SpaceTech 101: The Full Value Chain Behind the New Space Economy

SpaceTech is simply the industry of building technologies that help humans access space, operate in space, and use space-based data or infrastructure to solve problems on Earth.

Satellites can be used for communication, Earth observation, weather forecasting, navigation, scientific research, defense monitoring, or internet connectivity.

1. Satellite Components

This sector covers the hardware building blocks that go inside satellites. These include propulsion systems, communication terminals, antennas, sensors, robotics, power systems, and other subsystems. Companies in this layer usually do not operate full satellite networks themselves; they supply the parts that satellite manufacturers or operators need to build spacecraft.

2. Satellite Manufacturing

This sector includes companies that design and build satellites or satellite platforms. Some build large, complex spacecraft for telecom, defense, navigation, and Earth observation, while others focus on smaller standardized satellites that can be produced faster and at lower cost. This is one of the core upstream layers of the SpaceTech value chain.

3. Launch Vehicles

Launch companies provide access to space. They build and operate rockets that carry satellites, cargo, and sometimes crew into orbit. This sector is critical because lower launch costs make the entire space economy more viable by enabling more satellites, more frequent missions, and more commercial experimentation.

4. Propulsion

Propulsion companies build systems that help satellites move, adjust orbit, avoid collisions, or deorbit at the end of life. This matters especially as Low Earth Orbit becomes more crowded. Propulsion is no longer only about getting into space; it is also about maneuverability, safety, and orbital sustainability.

5. Ground Infrastructure

Ground infrastructure connects satellites in orbit to users and systems on Earth. This includes ground stations, antennas, cloud-linked satellite communication networks, and data downlink services. Without this layer, satellite data cannot be received, processed, or distributed efficiently.

6. Mission Software

Mission software helps design, simulate, operate, and manage satellite missions. It can include digital twins, mission planning, command systems, fleet operations, and automated coordination tools. As satellite constellations grow larger, software becomes essential for managing complexity.

7. Satellite Operations

This sector includes companies that operate satellites, manage missions, or provide satellite capacity as a service. Instead of every customer building and operating their own spacecraft, satellite operations companies can provide shared infrastructure, hosted payloads, or end-to-end mission delivery.

8. Space Traffic Management

Space traffic management focuses on tracking objects in orbit and preventing collisions. As more satellites are launched, orbital congestion becomes a major risk. Companies in this sector use radar, telescopes, software, and data platforms to monitor satellites, debris, and potential collision paths.

9. Space Cybersecurity

Space cybersecurity protects satellites, ground stations, communication links, and mission software from cyber threats. As space systems become more connected and commercially important, they also become more vulnerable. This sector is especially important for defense, critical infrastructure, and satellite communications.

10. Orbital Logistics

Orbital logistics covers transportation and movement within space after launch. This can include orbital transfer vehicles, last-mile delivery for satellites, hosted payload platforms, and future in-space transportation networks. It is similar to logistics on Earth, but for moving assets between orbits.

11. Earth Observation

Earth observation companies use satellites to collect imagery and sensor data about the planet. This includes optical imagery, radar imagery, hyperspectral data, thermal data, and emissions monitoring. The data can be used for agriculture, climate, insurance, defense, disaster response, and supply-chain monitoring.

12. Satellite Connectivity

Satellite connectivity companies provide internet, voice, data, or IoT connectivity from space. Some operate large Low Earth Orbit constellations for broadband, while others focus on direct-to-device, cellular, IoT, maritime, aviation, or remote-area connectivity. This sector turns space infrastructure into communication networks.

13. Climate Intelligence

Climate intelligence companies use satellite data, AI, and geospatial analytics to understand climate risk and environmental change. They can monitor emissions, wildfires, water stress, infrastructure exposure, and physical climate risk. This sector turns raw Earth observation data into decision-making tools for governments, insurers, utilities, and corporations.

14. Agriculture Analytics

Agriculture analytics uses satellite, drone, weather, and sensor data to monitor farms and crops. These platforms can track crop health, soil conditions, irrigation needs, yield risk, and climate stress. The goal is to help farmers, agribusinesses, insurers, and lenders make better decisions.

15. Defense Intelligence

Defense intelligence uses satellite imagery, geospatial data, sensors, and AI to support national security and military decision-making. This includes monitoring conflict zones, tracking infrastructure, detecting movement, and supporting situational awareness. It is one of the strongest demand drivers for advanced satellite data.

16. Insurance / Financial Analytics

This sector turns geospatial and satellite data into financial insight. It can be used by insurers to assess disaster damage, by investors to monitor economic activity, or by commodity traders to track supply chains and energy infrastructure. The core idea is using space-derived data as an alternative data source for risk and market analysis.

17. In-Orbit Servicing

In-orbit servicing refers to repairing, refueling, repositioning, inspecting, or extending the life of satellites already in space. Instead of treating satellites as disposable assets, this sector aims to make orbital infrastructure more maintainable and reusable.

18. Debris Removal

Debris removal focuses on cleaning up defunct satellites, rocket bodies, and fragments from orbit. Space debris is dangerous because even small objects can damage active satellites at high speeds. This sector is closely linked to orbital sustainability and long-term space safety.

19. In-Space Manufacturing

In-space manufacturing uses the microgravity environment to produce materials, pharmaceuticals, crystals, semiconductors, or biological products that may be difficult to make on Earth. The sector is still early, but the promise is that space could become a new manufacturing environment, not just a place for satellites.

20. Space Power Infrastructure

Space power infrastructure covers energy generation, storage, and transmission in orbit. This can include solar arrays, space-based power systems, and wireless power transmission between spacecraft. As space activity grows, energy infrastructure could become a foundational layer of the orbital economy.

21. Commercial Space Stations

Commercial space stations are privately developed orbital habitats and research platforms. They are intended to support research, manufacturing, tourism, national space agencies, and commercial activity after the International Space Station era. This sector represents the move from government-led space stations to private orbital infrastructure.

22. Lunar / Cislunar Economy

The lunar and cislunar economy covers activity on the Moon and in the space between Earth and the Moon. This includes lunar landers, rovers, communications, resource exploration, payload delivery, and future infrastructure. It is still very early, but it could become important for science, defense, mining, and long-term space settlement.