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. 

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.

Atla.ai 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 Atla.ai 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.

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.

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.

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.

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.  

AquaReg 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.

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.

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.

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.

NAUST Robotics is developing an autonomous drone-in-a-box solution for agriculture - with our drone with speakers playing bird sounds, we repel birds from man-made crops in the most humane and effective way, without consuming the time of the farmers. A landing platform will be in charge of sheltering and recharging the drone, requiring no human operator.