| Prelims: (Defence Exercises; India–US Relations; Internal Security) Mains: (GS 2 – Bilateral Relations; GS 3 – Security, Defence Preparedness) |
The Indian Army and the United States Army will conduct the 16th edition of the joint Special Forces exercise, Vajra Prahar 2026, at the Special Forces Training School, Bakloh, Himachal Pradesh.
The exercise reflects the growing depth of defence cooperation between India and the United States.
India–US defence ties have strengthened significantly over the past two decades, marked by increasing joint exercises, logistics agreements, and strategic convergence in the Indo-Pacific.
The exercise is designed to:
Special Forces will conduct:
The exercise includes:
Participants will engage in:
In an evolving security environment marked by terrorism, hybrid warfare, and regional instability, joint Special Forces exercises enhance deterrence capability and readiness.
Exercise Vajra Prahar complements other India–US military engagements such as:
It reflects a shift from basic interoperability drills to high-end tactical integration.
FAQs1. What is Exercise Vajra Prahar? It is a joint Special Forces exercise conducted between the Indian Army and the US Army. 2. Where will the 2026 edition be held? At the Special Forces Training School, Bakloh, Himachal Pradesh. 3. What is the main objective of the exercise? To enhance interoperability, operational readiness, and exchange of advanced special operations tactics. 4. Which type of operations are emphasised? Counter-terrorism, precision strikes, intelligence-based missions, and joint battlefield planning. 5. Why is it significant? It strengthens India–US defence cooperation and improves preparedness against asymmetric and hybrid threats. |
| Prelims: (Geography + CA) Mains: (GS 3 – Infrastructure, Disaster Management, Energy Security; GS 1 – Physical Geography) |
Operations at the 450 MW Stage-I of the Baglihar Hydropower Project were recently suspended after flooding affected the project site on the Chenab River in Jammu & Kashmir.
The incident has raised concerns about the vulnerability of hydropower infrastructure to extreme weather and river flow fluctuations.
The Chenab River basin is prone to heavy rainfall, glacial melt, and flash floods, particularly during monsoon and extreme weather events. Hydropower projects located in Himalayan river systems face increasing climate variability risks.
The temporary shutdown of a major generating unit highlights the need for improved flood management, dam safety protocols, and climate-resilient infrastructure planning.
The Baglihar Hydropower Project is a 900 MW run-of-the-river power project located on the Chenab River in Ramban district of Jammu and Kashmir.
The project is a major contributor to northern India’s power supply and plays a role in regional energy security.
The Chenab valley is a structural trough formed between the Great Himalayan and Pir Panjal ranges.
Left Bank Tributaries:
Right Bank Tributaries:
1. Energy Security
2. Strategic Importance
Although primarily a run-of-the-river project, dam infrastructure helps moderate river flows to some extent.
Temporary suspension of operations underscores the need for:
Infrastructure Resilience: Hydropower projects in fragile Himalayan terrain must integrate disaster risk reduction measures.
Environmental Concerns: Run-of-the-river projects, though less storage-intensive, remain vulnerable to flash floods and glacial lake outburst floods (GLOFs).
Policy Perspective: The incident highlights the importance of balancing renewable energy expansion with ecological sensitivity and safety planning.
FAQs1. What is the capacity of the Baglihar project? It has a total installed capacity of 900 MW, with two stages of 450 MW each. 2. On which river is it located? It is located on the Chenab River in Jammu & Kashmir. 3. What type of dam is constructed? It is a concrete gravity dam under a run-of-the-river scheme. 4. Why were operations suspended? Due to flooding that affected Stage-I operations. 5. Why is the Chenab River important? It is the largest tributary of the Indus River and holds hydrological and strategic significance. |
| Prelims: (International Relations + CA) Mains: (GS 2 – India–US Relations; GS 3 – External Sector, Trade Policy) |
After the Supreme Court of the United States struck down tariffs imposed under the International Emergency Economic Powers Act (IEEPA), President Donald Trump invoked Section 122 of the Trade Act, 1974 to reimpose trade levies.
He initially announced a 10% universal tariff, later raising it to 15% — the maximum allowed under Section 122. However, the measure is temporary and can remain in force for only about five months unless approved by the US Congress.
The Supreme Court ruling significantly curtailed the President’s ability to impose sweeping tariffs using emergency powers. IEEPA was originally designed for sanctions and asset freezes, not broad-based trade levies.
With that route closed, the administration shifted to Section 122 — a rarely used balance-of-payments provision allowing temporary tariffs up to 15% for 150 days unless extended by Congress.
This marks a shift from executive-driven emergency tariffs to more legally constrained mechanisms.
Countries Better Off Under Flat Rate
Under the temporary flat 15% tariff, several major economies now face lower duties compared to earlier differential and punitive tariffs. These include:
For many of these countries, the 15% rate is lower than the previously imposed reciprocal or penalty-based tariffs.
Conversely, some countries that earlier faced lower duties may now be subject to relatively higher rates under the uniform structure, including:
India had been facing cumulative tariffs of up to 50% since August 2025 due to reciprocal measures and penalties linked to Russian oil imports.
Following a recent trade framework and removal of the oil penalty:
Additionally, around 55% of India’s exports to the US may revert to standard Most Favoured Nation (MFN) rates after IEEPA-based measures were struck down.
China had faced cumulative tariffs of roughly 45%, including reciprocal and fentanyl-related levies under IEEPA.
With IEEPA invalidated, the flat 15% tariff could temporarily place India and China on comparable footing — unless fresh measures are introduced under other statutory provisions.
The Supreme Court ruling:
This weakens the administration’s leverage in trade negotiations, as partners may adopt firmer negotiating stances.
Limited Congressional Path
To restore broader tariff authority, the President would require Congressional approval — difficult given slim legislative majorities and upcoming midterm elections.
Political Risks
Alternative Tools
The administration may rely on:
However, these involve procedural safeguards and narrower scope compared to IEEPA.
Continued Sectoral Tariffs
Section 232 tariffs remain in force:
Meanwhile, about 40% of India’s exports — including smartphones, petroleum products, and pharmaceuticals — remain exempt.
With reciprocal tariffs struck down:
India has reportedly postponed high-level trade engagements to reassess legal and strategic implications.
Short-Term Relief
Lower average tariffs improve export competitiveness.
Strategic Caution
India anticipates that the US may deploy alternative statutory mechanisms.
Trade Diplomacy
The evolving landscape underscores the importance of:
FAQs1. Why did the US shift to Section 122 tariffs? Because the Supreme Court struck down IEEPA-based tariffs, limiting executive emergency powers. 2. How long can the 15% tariff remain in force? Up to 150 days unless extended by Congress. 3. Is India better off under the new regime? Yes, compared to earlier cumulative tariffs of up to 50%, the 15% structure is relatively favourable. 4. Do other US tariff provisions still apply? Yes, Section 232 and Section 301 tariffs remain valid in specific sectors. 5. What does this mean for global trade? It signals stronger judicial oversight and a move toward more legally constrained, rules-based tariff measures. |
| Prelims: (Economics + CA) Mains: (GS 3 – Infrastructure, Energy Security, Emerging Technologies; GS 2 – Governance & Regulatory Frameworks) |
According to the chief of Grid India, India’s power system is set for major transformation as AI-driven data centres expand rapidly.
India is emerging as a global digital hub, driven by AI adoption, cloud services, fintech growth, and semiconductor expansion. Data centres—particularly hyperscale AI facilities—are energy-intensive and demand uninterrupted, high-quality power supply.
Unlike traditional industrial loads, AI data centres exhibit:
This transformation requires fundamental changes in grid planning, transmission infrastructure, and regulatory standards.
AI-driven data centres require direct high-voltage transmission connectivity rather than conventional sub-transmission systems.
Sudden withdrawal of 1–2 GW from inverter-based loads could destabilise grid frequency and voltage stability.
Experts highlight the need for:
Given AI’s unpredictable computational surges, peak load forecasting becomes increasingly complex.
Grid authorities emphasise that risks cannot be absorbed solely by the supply side—demand-side management and compliance norms are essential.
Globally, several jurisdictions mandate dedicated generation capacity for hyperscale facilities.
India’s grid codes and technical standards must evolve to:
Rapid hyperscale expansion without coordination could:
High-voltage substations and central-state coordination are critical.
Hyperscale data centres require stable, long-duration power.
While the United States increasingly relies on nuclear energy for such loads, India may require a diversified mix including:
Experts recommend:
Without pre-planned data centre zones, uncoordinated expansion could result in inefficient capital allocation and higher system costs.
Under India’s open access framework, consumers above 1 MW can procure power directly from generators or exchanges, bypassing DISCOMs.
This allows hyperscalers to:
Surplus generation capacity and upcoming pumped hydro projects could support round-the-clock green supply.
Energy efficiency improvements at the chip level are critical.
Companies like Intel are advancing technologies such as:
These innovations can improve efficiency by ~15% and reduce energy use by minimising data movement.
Additionally, a “heterogeneous AI” approach—allocating workloads across CPUs, GPUs, and specialised processors—can significantly cut power consumption.
Large AI data centre investors prioritise:
India’s AI ecosystem is still scaling, offering policymakers a strategic window for pre-emptive planning.
Energy Security: Data centres could become one of the fastest-growing electricity demand segments.
Grid Stability: Large inverter-based loads increase frequency and voltage management challenges.
Climate Commitments: Meeting AI demand while adhering to renewable targets requires integrated planning.
Economic Opportunity: India can position itself as a global AI and cloud hub if power infrastructure is reliable and competitively priced.
1. Dedicated Data Centre Zones-Pre-plan high-capacity substations and transmission corridors.
2. Mandated Hybrid Energy Mix-Require captive + renewable + storage-backed supply models.
3. Strengthen Grid Codes-Update standards to manage dynamic inverter-heavy loads.
4. Expand Pumped Hydro & Storage- Long-duration storage will be essential for stability.
5. Improve Forecasting & Digital Grid Management-Leverage AI-driven grid analytics to predict load variability.
FAQs1. Why are AI data centres a challenge for the grid? Because they are high-intensity, dynamic loads that can rapidly ramp up or withdraw large amounts of power. 2. What is India’s projected data centre demand by 2030? It may rise from 1.2 GW currently to 8–10 GW. 3. How can renewables support AI growth? Through open access procurement and integration with battery and pumped hydro storage. 4. Why is storage critical? It ensures grid stability during demand spikes and renewable variability. 5. Can India turn this into an opportunity? Yes—if infrastructure planning, regulatory clarity, and energy diversification are aligned with AI expansion needs. |
| Prelims: (Economics + CA) Mains: (GS 3 – Agriculture, External Sector, Inclusive Growth; GS 2 – Federalism & Trade Policy) |
Apple traders and political leaders in Jammu and Kashmir have expressed concern over reduced import duties on apples from the United States and the European Union under recent trade agreements.
They argue that lower tariffs could undermine the region’s horticulture sector, which forms the backbone of its rural economy.
US Apple Imports
India has reduced the basic customs duty on apples imported from the United States from 50% to 25%, while imposing a Minimum Import Price (MIP) of ₹80 per kilogram.
Under the India–EU trade framework:
Political leaders in J&K have termed these moves potentially harmful to domestic orchardists.
Apple cultivation is central to the region’s economy. According to the J&K Economic Survey 2025–26:
In 2024, J&K produced around 21 lakh metric tonnes of apples, contributing over 70% of India’s total apple output.
This makes the region the backbone of India’s apple supply chain.
Fragmentation limits mechanisation and economies of scale.
India produces about 7–8 tonnes per hectare, compared to:
Higher productivity abroad is driven by:
Popular global varieties like Gala apples are well established in Western markets.
Though India has recently introduced Gala cultivation, issues remain regarding:
This creates a perception gap in quality when compared to imports.
J&K has invested heavily in controlled-atmosphere (CA) cold storage infrastructure to stabilise prices.
Reduced import duties may allow fresh apples from countries like New Zealand to enter the Indian market at competitive prices during the off-season.
Possible consequences:
Political leaders and trade bodies in J&K have urged the Centre to:
They argue that without improvements in productivity and quality, local producers cannot compete effectively.
Trade-Off in Trade Policy
Competitiveness Imperative
The debate highlights the need for:
Technological upgradation.
Federal Concerns
The issue reflects tension between national trade diplomacy and regional economic interests.
For J&K Economy-Apple cultivation supports livelihoods, rural income, and social stability.
For Agricultural Reform-Trade exposure could push productivity improvements but may cause short-term distress.
For Consumer Welfare-Lower prices could benefit urban consumers.
For Trade Strategy-India must balance market access commitments with safeguards for sensitive sectors.
FAQs1. Why are J&K apple traders concerned? Reduced import duties may allow cheaper foreign apples to undercut local produce. 2. How important is apple cultivation to J&K? It contributes over 70% of India’s apple production and supports millions of livelihoods. 3. What is a Tariff Rate Quota (TRQ)? It allows a fixed quantity of imports at reduced duty, beyond which higher tariffs apply. 4. What structural issues affect J&K orchardists? Small landholdings, lower productivity, and quality gaps. 5. What is the long-term solution? Improving productivity, modernising infrastructure, and enhancing competitiveness rather than relying solely on tariff protection. |
Conclusion
The 2026 Northeast forest fires clearly demonstrate that climate-related disasters pose a growing threat to sensitive ecological regions. The swift action by the IAF and Army has been commendable, but the long-term solution lies in striking a balance between traditional practices and modern fire management. Protecting this region is essential for India's climate commitments and regional environmental security.
China recently publicly demonstrated the CJ-1000 ground-launched scramjet-powered hypersonic missile during a military parade in Beijing.
Our support team will be happy to assist you!
Contact Us 
New Batch : 9555124124/ 7428085757 
Tech Support : 9555124124/ 7428085757
