cloud-free satellite images by using a novel neural network architecture to predict urban and landscape changes underneath the cloud cover. They use data from various missions (Sentinel-1, Sentinel-2, Landsat 8, and more). This allows for more consistent and frequent monitoring with multi-spectral cloudless imagery. Its mission is to provide the most up-to-date optical satellite imagery possible.

Capra Robotics are firm believers in helping people through robots. They work to enable human flourishing by eliminating boring, unworthy, dangerous and repetitive tasks. To achieve this, they develop and manufacture mobile robot platforms, primarily for outdoor use, based on an innovative, self-developed vehicle chassis. The robot platform provides agile mobility to otherwise stationary solutions, and is designed to easily integrate with additional hard- or software, making it customizable for specific applications.

Fauna Smart Technologies is dedicated to helping farmers transition to greener, healthier and more efficient farming practices. Their focus is to implement innovative solutions in line with the new EU regulations and strategies for farmers’ production within the field of Horticulture. They can help farmers by providing early detection of pests and diseases with further digital guidance throughout the growing season: what to do next with cost-benefit analysis.

MONTEM develops intelligent infrastructure for different sectors at municipal and national levels. We are specialized in designing research-based, high resolution and low-power sensor networks that digitize existing and future infrastructure. CityFlow, our platform for the intelligent city, acts as an urban digital twin that combines break-through visualizations and custom integrations in a real-time interface.

Sternula is a Danish satellite operator offering global connectivity for maritime digital service using the new VDES standard. We are currently planning and developing our own fleet of advanced Low-Earth Orbit (LEO) satellites. The first satellite will be operational from 2022.

At Copenhagen Trackers, they develop smart GPS trackers for everything. They are determined to help people locate their belongings and companies their assets. It’s simple, practical, cheap and it comes with no extra fees, subscriptions or hidden costs: once you purchase a device it is yours, and you can use it as much as you like, at no extra expense.

QuadSAT is revolutionising the satcom industry by making antenna testing more accessible, faster, and cheaper. By integrating advanced drone technology, automation software, and a custom developed RF pointing payload, QuadSAT has created an airborne antenna testing system that allows antennas to be tested and measured anywhere in the world.

NaviBlind enables blind and visually impaired people to walk to any destination, like any other person. Their solution is an aid that consists of an app and a high-precision GNSS system. The aid allows users to safely walk from A to B through busy urban environments, something that has previously only been possible through rigorous one-to-one training with a professional instructor.

Ekofolio is a mission-driven fintech company, catalyzing investment in forests by making the asset class tradeable and liquid. Ekofolio is in the process of launching the “EKO”, its flagship forest-backed token product that grows 3% p.a. – in tandem with a diversified portfolio of global forests. It is also intending to launch a satellite-based reporting system for these assets, based on ESA-Sentinel 2 stream.


Upteko is a drone technology company with a vision to radically improve the maritime sector through innovative drone technology. In their main solution, they are developing an integrated drone system, using the European satellite navigation system Galileo for precision landing onboard vessels. The charging station of the drone can be installed at any location, making it possible to have a permanent drone on a ship. Upteko is also targeting industries such as construction, offshore oil rigs, and wind energy. develops advanced satellite imagery and data analytics services for downstream applications on their AI-based cloud platform.
Their mission is to accelerate the use of satellite data by providing seamless integration of their products into the customers’ own software solutions. This enables customers to have advanced satellite data services as part of their own product suite, while develops the algorithms, hosts the data, and manages the server infrastructure.

CHEXS is an X-ray optics company specializing in thin film coating design, thin film coating development and production, X-ray characterization, simulation, modelling and calibration. CHEXS is a spin-off company from the Space department on the Technical University of Denmark (DTU). DTU space has developed a world leading expertise in X-ray optics for high energy astrophysics missions. CHEXS is based at DTU and utilizes, on a rental basis and as required, the coating and characterization facilities at DTU.​

KARL is an agricultural tech startup developing a “smart calendar” for the farming sector. With the help of satellite data, local soil and weather information is used to efficiently schedule a range of farm related tasks. KARL’s goal is to ease the burden of farm management, helping producers meet the needs of a growing population both sustainably and profitably.

Klarifi maintains a database of 120,000+ industrial sites in Europe and North America – we know the sites, who owns them and which compounds they discharge. We also have data on the site-specific permits and wastewater fees. This enables our clients to focus their go-to-market effort on the customers with the biggest need. In a nutshell, we provide data-driven market intelligence for wastewater solutions.

Spiromagic is a lung-monitor IOT and AI development and device company founded in April 2021. Today, there are more than 2000 active devices in use worldwide.

Danish Graphene ApS is a company producing and supplying graphene materials for industrial applications to enhance the performance and lifetime of products. The company builds on fundamental research from Aarhus University. Graphene has great potential to improve various components in space. Better thermal control in electronics in space can increase the lifetime of devices and lower risks of component failure to the benefit of both space missions and research. During their incubation period, the team will focus on thermal management by exploiting the excellent thermal conductivity of graphene.

Social Tech Projects is a B2B and B2G startup that focuses on the development of digital technologies to collect, analyse and visualise data for improving cities and people’s lives. In the last years, the company has matured knowledge and built a strong partner network in the areas of Smart City, Smart Communities, GovTech, CivicTech, and UrbanTech.  

Currently, the team is developing the ROAD System, a solution that uses the GNSS Galileo to make the cycle path maintenance more efficient and cost-effective while improving the cycling experience and the road safety

Aerial Tools ApS is a B2B service provider that offers high quality aerial data. They are developing not just another drone, but a revolutionary Vertical Take-Off and Landing (VTOL) platform with world leading flight time and sensing capabilities for the inspection of large and remote infrastructure such as solar parks or railways and for monitoring agriculture. Flights Beyond the Visual Line of Sight (BVLOS) and autonomous operation with precise and accurate positioning and timing is ensured through RTK GNSS and cellular networks, including 5G/6G connectivity.

StepUp Horse develops a solution for professional horse riders and trainers. Made of a wearable device for the horse to wear around its thorax, it provides real-time data to a smartwatch and a phone app. The trainers or riders can monitor vital signs during & after exercises such as breathing, heart rate and recovery parameters. In addition, they can visualize speed, stride frequency & length, distance covered, gait analysis and intensity data. The team is adding a precision GNSS system that would perform in any conditions while located directly under the horse. The new system will enable the most accurate fatigue detection and training intensity detection on the market.

Hecto Drone just started a new project, where their drone wil spot spray fields, and help farmers manage their crops. Their mission is to develop a revolutionary spraying method using state of the art drone technology. The system will operate autonomously, refilling and spraying fields without human interaction.

Skypuzzler is a Danish start-up revolutionizing the aviation industry with digital air traffic control for drones. Their team of air traffic controllers, subject matter experts, and computer scientists prioritizes flight safety and energy efficiency. Using advanced satellite services and multispectral imaging, Skypuzzler enhances reality mediation, ensuring precise accuracy, secure communication, and a comprehensive understanding of the flight environment. Their cutting-edge solutions set new standards in flight safety and operational efficiency. Additionally, Skypuzzler aims to expand beyond drones and explore opportunities in Space Traffic Management (STM) systems for safe and seamless operations in space.

SCSDK is a company dedicated to space technologies. They design, manufacture, test, integrate, and verify structures for satellites and spacecraft – a one-stop shop for space structures. Established in 2017, with roots from 2011, SCSDK provides struts, booms, panels, STEM spring masts, telescopic masts, CubeSat frames and customs-made composite components and a lot more.

SAGA Space Architects is an architecture and design studio based in Copenhagen working on making space liveable for future space travellers by designing habitats from a human perspective, where mental well-being and social sustainability are part of the life support equation. SAGA develops simulated habitats, where various methods of psychological counter-measures are tested and then further developed based on their potential. SAGA was founded in the summer of 2018 by two architects and a software engineer, Sebastian Aristotelis, Karl-Johan Sørensen, and Simon Daniel Haan Kristensen, respectively, with the hopes of bringing a fresh perspective on the space industry.