Mains Practice Questions for the Day
- Q. The Carbon Border Adjustment Mechanism (CBAM) has significant implications for India’s trade and climate policy. Discuss how the proposed India Border Adjustment Mechanism (IBAM) can help address these challenges. (15 M)
- Q. The increasing use of dual-use satellites has transformed the nature of modern space warfare. Examine the challenges posed by this shift and suggest measures to address them. (15 M)
Q. The Carbon Border Adjustment Mechanism (CBAM) has significant implications for India’s trade and climate policy. Discuss how the proposed India Border Adjustment Mechanism (IBAM) can help address these challenges. (15 M)
(GS Paper III – Environment | Economy | Climate Change | International Trade)
Introduction:
The European Union’s Carbon Border Adjustment Mechanism (CBAM), operational from 2026, imposes a carbon cost on imports of emission-intensive goods such as steel, cement, aluminium, and fertilisers. This increases compliance costs for Indian exporters and leads to loss of price competitiveness in global markets. Moreover, since the revenue collected under CBAM accrues to the EU, it results in an external drain of financial resources linked to India’s emissions. In this context, India is considering the India Border Adjustment Mechanism (IBAM) to internalise carbon pricing, retain revenues domestically, and align trade policy with climate objectives.
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1.Understanding CBAM and Its Implications for India
- CBAM is designed to impose a carbon price on imports equivalent to the price paid by EU producers under its Emissions Trading System, thereby ensuring a level playing field.
- It targets carbon-intensive sectors such as steel, aluminium, cement, fertilisers, electricity, and hydrogen, which are critical for India’s export basket.
- Indian industries, which often operate with higher carbon intensity due to developmental constraints, face increased costs and reduced profit margins in EU markets.
- The mechanism effectively extends EU climate regulations beyond its borders, making global trade sensitive to carbon emissions.
- Since CBAM revenues are retained by the EU, India loses potential financial resources that could otherwise support its own green transition.
2.India’s Existing Framework: Carbon Credit Trading Scheme (CCTS)
- India has introduced a Carbon Credit Trading Scheme to create a domestic carbon market based on emission reductions and tradable credits.
- The scheme incentivises industries to adopt cleaner technologies and reduce emissions in a cost-effective manner.
- It establishes a domestic carbon pricing framework, which can be used to argue that Indian exports have already borne a carbon cost.
- Under CBAM provisions, such domestic carbon pricing can potentially be recognised, reducing the overall tax burden on exporters.
3.Role of IBAM in Addressing CBAM Challenges
- IBAM proposes to impose a carbon-based adjustment domestically on goods exported to countries implementing CBAM-like measures.
- This ensures that carbon-related revenues are collected within India rather than being transferred to foreign jurisdictions.
- The funds generated through IBAM can be channelled into green infrastructure, renewable energy expansion, and industrial decarbonisation.
- It transforms an external cost into an internal developmental resource, thereby strengthening domestic economic resilience.
- IBAM also enhances India’s negotiating power in international trade and climate discussions by demonstrating a credible carbon pricing mechanism.
4. Carbon Leakage and Climate Justice Dimension
- Carbon leakage refers to the relocation of industries from countries with strict climate policies to those with weaker regulations, leading to no net reduction in global emissions.
- While CBAM aims to address this issue, it places a disproportionate burden on developing countries like India, which have lower historical emissions.
- This raises concerns of climate injustice, as developed countries effectively shift the cost of decarbonisation onto exporters while retaining financial benefits.
- IBAM can act as a corrective mechanism by ensuring that developing countries retain carbon-related revenues and use them for sustainable development.
5.Legal and Trade Considerations
- IBAM must be carefully designed to comply with World Trade Organization (WTO) rules to avoid being challenged as a protectionist measure.
- Under provisions such as Annex 14-A of trade agreements, India can engage in technical dialogue to seek recognition of its domestic carbon pricing systems.
- If IBAM is aligned with global norms, it can be treated as a legitimate carbon cost paid in the country of origin, thereby reducing CBAM liabilities. • Transparency, non-discrimination, and consistency with international trade law are essential for its acceptance.
6. Challenges in Implementing IBAM
- Accurate measurement of embedded carbon emissions across industries requires advanced data systems, monitoring mechanisms, and technical expertise.
- There is a risk that additional carbon pricing may increase production costs for Indian exporters in the short term, affecting competitiveness.
- Institutional coordination between multiple ministries such as environment, commerce, and finance is complex and requires strong governance mechanisms.
- Ensuring transparency and accountability in the utilisation of IBAM revenues is critical for maintaining policy credibility.
- There is also the possibility of trade disputes if IBAM is perceived as inconsistent with international trade rules. 7. Way Forward
- India should strengthen its domestic carbon market under the CCTS with robust monitoring, reporting, and verification systems.
- IBAM must be designed as a transparent and WTO-compliant instrument aligned with international best practices.
- Investment in cleaner technologies and energy-efficient processes is essential to reduce carbon intensity in export sectors.
- Revenues generated from IBAM should be ring-fenced and utilised for verifiable green projects, renewable energy expansion, and climate adaptation.
- India must actively engage in global negotiations to ensure fair recognition of its developmental needs and climate efforts.
Conclusion:
The emergence of CBAM signifies a new era where climate policy and international trade are deeply interconnected. While it poses challenges to India’s export competitiveness and economic interests, it also creates an opportunity to develop IBAM as a strategic policy tool. A well-designed IBAM can help India retain carbon revenues, accelerate its green transition, and ensure that climate action remains equitable and aligned with the principles of sustainable development.
Q. The increasing use of dual-use satellites has transformed the nature of modern space warfare. Examine the challenges posed by this shift and suggest measures to address them. (15 M)
(GS Paper III – Internal Security | Space Technology | Cyber Security | International Relations)
Introduction:
The nature of space warfare has undergone a fundamental transformation with the rise of dual-use satellites, which serve both civilian and military purposes. Unlike traditional kinetic warfare, modern conflicts increasingly involve cyber and electronic interference such as signal jamming, spoofing, and cyberattacks. This has blurred the distinction between civilian and military assets, creating new strategic, legal, and security challenges.
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1.Concept of Dual-Use Satellites and Changing Nature of Warfare
- Dual-use satellites are designed for civilian functions such as communication, navigation, and weather forecasting but are also used for military applications like intelligence, surveillance, and reconnaissance.
- The same satellite infrastructure supports both civilian services (telecom, banking, aviation) and defence operations, making them highly strategic assets.
- Space warfare has shifted from kinetic destruction (anti-satellite weapons) to non-kinetic methods aimed at disruption, degradation, and manipulation of satellite systems.
- These operations are often covert and fall within “grey-zone conflicts,” avoiding direct military escalation while causing significant disruption.
2.Tools and Techniques in Modern Space Cyber Warfare
- Jamming involves deliberate interference with satellite signals, disrupting communication and navigation systems.
- Spoofing manipulates satellite signals to provide false information, such as incorrect GPS coordinates, affecting both civilian and military operations.
- Cyberattacks target ground stations and control systems, allowing adversaries to disrupt or take control of satellite functions.
- Malware and software attacks can compromise satellite systems over time without visible physical damage.
- These techniques are remote, difficult to detect, and leave minimal physical evidence, increasing their strategic attractiveness.
3.Key Challenges Posed by Dual-Use Satellites
- Blurring of Civilian-Military Distinction: Attacks on dual-use satellites affect civilian infrastructure, violating the principle of distinction under international humanitarian law.
- Legal Vacuum: Existing frameworks such as the Outer Space Treaty do not address cyber operations or electronic interference, creating regulatory gaps.
- Attribution Problem: Cyberattacks can be routed through multiple networks, making it difficult to identify the responsible actor and weakening deterrence.
- Escalation Risks: Disruption of critical infrastructure like communication and navigation can trigger unintended escalation between states.
- Dependence on Space Infrastructure: Modern economies rely heavily on satellites, making them vulnerable to systemic disruptions.
4.Case Study and Emerging Trends
- The KA-SAT cyberattack demonstrated how satellite communication networks can be disrupted without physical destruction
- It affected both civilian and military systems across multiple countries, highlighting vulnerabilities in dual-use satellite networks.
- Increasing reliance on commercial satellite constellations further complicates accountability and security
5.India’s Response and Global Implications
- India has introduced space cybersecurity guidelines through CERT-In, focusing on a secure-by-design approach.
- These guidelines aim to strengthen satellite communication security, ground station protection, and incident response mechanisms.
- However, challenges remain in real-time threat detection, advanced cyber defence, and attribution capabilities.
- Globally, the rise of non-kinetic space warfare is shifting security dynamics towards persistent low-intensity conflicts.
6.Way Forward
- Develop comprehensive international legal frameworks to regulate cyber operations in outer space.
- Update existing treaties such as the Outer Space Treaty to address dual-use and cyber warfare challenges
- Strengthen global cooperation in space cybersecurity through information sharing and joint response systems.
- Invest in resilient and redundant satellite infrastructure to minimise disruption risks.
- Promote secure-by-design principles across all space missions and enhance indigenous capabilities.
Conclusion:
The emergence of dual-use satellites has blurred the boundaries between civilian and military domains, fundamentally altering the nature of space warfare. Addressing these challenges requires a combination of legal reforms, technological resilience, and international cooperation. Ensuring the security of space infrastructure is essential for maintaining global stability in an increasingly space-dependent world.
