Innova Space

Develops low-cost nanosatellite connectivity that links IoT devices anywhere on Earth with secure, two-way data service for industry, land and sea.

Innova Space develops compact nanosatellites that connect IoT devices in remote and hard-to-reach locations. Its constellation provides secure, two-way data links for sectors such as agriculture, energy, mining, logistics and maritime operations. The company focuses on reducing launch and service costs so organizations can monitor assets, track equipment and gather sensor data globally without relying on terrestrial networks.

Impulse Space

Impulse Space builds in-space transport vehicles that move satellites between orbits for fast, precise payload delivery and constellation deployment.

Impulse Space develops spacecraft that move payloads between orbits after launch, providing orbital transfer, constellation deployment, and precision reentry services for commercial, civil, and government missions. Its vehicles shorten transfer times, deliver multiple payloads to different orbits from a single launch, and support missions from low Earth orbit to higher energy destinations. This in-space mobility infrastructure helps satellites reach operational orbits more efficiently and supports the growth of the orbital economy.

Intuitive Machines

Space infrastructure company providing lunar landers, spacecraft, and payload delivery with communications and navigation services from Earth orbit to the Moon.

Intuitive Machines builds and operates spacecraft, lunar landers, and satellites that transport customer payloads and data between Earth orbit, the lunar surface, and deep space. Its services cover payload delivery, lunar missions, and space-based communications and navigation for commercial, civil, and national security customers.

ispace

ispace develops lunar landers and rovers that deliver payloads and support resource exploration for commercial and government missions to the Moon.

ispace is a lunar exploration company that designs and builds robotic landers and rovers for missions to the Moon. It provides payload delivery, surface exploration, and data services for organizations that want to test technology, study the lunar surface, or prepare for resource use and future infrastructure. The company focuses on frequent, lower-cost access to the Moon to support long-term commercial activity in space.

Involve Space

Involve Space uses stratospheric balloon platforms to deliver continuous, high‑resolution Earth monitoring for infrastructure, security, telecom and environmental events.

Involve Space develops stratospheric balloon platforms that stay aloft for hours, days or weeks to monitor what happens on the ground in real time. The company provides high‑resolution Earth observation for infrastructure monitoring, disaster response, defence, traffic, telecommunications and research, using autonomous systems and AI to track activity at human scale. This stratospheric layer bridges the coverage gaps left by satellites, drones and ground sensors, giving public and private organizations persistent, cost‑efficient situational awareness.

Lakshya Space

Lakshya Space develops green propulsion, CubeSats, and drone-based satellite launch solutions to make access to space more efficient and affordable.

Lakshya Space builds practical technologies for in-space mobility and small satellite missions. The company develops green propulsion systems, CubeSats, and agricultural drones that support responsive and lower-cost access to orbit. Its team also provides technical support for CubeSat projects and experiments with drone-based satellite launches to demonstrate new ways to reach lower altitudes for atmospheric and Earth observation studies.

LIA Aerospace

LIA Aerospace builds green, low-cost propulsion systems that move satellites and spacecraft into final orbit for efficient, sustainable in-space delivery.

LIA Aerospace develops green propulsion systems for satellites and spacecraft, focusing on the last leg of their journey into working orbit. The company designs non-toxic, non-cryogenic bi-propellant engines that cut manufacturing time and cost while supporting sustainable in-space maneuvering and orbital transfer. Its technology helps satellite operators handle orbit changes, station keeping, and deorbiting with lower operational risk and cleaner performance across the space environment.

Little Place Labs

Satellite software company turning raw satellite data into fast, clear alerts so teams can monitor land, sea, and assets in near real time.

Little Place Labs builds software that processes satellite data in space and on the ground to deliver near-real-time insights. The platform turns raw imagery and sensor feeds into precise alerts that help users spot risks, track activity, and respond quickly across maritime, land monitoring, finance, insurance, and security operations. Customers use these insights to reduce response times, cut data costs, and make clearer decisions in fast-changing situations.

Lunar Outpost

Lunar Outpost builds autonomous lunar rovers and infrastructure that transport crews, move cargo, and support construction and science on the Moon.

Lunar Outpost develops autonomous rovers and robotic systems that move astronauts and cargo across the Moon, support construction and maintenance, and provide mobility for Artemis missions and commercial lunar operations. The company designs, builds, and flies lunar terrain vehicles and prospecting rovers that handle surface transport, logistics, and infrastructure deployment for space agencies and private customers.

Magma Space

Magma Space develops ultra-stable satellite control systems that cut vibration so spacecraft can point precisely for imaging, laser links, and other high-precision missions.

Magma Space builds satellite control hardware and software that keep spacecraft steady so sensitive instruments can work properly. Its magnetically levitated reaction wheels and control software cut jitter at the source, giving satellites a stable platform for remote imaging, optical communication, navigation, and other precision tasks. This stability lets missions track targets, hold pointing for long exposures, and support autonomous operations without upgrading the payload.