Doha, June 8 (QNA) - Space is no longer a domain limited to scientific exploration and research missions.

In recent years, it has evolved into one of the fastest-growing sectors of the global economy, driven by rapid advances in satellite technology, telecommunications, artificial intelligence, and reusable launch systems.

This transformation has opened new investment horizons and attracted substantial capital from governments and private companies alike, amid intensifying competition to capitalize on the economic opportunities offered by the expanding space sector.

The space economy encompasses the full range of activities and resources associated with the exploration, research, and utilization of space in support of economic development and societal progress. It includes infrastructure-related activities such as satellite manufacturing and launches, spacecraft development, and the construction of space stations and exploration missions. It also covers a broad range of terrestrial applications, including navigation and positioning services, satellite communications, Earth observation, climate monitoring, data analytics, and space tourism.

Economic experts told Qatar News Agency (QNA) that the rapid expansion of the space economy reflects a fundamental shift toward a new arena in which commercial satellite systems, low-Earth-orbit communications networks, and Earth-monitoring technologies are flourishing alongside growing public and private sector investments.

They noted that the race is no longer solely about maximizing financial returns, but increasingly about shaping future geopolitical influence and global economic power.

In this context, economic analyst Dr. Amer Al Shobaki said the world is entering a new era defined by scientific discoveries in space and the economic opportunities they generate.

"What is taking place today extends beyond scientific breakthroughs, technological competition, arms races, or access to data," he said. "It can be described as a struggle for control over future value chains."

Al Shobaki explained that every space launch depends on a complex industrial ecosystem that begins with rare minerals and semiconductor manufacturing and extends to artificial intelligence and energy infrastructure.

In remarks to QNA, he noted that estimates place the value of the global space economy at several hundred billion dollars, with projections indicating that it could approach the trillion-dollar mark within the next decade. Growth is expected to be driven by sectors including telecommunications, Earth observation, defense, and navigation services.

He added that control over critical raw materials has become an integral part of the space race itself, given the dependence of satellites, rockets, and advanced battery technologies on these resources.

According to Al Shobaki, the technologies underpinning the space sector rely heavily on strategic minerals such as cobalt oxide, manganese, nickel, and lithium, which are essential components in lithium battery production.

He pointed out that China currently dominates a significant share of the global refining and production capacity for many of these materials. He also highlighted a notable paradox: while space is often promoted as a clean, digital economy, it remains deeply dependent on natural gas, conventional energy sources, and heavy industry.

In addition, data centers that power AI-enabled space applications, global communications networks, and semiconductor production consume vast amounts of electricity and energy resources.

"All of these sectors require substantial amounts of power and natural gas, making energy security a direct component of space security," Al Shobaki said.

He added that artificial intelligence has evolved from a supporting tool into a central driver of the space sector, with applications ranging from predictive satellite maintenance and the analysis of military, agricultural, and biological imagery to the development of advanced defense and early-warning systems.

Al Shobaki noted that the competition between the United States and China has expanded beyond space exploration itself to encompass data ownership, energy resources, strategic minerals, computing power, and artificial intelligence capabilities.

He expects global spending on space-related defense programs to continue rising, while some private-sector companies may emerge as geopolitical actors whose influence extends beyond the traditional role of nation-states.

The economic expert further observed that satellites have become increasingly influential in modern conflicts, affecting communications, navigation, intelligence gathering, and, in some cases, the outcomes of military operations.

"The question today is no longer who will reach space first," he said. "The real question is who will control the infrastructure of the future economy managed from space, who will remain a consumer of technology, and who will succeed in becoming a producer of it." 

Current projections suggest that the global space economy is poised for substantial expansion, growing from an estimated USD 630 billion today to approximately USD 1.8 trillion by 2035, according to data from the World Economic Forum.

The sector continues to advance at a compound annual growth rate of between 8 and 12 percent, driven by developments in space-based internet services, the emerging space resources economy, future logistics, security applications, supply chain technologies, and space tourism.

Discussing available investment opportunities, economic and financial analyst Ahmed Aql said that the space economy is inherently linked to higher levels of risk and represents a model of venture-style investment.

He noted that direct investments in some space-sector companies carry elevated risk levels, but also offer the potential for exceptional long-term returns.

At the same time, investment in supporting technology companies presents a lower-cost alternative with moderate risk and attractive returns. These include firms supplying semiconductors, artificial intelligence technologies, and other critical components that support the broader space industry.

Speaking to QNA, Aql said that investment opportunities within the space economy involve a unique business environment and a distinct set of challenges.

"The opportunities are highly promising," he said, "but they require investors willing to take calculated risks and commit substantial capital to sectors such as communications, navigation, space-based internet services, scientific exploration, and space tourism."

He highlighted the emergence of companies such as SpaceX, Blue Origin, and Virgin Galactic, which have transformed space competition from a predominantly government-led endeavor into a commercial model driven by investment, profitability, and innovation.

According to Aql, this shift is paving the way for a new era in which investment flows increasingly serve as instruments of influence, wealth creation, and strategic advantage.

Space tourism has also emerged as a notable component of this rapidly evolving landscape. Companies are now offering suborbital flights that carry wealthy individuals and celebrities into space for brief experiences lasting only a few minutes, yet generating substantial revenues.

These developments mark the early stages of what could become a fully integrated economic sector in the future, encompassing space hotels, commercial travel, and industries linked to human activity beyond Earth, along with the services required to support them.

Aql noted that the space economy remains in a phase of refining concepts, exploring opportunities, and testing long-term growth potential amid an increasingly competitive global race led by technology companies and some of the world's wealthiest entrepreneurs seeking to establish leadership in one of the most promising industries of the future.

Despite its transformative potential, he cautioned that the sector faces several significant challenges. These include the enormous capital requirements associated with space projects, the absence of comprehensive legal frameworks governing ownership of space resources and extraterrestrial mining activities, environmental concerns such as space debris, and growing cybersecurity demands to protect critical space infrastructure.

He added that the accelerating pace of space exploration, increasing competition for strategic positioning in space, and efforts by spacefaring nations to formalize regulatory arrangements are contributing to a more complex operating environment, underscoring the need for international legislation governing the use and management of outer space.

As the space economy continues to expand and its commercial, industrial, and defense applications become more deeply integrated into the global economy, competition is increasingly extending beyond access to space itself. The emerging race now encompasses technology leadership, data ownership, resource control, and the value chains that underpin this rapidly developing industry.

With investment flows into the sector continuing to accelerate, the contours of a new global economic landscape are beginning to take shape-one in which space capabilities are expected to play a decisive role in enhancing economic competitiveness and strengthening the technological and strategic influence of both nations and corporations. (QNA)