Reenergising India’s Space Ecosystem for Strategic Autonomy

Reenergising India’s Space Ecosystem for Strategic Autonomy

Syllabus:

GS-3: Space Technology, Achievements of Indians in Science & Technology, 2nd ARC

Why in the News?

Recent PSLV and GSLV mission setbacks, delays in NavIC satellite deployment, and India’s continued dependence on foreign satellite constellations during Operation Sindoor have reignited debate on structural weaknesses in India’s space ecosystem and the urgent need for strategic reforms. These issues highlight the importance of environmental considerations and regulatory frameworks in space activities, similar to the environmental clearance processes used in terrestrial projects.

Recent Launch Failures Expose Systemic Weaknesses:

● The PSLV-C62 failure and earlier GSLV-F15 anomaly highlight growing reliability concerns in India’s launch vehicles.

● The GSLV mission failed to place NavIC NVS-02 into its final orbit, weakening India’s indigenous navigation capability.

● India requires at least seven NavIC satellites, but currently has only four fully functional, with two nearing end-of-life.

● Repeated failures risk undermining investor confidence, military preparedness, and global credibility of ISRO launch services.

● These failures signal deeper issues beyond rockets—spanning planning, funding, production timelines, and ecosystem coordination. The space sector could benefit from adopting principles similar to the precautionary principle used in environmental jurisprudence to prevent potential harm.

Understanding Space Security & Governance:

Key Facts

● NavIC (Navigation with Indian Constellation)

○ India’s regional Global Navigation Satellite System (GNSS) designed for strategic autonomy.

○ Requires a minimum of seven operational satellites (three in GEO and four in GSO).

○ Provides accurate positioning, navigation, and timing (PNT) services over India and the surrounding region up to 1,500 km.

○ Developed to reduce dependence on foreign GNSS systems after GPS denial during the Kargil conflict.

● Beidou Navigation Satellite System (BDS)

○ China’s global GNSS, fully operational with strong civil–military integration.

○ Supports missile guidance, precision strikes, logistics, and ISR operations.

○ Reflects China’s emphasis on space-enabled warfare and data sovereignty.

● International Telecommunication Union (ITU)

○ A UN specialised agency responsible for allocating radio-frequency spectrum and orbital slots.

○ Timely ITU filings are critical to prevent loss of strategic orbits, especially in LEO and MEO.

○ Dominated by early and aggressive filings from the US and China.

● ELINT (Electronic Intelligence)

○ Involves interception and analysis of enemy radar, communication, and electronic emissions.

○ Crucial for electronic warfare, threat detection, and airspace dominance.

○ Modern militaries rely on satellite-based ELINT constellations rather than single platforms.

● SSA (Space Situational Awareness)

○ Capability to track satellites, space debris, and hostile space activities.

○ Essential for collision avoidance, counter-space preparedness, and orbital security.

○ Increasingly important due to congestion and weaponisation of outer space.

Institutions & Acts:

● Indian Space Research Organisation (ISRO)

○ India’s civilian space agency, responsible for satellite launches, planetary missions, and space science.

○ Traditionally focused on developmental and prestige missions, with limited military integration.

● Defence Space Agency (DSA), 2019

○ India’s tri-service organisation tasked with coordinating military space operations.

○ Functions under the Integrated Defence Staff but remains underpowered and under-resourced.

● Outer Space Treaty, 1967

○ Foundational international treaty governing peaceful use of outer space.

○ Prohibits weapons of mass destruction in space and national sovereignty claims over celestial bodies.

● IN-SPACe (Indian National Space Promotion and Authorization Centre)

○ Regulates and promotes private-sector participation in India’s space ecosystem.

○ Acts as a single-window clearance body for non-governmental space activities, similar to how environmental clearances function for terrestrial projects.

● Space Activities Bill (Proposed)

○ Aims to provide a comprehensive legal framework for commercial and strategic space operations.

○ Seeks to address liability, licensing, insurance, and dispute resolution in the space domain.

Strategic Vulnerability from Incomplete Navigation Sovereignty

● NavIC was developed after the US denied GPS access during the Kargil War, underscoring navigation as a strategic asset.

● Despite early success, India has fallen behind China’s Beidou GNSS, which operates globally and independently.

● China restricts Google services domestically while promoting sovereign digital and navigation systems.

● India’s engagement with Starlink raises sovereignty concerns, especially given Elon Musk’s selective denial of services to Ukraine.

● Inadequate NavIC coverage weakens military precision, civilian navigation reliability, and data sovereignty.

Commercial Space Bottlenecks Limiting India’s Growth

● India faces three major commercial space constraints:

○ Low launch frequency due to reliability concerns and limited launch infrastructure.

○ Delays in satellite manufacturing, affecting deployment timelines.

○ Rapid exhaustion of orbital slots and spectrum, due to late ITU filings.

● The US and China have made hundreds of thousands of ITU filings, cornering orbital real estate.

● India’s small satellite launch share dropped from 35% in 2017 to zero by 2024.

● Focus on prestige missions like Gaganyaan diverted attention from scalable commercial launches.

● Weak midstream and downstream capabilities limit India’s space-based revenue generation.

Military Dependence During Operation Sindoor

● Operation Sindoor revealed India’s heavy reliance on foreign remote sensing satellites.

● Satellite imagery from allied nations was selectively delayed, constraining operational decision-making.

● In contrast, China supplied 129 high-resolution satellite images to Pakistan between January–April 2025.

● These images reportedly aided planning of the Pahalgam terrorist attack on April 22, 2025.

● India lacks a dense constellation for real-time ISR (Intelligence, Surveillance, Reconnaissance).

Lag in Electronic Intelligence and Counter-Space Capabilities

● India launched an experimental ELINT satellite, but failed to scale it into operational constellations.

● Absence of a clear roadmap and sustained funding stalled ELINT development.

● China operates 170+ ELINT satellites across 15 constellations, enabling advanced electronic warfare.

● During Operation Sindoor, Pakistan claimed it could electronically identify IAF aircraft, enabled by Chinese data.

● China has demonstrated satellite manoeuvres, jamming attempts, and counter-space operations near Indian assets.

Structural Asymmetry with China’s Military-Driven Space Model

● China’s defence budget is three times India’s, with 10:1 advantage in launch capacity.

● China operates over 1,000 satellites, including 396 remote sensing satellites as of 2024.

● India’s Space-Based Surveillance-II plan targets 52 defence satellites by 2030, but progress is slow.

● Only one defence satellite launched between 2023–2025 signals execution gaps.

● China’s military-controlled space programme allows rapid integration of civilian and military objectives.

Institutional Gaps and Data Fragmentation in India

● India lacks a dedicated military space force, unlike the US Space Force, China’s PLA Strategic Support Force, and Russia.

● The Defence Space Agency (DSA), raised in 2019, remains under-empowered and lower-ranked.

● It is staffed largely by non-specialists, unlike global counterparts.

● Armed services operate in data silos, preventing a common operating picture.

● Strategic autonomy is undermined without data self-sufficiency and space-based situational awareness.

Challenges:

● Technological Lag: Repeated launch failures and slow satellite deployment reduce operational readiness.

● Institutional Weakness: Absence of a unified military space command limits coordinated responses.

● Orbital Scarcity: Delayed ITU filings have allowed competitors to dominate orbital slots.

● Dependence Risk: Over-reliance on foreign satellite data threatens operational secrecy and sovereignty.

● Funding Constraints: ELINT and ISR constellations lack assured, long-term financial backing.

● Private Sector Underutilisation: Indian startups face regulatory delays and limited launch opportunities.

● Geopolitical Pressure: China’s growing space cooperation with Pakistan, Nepal, and South Asia erodes India’s regional edge.

Way Forward:

● Launch Reliability Reform: Prioritise mission assurance, redundancy, and independent audits of ISRO systems.

● NavIC Expansion: Accelerate deployment of full-strength NavIC constellation with civilian-military integration.

● Dedicated Military Space Force: Elevate the Defence Space Agency into a full-fledged command.

● ELINT and ISR Scaling: Fund and deploy constellation-based ELINT and remote sensing systems.

● Private Sector Enablement: Encourage public-private partnerships for satellite production and launches.

● Fast-Track ITU Filings: Secure spectrum and orbital slots through proactive diplomatic and regulatory engagement.

● Integrated Data Architecture: Create a unified space-cyber-ISR network for real-time decision-making.

● Regional Leadership: Offer competitive alternatives to Chinese space services for South Asian neighbours.

● Environmental Considerations: Implement environmental impact assessments for space activities to ensure sustainable development of the sector, similar to the ex post facto environmental clearances process used in terrestrial projects.

Conclusion:

Space is no longer a prestige domain but a strategic warfighting and economic enabler. Without urgent reforms in launch capability, institutional structure, and data sovereignty, India risks strategic marginalisation. Atmanirbharta in space is not optional—it is foundational to national security and autonomy. As India develops its space capabilities, it must also consider the environmental jurisprudence and pollution-free environment principles to ensure responsible and sustainable space exploration.

Mains Practice Question:

“India’s space programme faces structural, institutional, and strategic challenges despite technological achievements.” Examine the issues exposed by recent launch failures and military operations, and suggest reforms required to build a resilient, autonomous space ecosystem capable of supporting national security objectives. Consider the potential application of environmental principles like the polluter pays principle and precautionary principle in the context of space activities.