While lunar exploration captures headlines, a more immediate competition unfolds in near-Earth space—the scramble for radio frequencies and orbital positions required for satellite communications. Megaconstellations are transforming global internet access but simultaneously triggering an unprecedented race for the electromagnetic spectrum bands that enable data transmission between space and ground.
The Essential Resource
Radio spectrum functions for space operations as oxygen does for terrestrial life—absolutely essential. Satellite communications depend on specific frequency ranges allocated by the International Telecommunication Union to prevent signal interference. The most coveted bands include Ku-band (12-18 GHz) and Ka-band (26-40 GHz) for high-speed broadband, plus L-band (1-2 GHz) for GPS applications. Beyond frequency allocation, satellites require specific orbital positions ensuring ground antenna coverage, creating a dual scarcity problem.
Constellation Explosion
Satellite deployment has accelerated dramatically. SpaceX’s Starlink constellation, launched in 2019, now exceeds 8,000 satellites with authorization for 42,000. OneWeb operates 648 spacecraft, Amazon’s Project Kuiper targets 3,200, and China’s GuoWang aims for 13,000. This proliferation reflects projected market expansion from $4.27 billion in 2024 to $27.31 billion by 2032—a 25.5 percent annual growth rate driven by remote connectivity demand and declining launch costs. The competition extends beyond commerce into strategic technological sovereignty for nations outside Western spheres.
Governance Under Strain
The ITU, a UN specialized agency with 194 member states, coordinates all satellite spectrum and orbital slot allocation globally. Operating on the principle that these resources are “limited natural resources that must be used rationally, efficiently and economically,” the organization employs a first-come, first-served coordination system. Operators file frequency applications and coordinate with potentially affected administrations before receiving international recognition.
This framework inherently advantages well-capitalized entities from spacefaring nations capable of early filing and navigating complex technical-legal coordination processes. Late applicants risk discovering optimal spectrum-orbital combinations already claimed. The World Radiocommunication Conference 2023 introduced reforms through Resolution 8, requiring operators to report deviations between planned and actual deployments, preventing phantom claims. The conference also formalized megaconstellation deployment timelines: 10 percent within two years, 50 percent within five years, and completion within seven years.
The ITU’s operational framework, designed for the 1960s-1990s satellite era when hundreds of spacecraft operated, now struggles with thousands of annual deployments. The organization’s 2025-2029 plan prioritizes “spectrum and satellite orbits,” acknowledging that approximately 80 percent of satellite-related agenda items reflect megaconstellation dominance in international spectrum management.
The Connectivity Paradox
Mega constellations offer genuine solutions to global connectivity disparities. The Global Connectivity Index reveals Switzerland leading at 34.41 while India scores 8.59—nearly a fourfold gap. Approximately 2.6 billion people remained offline at the start of 2025, concentrated in South Asia, Africa, and Latin America.
Low-earth orbit satellites (150-2,000 km altitude) deliver superior performance compared to traditional geostationary platforms (35,786 km altitude). Latency drops from 600+ milliseconds to 20-40 milliseconds, enabling real-time applications like telemedicine and online education in regions where terrestrial infrastructure is impractical.
Affordability remains the critical barrier. Starlink user terminals cost approximately $600 with ongoing monthly subscriptions—prohibitive for rural populations without subsidies or tiered pricing. The ITU’s Connecting Humanity Action Blueprint estimates closing the digital divide by 2030 requires $2.6-2.8 trillion in investment, underscoring challenge magnitude.
Emerging spacefaring nations face dual imperatives: securing spectrum access through ITU coordination while ensuring connectivity translates to genuine affordability rather than premium services for urban enterprises and wealthy households.
India’s Strategic Position
India exemplifies this tension. ISRO’s GSAT-N2 satellite provides 48 Gbps throughput covering remote regions including the Andaman & Nicobar Islands and Northeast territories. Bharti Enterprises’ 39 percent stake in OneWeb positions India within the global LEO ecosystem. The Telecom Regulatory Authority recommended administrative spectrum allocation recognizing that non-geostationary satellite spectrum can be shared with proper coordination, accelerating deployment while maintaining affordability.
The fundamental question persists: without regulatory universal service obligations or government subsidies, satellite broadband risks becoming premium infrastructure widening rather than bridging urban-rural divides.
Sustainability Crisis Looms
Current trajectories project over 50,000 satellites launched by 2030. Earth orbit currently hosts approximately 40,000 tracked objects, including 27,000+ debris pieces exceeding 10 cm diameter. The ITU adopted Resolution ITU-R 74 in 2023 mandating sustainable spectrum and orbital resource use, including space debris mitigation. The resolution requires satellite deorbiting within 25 years of mission completion, preventing defunct spacecraft accumulation.
Compliance remains inadequate—at best 70 percent of operators actually de-orbit within the prescribed timeframe. This gap means debris accumulates faster than removal, threatening long-term orbital space sustainability.
Mega constellation success depends on governance frameworks balancing commercial innovation with scientific research, equitable access, and orbital sustainability. Without binding international standards and equitable allocation mechanisms, spectrum competition could create an orbital environment too congested for anyone to use effectively. For emerging space nations like India, shaping these frameworks now rather than accepting rules written by other governments will determine whether space becomes a shared resource or a domain of persistent inequality.
