From control tower to brain of space: India’s trillion-dollar orbit

This article was first published in The Economic Times Online on March 27 2026. Please click here to read the article.

When Neil Armstrong landed on the moon in 1969, he declared his small step into space as a - ‘giant leap for mankind’. Over five decades later, the exponential growth of the space economy is opening a whole new world of economic opportunities for humanity.

The global space economy, currently estimated at over $600 billion, is projected to cross the $1 trillion mark as early as 2032. But what is more important than the number is where the value lies. Nearly three-fourths of this opportunity will sit downstream in data, analytics, applications and AI-enabled services, not in rockets.

India today accounts for less than 3% of the global space economy, despite its proven technical capability. Closing that gap will require moving beyond launch excellence into high-value data orchestration and intelligent services. 

The space race is no longer a ‘theatre of prestige’ defined by who plants the next flag on the Moon, billionaire astronauts or distant Mars missions. In the era of Artificial Intelligence (AI), it all comes down to who will own the protocols governing the flow of orbital intelligence.

The downstream multiplier effect

Space is quietly becoming a platform economy - built on satellites, connectivity, data platforms and AI systems that power everyday decisions across industries. While launch vehicles may capture imagination, AI-driven services capture value. As a result, the greatest value accrues not in launch but in application. Industrial intelligence including logistics optimisation, mining intelligence, smart cities, supply chain visibility, infrastructure monitoring - denote the compounding economic effects of space-enabled data.

Earth observation & climate intelligence

As climate volatility intensifies, satellite intelligence is no longer optional. Governments and insurers increasingly rely on orbital data to price risk, anticipate disasters and allocate resources. In agriculture, satellite-enabled AI helps forecast crop yields, map water stress and improve supply chains. For infrastructure and insurance, it enhances risk modelling and monitoring.

Democratising AI-enabled connectivity 

In recent years, the transformative Low Earth Orbit (LEO) constellations have been instrumental in redefining connectivity, while also enabling digital inclusion. Rural broadband, maritime and aviation communications and remote enterprise operations depend on such resilient satellite networks. However, the real gamechanger is connectivity powered with AI-enabled services including real-time analytics, predictive maintenance, autonomous logistics and remote diagnostics. Additionally, direct-to-device satellite capabilities will further democratise access, a convergence that will be much more advantageous for countries with vast rural geographies like India.

Defence & strategic monitoring

Space is also a measure of sovereign resilience. Maritime domain awareness, border surveillance and space situational awareness increasingly depend on integrated satellite systems enhanced by AI. In a geopolitically volatile world, orbital infrastructure is becoming part of national security architecture.

India’s unique position in the space economy

If India limits its ambition to launch services or upstream manufacturing, it risks becoming a supplier within someone else’s ecosystem rather than an architect of its own. The real strategic question is: can it build the rails that power the next phase of the space economy?

The first chapter of India’s space journey positioned it as a dependable control tower, launching, monitoring and coordinating missions; the next chapter must position it as the brain of space. That means integrating orbital and terrestrial data into intelligent, decision-grade systems. The future of space will be defined by data fusion with the seamless blending of satellite data with enterprise systems, AI models and cloud infrastructure.

India is well positioned for this transition. Its AI developer base is among the largest globally, growing rapidly and backed by deep expertise in analytics, cloud and data management. The liberalisation of the space sector and the emergence of private space-tech ventures further strengthen this ecosystem.

Equally important is India’s experience in building Digital Public Infrastructure at population scale. From payments to identity, India has shown that it can build interoperable digital rails that serve billions. Applying that mindset to space by creating open, scalable and secure data frameworks could be a strategic differentiator.

India also understands monsoon-driven economies, climate vulnerability and agricultural dependence in ways few advanced markets do. That contextual intelligence positions it uniquely as a bridge between advanced economies and the Global South. Solutions built for India’s scale and complexity can travel across similar geographies.

Harnessing the moment to avoid the risk of missing out

Hyperscalers and global technology giants are rapidly integrating satellite data into proprietary ecosystems. Cloud majors are already embedding satellite data into enterprise analytics stacks, blurring the lines between terrestrial cloud and orbital intelligence. In such a scenario, control over platforms can translate into control over standards, pricing and access. Data monopolies may emerge if regulatory and protocol frameworks are not shaped early.

When it comes to platform economies, early protocol-setters tend to shape the rules. Protocol ownership in the space economy will extend beyond technology and it will shape data standards, interoperability frameworks, spectrum governance, orbital traffic management and access architectures. Those who define these rules will influence pricing power, access, security norms and competitive advantage. In platform economies, infrastructure creators capture scale, but protocol designers capture control.

The trillion-dollar question

India has demonstrated its capability to reach space with both efficiency and reliability. The next significant challenge involves developing robust digital infrastructure, advanced AI ecosystems, and effective governance frameworks that will determine how space-derived intelligence is accessed and commercialised.

In the rapidly expanding space economy, valued at trillions of dollars, leadership will be determined not by who arrives first, but by who can manage and leverage these assets most intelligently. India has established proficiency in large-scale rocket production; the question now is whether it can also construct the foundational systems necessary to drive the future growth of the space industry.

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