Odysseus Space

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

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

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 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 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.
Portal Systems

Portal Space Systems develops highly maneuverable spacecraft that move payloads quickly between orbits for defense, science, and commercial customers. Its Supernova platform uses solar thermal propulsion to reposition satellites, support cislunar logistics, and extend mission life with in-space servicing and constellation maintenance. The company helps operators respond faster to threats, maintain space assets, and reach new orbital regimes more efficiently.
Reaction Dynamics

Reaction Dynamics builds hybrid rocket engines and launch vehicles for small satellites, using a simplified propulsion system to lower launch costs and reduce technical risk. Its rockets support frequent, dedicated launches so operators can choose their launch schedule and reach precise low Earth orbits without relying on shared rides.
Reflex Aerospace

Reflex Aerospace designs and manufactures custom satellites for low Earth orbit missions. The company develops payload-centric platforms for secure communications, imaging, and data relay, delivering spacecraft on shorter timelines than traditional satellite builders. Its satellites support commercial, government, and defense customers that need reliable connectivity, surveillance, and monitoring in space.
Velontra

Velontra builds small, powerful jet engines and hypersonic propulsion systems for drones, aircraft, and future space planes. Its technology uses air‑breathing engines to cut fuel use, lower launch costs, and carry more payload to high altitude and low Earth orbit. The company focuses on rapid, low-cost hardware development to support defense, commercial aviation, and satellite launch customers.
ROVIAL Space

Rovial Space builds permanent high-power solar platforms in orbit using autonomous AI-enabled robotics. These satellites generate large amounts of clean, continuous energy and host pressurized environments for advanced payloads, data centers, communications, and other space services. The robotic systems assemble, maintain, and repair the platforms in space, extending their working life and reducing waste from repeated launches.