Driven by technological innovation and growing needs for connectivity, security and data, the “New Space Economy” is emerging as a major economic and geopolitical issue.
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Long perceived as a sector reserved for States and large space agencies, space is now entering a new phase of development. Driven by technological innovation, falling costs of access to orbit and growing needs for connectivity, security and data, the “New Space Economy” is now emerging as a major economic and geopolitical issue.
The global space market is experiencing a profound restructuring. The United States remains the undisputed leader with 61% of global space budgets in 2024, but its dominance is gradually declining in the face of the rise of China, whose share has increased from 2% in 2000 to 15% today. Europe, with only 10% of the world budget, appears further behind, despite the growing challenges of technological sovereignty.
This dynamic is fueled by three major structural drivers: defense, digitalization and climate.
Space, a new sovereignty issue
The conflict in Ukraine and recent geopolitical tensions have highlighted the strategic role of space infrastructures. Space is now considered an operational military domain in its own right, alongside land, sea, air and cyber.
Satellites play a central role in real-time intelligence, surveillance, missile detection and even secure communications. GPS systems have also become essential for drones, autonomous vehicles and precision military equipment.
This growing militarization is directly reflected in public budgets: space spending linked to defense now exceeds civilian investments. Space thus becomes a key pillar of national sovereignty and the resilience of critical infrastructure.
Satellites allow continuous observation of the planet, including in the most isolated regions.
An invisible infrastructure of global digitalization
Beyond military issues, the space economy has become one of the invisible foundations of the digital revolution.
Satellites today provide essential connectivity in rural, maritime or aerial areas, while providing a strategic backup solution in the event of a breakdown of terrestrial networks or a cyberattack. Space infrastructures also support the Internet of Things, intelligent supply chains, autonomous mobility and even smart cities.
Space also plays a key role in the data economy. Satellites generate massive volumes of information usable for artificial intelligence, meteorology, precision agriculture or energy management. Ultimately, the development of the “space cloud” and in-orbit data processing could further accelerate this transformation.
Climate as a catalyst for innovation
Space technologies have also become essential to understanding climate change. Satellites allow continuous observation of the planet, including in the most isolated regions.
They contribute to monitoring CO2 emissions, monitoring the oceans, the melting of polar ice and improving weather warning systems. The increasing precision of spatial data strengthens their role in the prevention of natural disasters and in the management of climate policies.
A technological revolution that changes the economy of the sector
The rise of the “New Space Economy” is also based on a true industrial revolution. Historically, extremely high costs severely limited access to space. Three major innovations have changed the situation: reusable launchers, the miniaturization of satellites and the industrialization of their production.
Reusable rockets have significantly reduced launch costs, while advances in electronics now make it possible to deploy constellations of small satellites that are much more flexible and less expensive. At the same time, standardization and mass production shorten development cycles.
This structural drop in costs opens the way to new private players and more and more commercial applications.
A rapidly growing economy
According to the estimates presented, revenues from the space economy could exceed $1,000 billion by 2040. Space is no longer just a technological market: it is becoming a real productivity multiplier for the entire world economy.
From telecommunications to cyber security, from agriculture to defense, including health, energy and transport, space applications now permeate almost all economic sectors.
The conquest of space is thus changing its nature: from an institutional and scientific project, it is gradually becoming a strategic infrastructure at the heart of global growth in the 21st century.
