At an altitude of 400 kilometers above Earth's surface, the International Space Station (ISS), which has operated for over two decades, is now approaching the final phase of its service life. The end of the ISS era is not the close of human presence in outer space, but rather the starting point for a far more complex and challenging transformation. Unlike the Cold War era, which witnessed bipolar competition between the United States and the Soviet Union, today's orbital perimeter is driven by a dynamic mix of commercial companies, developing nation aspirations, and the race to claim natural resources on the Moon's surface.
This fundamental change marks a shift from a domain once entirely dominated by government funds and agencies to a free-market ecosystem driven by commercial value.
Space Processing: From Government Monopoly to Private Market
The primary factor driving this new wave is the sharp decline in the cost of launching payloads into orbit. The introduction of reusable rocket technology by private companies has shattered the financial barriers that previously bound traditional space agencies. According to aerospace sector analyses, the cost of sending one kilogram of payload to Low Earth Orbit (LEO), which once reached tens of thousands of US dollars, has now plummeted by more than
90 percent over the past two decades.
This cost reduction has enabled the emergence of large-scale satellite constellations providing comprehensive broadband communication services, climate monitoring, and high-precision navigation. Outer space is no longer viewed merely as a field for scientific experimentation or a demonstration of national power, but rather as a new economic domain. International investment banks estimate that the global space economy's value has the potential to exceed US$1 trillion by 2040, compared to approximately US$400 billion currently.
Furthermore, private companies are no longer just component suppliers to governments, but have become major players owning and operating core hardware. From astronaut transport capsules to plans for building commercial space stations, this domain is rapidly expanding through new business models.
Orbital Geopolitics and the Scramble for Influence on the Moon
The focus of exploration is now shifting from LEO toward the Moon through programs aimed at establishing a permanent human presence. Main attention is directed at the
Lunar South Pole region, where detection evidence indicates the presence of water ice reserves inside craters perpetually shielded from sunlight. This ice is not only crucial for astronaut survival, but can also be processed into liquid hydrogen and oxygen — primary fuel for deeper space exploration such as to Mars.
This competition is giving birth to new norms in international law and geopolitics. Earlier international documents, such as the 1967 Outer Space Treaty, asserted that no nation can claim sovereignty over any celestial body. However, with advancements in space mining technology, interpretations regarding ownership rights and the utilization of natural resources have become hotly debated issues.
The steps taken by various parties to introduce domestic and bilateral-scale international legal frameworks have triggered new polarization. Space science cooperation blocs are now forming according to diplomatic alignments, thereby bringing Earth's geopolitical competition to the Moon's surface.
The Challenge of Orbital Debris and Earth's Perimeter Sustainability
The drastic increase in the number of satellite launches brings its own consequences: the density of space debris or orbital trash. Thousands of old rocket fragments, damaged satellites, and explosion shards now circle Earth at speeds of thousands of kilometers per hour. The risk of collision known as the
Kessler Syndrome — a chain reaction where collisions produce more debris that subsequently destroys other satellites — has become a real threat to modern communication infrastructure.
Without a globally agreed-upon space traffic management system, the sustainability of Low Earth Orbit could be compromised. Science experts are now urging the formation of international protocols that tighten space debris cleanup standards, including the requirement to deorbit satellites at the end of their service lives alongside the development of space junk capture technology.
Technology Democratization: Real Impact on Developing Nations
Beyond the race between superpowers, this new era also opens space for developing nations to leverage space technology. The development of small-sized satellites like CubeSats allows universities and local agencies to launch their own space assets at a reasonable cost.
For countries in the Southeast Asian region and archipelagic areas, Earth observation data from satellites provides a strategic advantage in natural disaster monitoring, agricultural area management, marine border surveillance, and land-use change mapping. Satellite broadband also allows rural and remote areas to access high-speed internet, thereby bridging the digital divide without the need to build expensive terrestrial transmission towers.
Space exploration is no longer just about setting foot in the universe, but rather a vital infrastructure foundation supporting daily life on Earth. A nation's ability to manage and utilize space data is now one of the benchmarks for future economic competitiveness and national security.
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Reference: SpaceX: Menakluk Angkasa, Mengubah Sejarah — Google Scholar
The New Earth Orbit Race: How Space Commercialization is Transforming Geopolitics and the Global Economy. An in-depth analysis of the new wave of space exploration now driven by private entities, declining launch costs, and the competition for resources on the Moon. This development is reshaping the global economic and geopolitical landscape, while carrying major implications for developing nations and the sustainability of Earth's orbit.. At an altitude of 400 kilometers above Earth's surface, the International Space Station ISS , which has operated for over two decades, is now approaching the final phase of its service life. The end of the ISS era is not the close of human presence in outer space, but rather the starting point for a far more complex and challenging transformation. Unlike the Cold War era, which witnessed bipolar competition between the United States and the Soviet Union, today's orbital perimeter is driven by a dynamic mix of commercial companies, developing nation aspirations, and the race to claim natural resources on the Moon's surface.
This fundamental change marks a shift from a domain once entirely dominated by government funds and agencies to a free-market ecosystem driven by commercial value.
Space Processing: From Government Monopoly to Private Market
The primary factor driving this new wave is the sharp decline in the cost of launching payloads into orbit. The introduction of reusable rocket technology by private companies has shattered the financial barriers that previously bound traditional space agencies. According to aerospace sector analyses, the cost of sending one kilogram of payload to Low Earth Orbit LEO , which once reached tens of thousands of US dollars, has now plummeted by more than 90 percent over the past two decades.
This cost reduction has enabled the emergence of large-scale satellite constellations providing comprehensive broadband communication services, climate monitoring, and high-precision navigation. Outer space is no longer viewed merely as a field for scientific experimentation or a demonstration of national power, but rather as a new economic domain. International investment banks estimate that the global space economy's value has the potential to exceed US$1 trillion by 2040, compared to approximately US$400 billion currently.
Furthermore, private companies are no longer just component suppliers to governments, but have become major players owning and operating core hardware. From astronaut transport capsules to plans for building commercial space stations, this domain is rapidly expanding through new business models.
Orbital Geopolitics and the Scramble for Influence on the Moon
The focus of exploration is now shifting from LEO toward the Moon through programs aimed at establishing a permanent human presence. Main attention is directed at the Lunar South Pole region, where detection evidence indicates the presence of water ice reserves inside craters perpetually shielded from sunlight. This ice is not only crucial for astronaut survival, but can also be processed into liquid hydrogen and oxygen — primary fuel for deeper space exploration such as to Mars.
This competition is giving birth to new norms in international law and geopolitics. Earlier international documents, such as the 1967 Outer Space Treaty, asserted that no nation can claim sovereignty over any celestial body. However, with advancements in space mining technology, interpretations regarding ownership rights and the utilization of natural resources have become hotly debated issues.
The steps taken by various parties to introduce domestic and bilateral-scale international legal frameworks have triggered new polarization. Space science cooperation blocs are now forming according to diplomatic alignments, thereby bringing Earth's geopolitical competition to the Moon's surface.
The Challenge of Orbital Debris and Earth's Perimeter Sustainability
The drastic increase in the number of satellite launches brings its own consequences: the density of space debris or orbital trash. Thousands of old rocket fragments, damaged satellites, and explosion shards now circle Earth at speeds of thousands of kilometers per hour. The risk of collision known as the Kessler Syndrome — a chain reaction where collisions produce more debris that subsequently destroys other satellites — has become a real threat to modern communication infrastructure.
Without a globally agreed-upon space traffic management system, the sustainability of Low Earth Orbit could be compromised. Science experts are now urging the formation of international protocols that tighten space debris cleanup standards, including the requirement to deorbit satellites at the end of their service lives alongside the development of space junk capture technology.
Technology Democratization: Real Impact on Developing Nations
Beyond the race between superpowers, this new era also opens space for developing nations to leverage space technology. The development of small-sized satellites like CubeSats allows universities and local agencies to launch their own space assets at a reasonable cost.
For countries in the Southeast Asian region and archipelagic areas, Earth observation data from satellites provides a strategic advantage in natural disaster monitoring, agricultural area management, marine border surveillance, and land-use change mapping. Satellite broadband also allows rural and remote areas to access high-speed internet, thereby bridging the digital divide without the need to build expensive terrestrial transmission towers.
Space exploration is no longer just about setting foot in the universe, but rather a vital infrastructure foundation supporting daily life on Earth. A nation's ability to manage and utilize space data is now one of the benchmarks for future economic competitiveness and national security.
---
Reference: SpaceX: Menakluk Angkasa, Mengubah Sejarah — Google Scholar https://books.google.com/books?hl=en&lr=&id=esXOEQAAQBAJ&oi=fnd&pg=PP1&dq=perlumbaan+baharu+orbit+bumi&ots=KjIfDKV2NA&sig=JRkFu-CFoMG2i0xO0PeqbvcpXdM
