MESPAC

Cloud platform delivering satellite and AI-powered metocean data for offshore wind, cutting survey time and improving planning and operations.

MESPAC provides a cloud platform that delivers high‑resolution metocean data for offshore wind projects. It combines satellite observations, existing measurements and proprietary AI to create continuous, gap‑free time series for wind and wave conditions. Developers and planners use these insights to reduce survey duration and costs, accelerate site assessment and support safer, more efficient offshore operations.

Max Space

Max Space builds expandable space habitats that unlock huge, low-cost living and working volume in orbit, on the Moon, and on Mars.

Max Space develops expandable space habitats that pack small for launch and then expand to create large, durable living and working areas beyond Earth. These habitats deliver far more usable volume at lower cost than traditional rigid modules, supporting research, industry, and long-term stays in orbit, on the Moon, and on Mars.

NordSpace

NordSpace develops launch vehicles, spaceports, and satellites that give organizations low-cost, rapid access to orbit for diverse space missions.

NordSpace builds complete launch solutions that move payloads from the ground to orbit, including orbital rockets, launch sites, and small satellite systems. The company designs and produces its own liquid rocket engines and in-space propulsion, supporting responsive, lower-cost missions for commercial, government, and defence customers.

Nautilus

Flight dynamics software and services that guide SmallSats and CubeSats from mission design to navigation for LEO, lunar, and deep space missions.

Nautilus develops flight dynamics software and services that guide SmallSats and CubeSats through every mission phase, from early analysis and trajectory design to in-orbit navigation and control. It supports Low Earth Orbit, lunar, and deep space missions with tools that handle orbit determination, guidance, and autonomous operations for self-driving satellites. This helps satellite operators run complex missions more efficiently and control mission costs.

Novo Space

Radiation-tolerant modular computers and boards that let satellite teams build, upgrade, and launch high-performance space systems faster and with less risk.

Novo Space builds radiation-tolerant modular computers and electronic boards for satellites, including single-board computers, mass memory, GPUs, and signal processors. Engineers select interfaces, processors, and software support, then receive a tailored subsystem that plugs together like building blocks to match each mission. This approach cuts development time, reduces redesign work, and brings high-performance space electronics within reach of more projects.

Odysseus Space

Odysseus Space provides laser communication services that move large volumes of satellite data quickly and securely between orbit and ground stations.

Odysseus Space develops laser communication systems that move large amounts of data between satellites and Earth-based optical ground stations. Its Cyclops solution uses satellite laser terminals and dedicated ground stations to reduce downlink bottlenecks, improve security, and cut costs for operators that depend on frequent, high-volume data transfer.

ORBITAL BLUE

Space domain awareness company providing AI-powered software that tracks satellites and predicts orbital risks for safer navigation in crowded orbits.

Orbital Blue develops space domain awareness software that tracks satellites, characterizes objects in orbit, and forecasts collision risks to support safer space missions. Its AI-driven tools deliver accurate orbital insights for operators managing satellites in increasingly congested orbits, helping improve decision-making, mission planning, and long-term orbital safety.

Orbitx India Aerospace

Private space company developing fully reusable launch vehicles and accessible rides to orbit with its ATALYAAN rocket for research and commercial payloads.

Orbitx India Aerospace develops fully reusable launch vehicles to make access to orbit more affordable and dependable for research and commercial missions. Its main project, ATALYAAN, is a launch vehicle designed to carry scientific and space research payloads into space on repeatable, cost-conscious flights. The company also runs volunteer research programs that involve students and enthusiasts in practical space technology projects.

Orienspace

Orienspace designs, builds, and launches Gravity rockets to carry satellites and cargo into orbit with fast, flexible commercial launch services.

Orienspace is a commercial launch provider that designs, manufactures, and operates the Gravity family of rockets to place satellites and cargo into low and mid Earth orbits. The company focuses on rapid-turnaround launch services, including sea-based launches, to deploy single spacecraft or constellations with solid-fuel and reusable vehicle technology for efficient, large-scale access to space.

PlanetAI Space

PlanetAI Space uses AI, quantum computing and satellite data to track pollution and natural resources for accurate, real-time environmental decisions.

PlanetAI Space develops technology that reads satellite data with artificial intelligence and quantum computing to measure pollution, natural resources and environmental risks in near real time. It traces where emissions come from, quantifies their impact and monitors natural capital such as air, water and ecosystems with clear, comparable metrics. Governments, companies and researchers use these insights to check environmental performance, meet regulations and design more sustainable projects with objective data.