From the Stars to Everyday Solutions

Imagine this: just a few decades ago, space seemed distant and unreachable, the domain solely of scientists and government programs. Today space has ceased to be the preserve of scientists alone and has become an integral part of everyday life. A striking example of the scale of what is happening is the construction by Elon Musk's company of the Starbase spaceport at a cost of 100 billion dollars. The project envisages 20–30 launch pads for the world's heaviest rocket, Starship, with a planned launch rate of three to four launches a day.

How does space affect our everyday life? Let's look at some concrete examples:

  • When we open maps on a smartphone, we see detailed satellite images that help us plan routes and find our way around the city
  • After waking up in the morning, we check the weather forecast in an app, and its accuracy largely depends on data collected by spacecraft
  • City services monitor the progress of new residential complexes and road repairs, using satellite images to monitor construction sites

How Earth Remote Sensing Works and How Useful Information Is Obtained

Earth remote sensing (ERS) is the collection of information about the Earth's surface by satellites, without direct contact with the objects being monitored. The idea is simple: satellites “photograph” the surface of our planet, capturing not only visible light but also other ranges of electromagnetic radiation.

Satellites record data on the Earth's surface, atmosphere, cloud cover, terrain, and other parameters, and the resulting images are passed to analysts. Specialists use the images to refine and verify existing models (for example, forecasting natural disasters or monitoring environmental changes). The processed information is applied in various fields: from urban planning to agriculture.

The Shift from State Monopoly to the Private Sector

The key factor behind the democratization of the space industry was the emergence of the CubeSat format.

What happened?

In the 1990s, the first private satellite companies began to appear. The development of electronics and the spread of personal computers made it possible for small teams to build functional satellites. The miniaturization of spacecraft (down to the size of a cube about 10 cm on a side) opened the door to space for private investors and enthusiasts.

Today private companies are actively developing satellite technologies, competing with government programs and offering new solutions for business and society.

Growth Trends in the Space Segment of the Economy: Impressive Figures

The scale of growth in the space segment of the economy is striking. According to a report by Novaspace, a tenfold increase in the global volume of spacecraft production is expected:

  • Right now, as of 2026, this figure is about 15 billion dollars a year
  • By 2035, growth to more than 150 billion dollars a year is forecast

Main growth drivers:

  1. Falling launch costs thanks to the development of private space companies and the miniaturization of satellites
  2. The development of artificial intelligence — it allows large volumes of satellite data to be processed more efficiently
  3. Growing demand from business — companies are actively using satellite data to optimize logistics, monitor infrastructure, and manage resources

New niches are emerging:

  • tracking microplastics in the oceans and the atmosphere
  • environmental monitoring
  • precision agriculture
  • natural resource management

Why satellite data is becoming more accessible:

Just a few years ago, access to satellite data was limited and cost a considerable amount. Today the situation is changing, and here is why:

  • Economies of scale. The more satellites are in orbit and the more data they collect, the lower the cost of a unit of information becomes
  • International cooperation. Major countries (Russia, the USA, China) are joining forces, creating global Earth monitoring systems and providing data for free use
  • Business logic. Satellites keep collecting data regardless of whether it has been sold. So companies are interested in keeping their spacecraft as busy as possible, which encourages lower prices

Russia in the ERS Space Business

Current positions:

  • operational ERS satellites
  • development of services based on satellite data
  • participation in international Earth monitoring programs

State support programs:

  • funding for the development of new satellites
  • support for projects on processing and commercializing satellite data
  • development of infrastructure for receiving and analyzing ERS data

Opportunities for startups and small businesses:

  • development of software for processing satellite images
  • creation of ERS-based services (land monitoring, environmental control, urban planning)
  • integration of satellite data into existing business processes

Looking Ahead: What Awaits Us in the Next 5–10 Years

Optimistic scenario:

  • explosive growth in the number of satellites in orbit
  • a substantial reduction in the cost of satellite data
  • the emergence of new breakthrough ERS-based services
  • integration of space data into all spheres of the economy and everyday life

Realistic scenario:

  • a gradual increase in the number of satellites and the volume of data collected
  • a moderate reduction in the cost of access to data
  • development of specialized services for individual industries (agriculture, logistics, ecology)

Promising technologies:

  • Small satellites (including CubeSats) — further reduction in the cost of launch and operation
  • Neural network analytics — automation of satellite image processing, higher accuracy of object recognition and change forecasting
  • Orbital debris removal systems — solving the problem of clutter in near-Earth space
  • Development of communication systems via low-Earth-orbit satellites — providing global internet coverage

Conclusion: Space as a Driver of the Economy's Digital Transformation

The key factors behind the growth of the Earth remote sensing sector are technological miniaturization and the steady decline in the cost of spacecraft, sustained growth in demand for geospatial data from both commercial organizations and government bodies, the expansion of international cooperation in this field, and the active development of methods for processing large volumes of satellite data, including with the use of artificial intelligence technologies.

Among the open questions and directions for further research, the following can be singled out: how to strike a balance between expanding orbital constellations and the problem of space debris; what new market niches could form on the basis of Earth remote sensing data over a horizon of five to ten years; how to reduce the cost of access to satellite data without compromising its quality; and finally, what the prospects are for integrating ERS with technologies such as artificial intelligence, the Internet of Things, and blockchain.

Thus, space is becoming a full-fledged new layer of the global economy, providing data and services that transform business processes, increase the efficiency of resource management, and improve people's quality of life around the world.