General Studies-3; Topic: Challenges to internal security through communication networks, role of media and social networking sites in internal security challenges, basics of cyber security; money-laundering and its prevention
Introduction
- The evolution of warfare reflects a long history of heavy investments in technology, innovation, and human resources.
- The rise of artificial intelligence (AI) and autonomous systems marks the major transition in the character of war.
- AI and space technologies combined constitute a transformative force that reshapes security, governance, and global power competition.
About AI, Space Militarisation, and Modern Warfare:
- AI, space militarisation, and modern warfare are reshaping global security by merging autonomous systems with satellite-based surveillance, communication, and targeting.
Growing Importance of Outer Space in National Security
- Space is now central to data flows, communication, scientific research, disaster warnings, financial transactions, and governance systems.
- Space-based systems support key civilian sectors—health, agriculture, climate monitoring, energy, transportation, and navigation.
- Most importantly, outer space has become a foundational pillar of national security, making satellite systems indispensable for modern armed forces.
- In 2019, NATO recognised space as an operational domain, joining land, air, maritime, and cyberspace.
- Multiple nations have since created dedicated space forces or space commands to protect their assets and military networks.
Transformation of Warfare Through Space-Based Systems
- Space technologies now assist land, air, and naval operations by enhancing command-and-control, surveillance, and precision warfare.
- Satellites provide:
- intelligence, surveillance, and reconnaissance (ISR)
- secure communication
- missile early-warning
- navigation and precision targeting
- maritime domain awareness
- However, space assets face increasing vulnerability to kinetic and non-kinetic attacks:
- anti-satellite (ASAT) missiles
- jamming of communication signals
- GPS spoofing
- cyber intrusions on ground stations
- laser dazzling or blinding of satellites
- India’s 2019 ASAT test demonstrated capability but also highlighted the need for greater space situational awareness.
AI as a Strategic Force Multiplier in Space
- AI elevates the military value of satellites by enabling:
- autonomous navigation
- real-time data processing
- predictive analytics for operational planning
- automated threat detection
- intelligent sensor networks
- AI is increasingly used in:
- space surveillance and tracking
- image interpretation
- autonomous drones and loitering munitions
- electronic warfare
- The synergy of AI and space systems also enhances civilian applications such as disaster management, climate forecasting, and mineral exploration.
- However, the same capabilities enable offensive functions, raising concerns about surveillance, weapons autonomy, and possible arms races.
India’s Rising Investments in Defence and Space Technology
- India’s defence spending increased from ₹2.53 trillion (2014) to ₹6.81 trillion (FY 2025-26), reflecting growing security needs.
- Space-based systems have gained priority due to rising Chinese capabilities and Indo-Pacific security concerns.
- In 2024, the Cabinet Committee on Security approved Phase-3 of the Space-Based Surveillance Programme for launching 52 surveillance satellites.
- 31 satellites will be produced by private companies.
- 21 will be built and launched by ISRO.
- India is adopting a mixed public–private model to strengthen its space ecosystem, similar to the US and European models.
- India’s 2019 Project NETRA enhances space situational awareness and tracks threats to satellites.
AI-Enabled Space Security: Opportunities and Ethical Risks
- AI improves efficiency but raises issues of:
- algorithmic bias
- autonomy in weapons
- accountability for machine errors
- risks of accidental escalation
- AI-powered satellite surveillance could create:
- privacy concerns
- destabilising intelligence advantages
- dual-use systems that blur lines between offence and defence
- Without clear ethical frameworks, AI-based military systems could amplify cyber threats, misinformation attacks, and automated battlefield decisions.
Gaps in International Space Law and the Limits of the Outer Space Treaty
- The 1967 Outer Space Treaty (OST) is the foundational global document governing space.
- Article IV prohibits:
- nuclear weapons or weapons of mass destruction (WMD) in space
- stationing of WMDs in orbit
- military bases on celestial bodies
- However, the OST faces serious limitations:
- It does not explicitly prohibit ASAT tests.
- It does not address non-WMD modern weapons (AI systems, cyber tools, lasers, drones).
- Its terms are broadly interpreted and allow loopholes.
- Countries have exploited these ambiguities to pursue space militarisation without formally violating the treaty.
- The OST predates the digital age and lacks provisions for:
- private sector involvement
- autonomous systems
- dual-use technologies
- space traffic management
Need for a Comprehensive National Space Law in India
- India remains one of the few major spacefaring nations without a full-fledged national space legislation.
- Existing governance is handled through:
- ISRO policies
- IN-SPACe guidelines
- sector-specific regulations
- A national space law should:
- create clear rules for private companies
- regulate dual-use technologies
- establish export-control mechanisms
- ensure accountability for space accidents
- define liability in case of damage in orbit
- strengthen India’s international commitments
- incorporate AI-specific norms (transparency, oversight, audit)
- A strong legal framework would enhance investor confidence, support defence preparedness, and strengthen India’s global credibility.
Policy Measures for Strengthening India’s Space and Defence Preparedness
- Draft a comprehensive national space law covering commercial, civil, and defence activities.
- Strengthen AI governance through ethical principles, safety audits, and human oversight requirements.
- Enhance space situational awareness with more Space Situational Awareness (SSA) ground stations and AI-enabled sensors.
- Boost cybersecurity for satellites and control systems to prevent hacking or spoofing.
- Promote public–private partnerships to accelerate indigenous development of launch vehicles, micro-satellites, and AI systems.
- Engage in global norm-building through forums like:
- UN COPUOS (Committee on the Peaceful Uses of Outer Space)
- QUAD
- G20
- BRICS
- Establish a Unified Space Command integrating the armed forces for coordinated space defence.
- Invest in secure communication networks, quantum encryption, and advanced surveillance platforms.
Conclusion
- AI and space technologies are redefining warfare, governance, and global power structures.
- India must anticipate emerging risks, including dual-use dilemmas, surrogate militarisation, and AI-driven escalation.
- The next phase of global geopolitics will be shaped not only by territorial borders but by the ability of nations to responsibly govern and secure space and AI ecosystems.
