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China’s Missile Challenge: India’s Strategic Preparedness and Future Direction
General Studies Paper – III: Technology, Economic Development, Biodiversity, Environment, Security and Disaster Management.
Context
The nature of modern warfare is changing at a rapid pace. Compared to traditional wars, missiles have today become an effective means of producing more destructive effects in less time, exerting political pressure, and disrupting the military and economic capacity of an adversary country. Even a limited-scale conventional missile attack can seriously affect a country's military bases, communication networks, energy infrastructure, and decision-making systems. In such a scenario, China’s continuously evolving missile capability has emerged as a significant strategic challenge for India’s national security.
China’s Missile Capability and its Strategy
According to various strategic studies and defense analysts, China has developed sufficient conventional missile capabilities in the direction of India under its Western Theatre Command. China’s strategy is not limited to nuclear deterrence; rather, it views conventional missiles as an effective tool for political pressure, military deterrence, and limited warfare.
China’s missile arsenal includes ballistic missiles like the DF-15B, DF-16, DF-21C, and DF-26. Among these, short-range missiles are capable of targeting military bases along the border, while medium-range missiles like the DF-26 can reach strategic and high-value targets located within India. Additionally, China is working rapidly on the development of high-speed and hypersonic missile technology, which could further increase its offensive capability in future wars.
Major Challenges Before India
Geographical Challenge: The Himalayas have long been considered India’s natural protective shield, but the expansion of Chinese military infrastructure on the Tibetan Plateau has provided it with a significant strategic advantage. This places China in a position to conduct missile operations in a relatively shorter time, whereas the response time for India may be limited.
- Technical Challenges: India has made remarkable progress in the development of the Agni series, BrahMos, Pralay, Nirbhay, and other indigenous missile systems; however, there remains a need to further strengthen long-range conventional strike capability, real-time targeting, and network-centric missile operations. Hypersonic technology is also still in the development phase.
- Institutional Challenge: India has institutional arrangements like the Strategic Forces Command, but a dedicated Rocket Force for conventional missile operations, similar to China’s PLA Rocket Force, has not yet been developed. This creates a challenge for the coordinated operation of various missile systems.
Does India Need a Dedicated Rocket Force?
Many defense experts are of the opinion that in the changing security environment, India should consider establishing a dedicated conventional Rocket Force. Its objective would be to develop the capability for long-range precision strikes under an integrated command during wartime. The key objectives of such a Rocket Force could be—
- Putting important military and logistical establishments of the Western Theatre Command at credible risk.
- Developing the capability to disable military infrastructure such as roads, railways, airbases, and logistical networks in border areas when necessary.
- Conducting precision strikes on enemy command centers, ammunition depots, and military bases in the combat zone.
India’s Strategic Preparedness:
Doctrinal Level: India should periodically re-evaluate its conventional missile doctrine in accordance with the changing security environment. Along with developing the capability for precision strikes against high-value military and strategic targets, integrated target lists, rapid decision-making systems, and joint operational doctrines should be developed.
- Structural Level: If a dedicated Rocket Force is formed in the future, it could be operated under the coordinated leadership of the Chief of Defence Staff (CDS), which would establish better synergy between the three services. Simultaneously, an increase in the number and diversity of medium and long-range conventional missiles is also necessary.
- Technical Level: It is necessary to increase investment in the following areas in collaboration with the Defence Research and Development Organization (DRDO) and the private defense industry—
- Hypersonic technology
- Advanced propulsion systems
- Semiconductor manufacturing
- High-grade strategic materials
- Artificial Intelligence-based targeting
- Indigenous electronic and sensor systems This will reduce foreign dependence and promote defense self-reliance.
Interim Strategic Measures
Until India fully develops its long-term missile capability, some important steps can be taken—
- Decentralizing and strengthening the security of Indian Air Force airbases.
- Expansion of multi-layered air and missile defense systems.
- Increase in long-range conventional strike capability.
- Strengthening satellite-based surveillance and real-time intelligence mechanisms.
- Expansion of cyber and electronic warfare capabilities.
- Developing space-based early warning systems.
Analysis
Military competition between India and China is no longer limited to troop numbers or border disputes; it has now reached new dimensions such as long-range strike capability, artificial intelligence, space surveillance, cyber warfare, and missile deterrence.
- India has made remarkable increases in its strategic capability over the past years through initiatives like BrahMos, the Agni series, Pralay, Akash, S-400, the Ballistic Missile Defense program, and the Defence Space Agency. Yet, considering the nature of future wars, there is a need for greater investment in the better integration of missile forces, rapid targeting, network-centric warfare systems, and indigenous defense technology.
- At the same time, it is also necessary to keep in mind that military power alone is not sufficient. Effective diplomacy, economic capacity, technological innovation, multilateral partnerships, and an indigenous defense industry are also equally important pillars of national security.
Conclusion
China’s increasing missile capability presents a complex and multi-dimensional strategic challenge before India. In the changing global security landscape, relying solely on traditional military power will not be sufficient. India must adopt a coordinated defense strategy, strengthening missile capability, air and missile defense, space surveillance, cybersecurity, indigenous defense manufacturing, and joint military commands in parallel. This comprehensive approach, based on a balance of credible deterrence, strategic autonomy, and regional stability, can further strengthen India’s long-term national security.
Conservation of White-rumped Vulture: An Uncertain Future and Challenges
General Studies Paper – III: Technology, Economic Development, Biodiversity, Environment, Security, and Disaster Management.
Context
White-rumped vultures were once the most abundant large birds in the Indian subcontinent, but after the 1990s, their population declined by more than 99% due to the veterinary use of painkiller drugs like 'Diclofenac'. Although efforts have been made to revive them through 'captive-breeding' under conservation initiatives in India, recent events have raised questions about these efforts. Recently, the death of a radio-tagged vulture released in the Mudumalai Tiger Reserve (MTR) due to collision with a power line highlights the fundamental obstacles in the revival path of these endangered species.
White-rumped Vulture:
Nature: This is a species of 'Old World' vulture that acts as an 'ecological scavenger', preventing the spread of diseases by disposing of carcasses.
- Conservation Status:
- IUCN Red List: Critically Endangered.
- Wildlife (Protection) Act, 1972: Schedule-I.
- CITES: Appendix II.
- Habitat: Their population in India has become extremely limited and is mainly found in some protected areas and 'Vulture Safe Landscapes'.
Recent Event:
This vulture was released in the Tadoba-Andhari Tiger Reserve in December 2025, and later treated after being found ill in Karnataka.
- Subsequently, it was re-established in MTR with the cooperation of BNHS and Forest Departments.
- The bird was unable to acclimatize to the area and died after coming into contact with power lines near Ebbanad during its 'exploratory forays'.
Environmental Importance
Vultures naturally prevent the transmission of infectious diseases like 'anthrax' and 'rabies' by consuming carcasses of dead animals. Their presence in the ecosystem is mandatory for hygiene and biological control.
Legal Framework and Conservation Policies
Despite the lack of any specific national law for electrical infrastructure, under the instructions of courts and technical guidelines, it is mandatory to make lines 'bird-friendly'. However, their effective implementation remains a challenge.
Vulture Conservation: Legal and Policy Framework
National Legal Framework
- Wildlife (Protection) Act, 1972: All vulture species are protected under Schedule-I, which provides for rigorous imprisonment and fines for hunting or causing harm to them.
- Vulture Conservation Action Plan (2020–2025): Its objective is to develop 'Vulture Safe Zones', minimize the use of vulture-toxic NSAIDs (such as Diclofenac), and promote safer alternatives.
- Electrical Infrastructure Guidelines: According to the technical guidelines issued by MoEFCC and CEA, it has been recommended to make power lines bird-friendly, install 'bird flight diverters', and reduce electrical risks in sensitive areas where vultures frequent.
- Drug Regulatory Instructions: The Drugs Controller General of India (DCGI) has banned Diclofenac for veterinary use and prioritized safer alternatives like Meloxicam.
- International Legal Framework
- CITES: Listed in Appendix II, which strictly controls their international trade.
- CMS (Bonn Convention): It promotes coordinated efforts for the conservation of vultures through multilateral cooperation and the Vulture Multi-species Action Plan (MsAP).
- IUCN: Classifies this species as 'Critically Endangered' and includes it in global conservation priorities.
- Special Safety Measures
- Vulture Safe Landscapes: Ensuring a Diclofenac-free and safe environment in the residential landscapes of vultures.
- Enforcement: Providing support for enforcement against illegal wildlife trade and related crimes by the Wildlife Crime Control Bureau (WCCB).
Analysis
The death of the white-rumped vulture highlights the limitations of scientific efforts. Breeding alone is not sufficient for reintroduction; 'acclimatization' of the organisms and mapping of the risks of that area (such as power lines) is mandatory. This event highlights the lack of 'monitoring and technical intervention' in conservation policies.
Way Forward
Technical Intervention: Installing 'bird flight diverters' in risk areas, insulating power lines, and underground cabling wherever possible.
- Risk Mapping: Scientific mapping of areas frequented by vultures.
- Community Participation: Making local communities a part of the 'early warning system'.
Conclusion
The loss of the white-rumped vulture is a serious warning for conservation efforts. If we are to save these 'ecological scavengers' from extinction, we must go beyond breeding and free their natural habitats from lethal infrastructure. Future conservation policies need to be more vigilant, technology-driven, and collaborative so that such tragic recurrences can be prevented.
Indian Industrial Performance: An Analytical Journey from Recession to Recovery
General Studies Paper – III Technology, Economic Development, Biodiversity, Environment, Security, and Disaster Management.
Context
In the past few quarters, the Indian industrial sector has faced a fluctuating situation. Rising uncertainties at the global level, inflationary pressures, and supply-chain bottlenecks had affected the pace of growth. Particularly, the slowdown in the manufacturing sector and delays in the investment cycle had kept industrial production under pressure. However, with the improvement in statistical indicators, it is now becoming clear that the Indian economy is moving towards recovery, supported by internal demand and the strength of key sectors like electricity.
News Points
Growth Level: Industrial activity growth was recorded at a five-month high of 5.1% in May 2026.
- Data Issuer: These official figures have been released by the 'Ministry of Statistics and Programme Implementation' (MoSPI).
- Change in Base Year: The government has revised the new IIP series, which was first released on June 1, 2026.
- Update: The base year of the new series is now 2022-23 and new data sources have been incorporated into it.
- Policy Change: The government has decided to adopt the 'Producer Price Index' (PPI) instead of the 'Wholesale Price Index' (WPI) in IIP measurement.
- Order: It has been advised to use only the PPI-based IIP series released on June 1, 2026, for analytical and policy purposes.
Sectoral Performance
According to the data for May 2026, the details of growth and decline in various sectors are as follows:
- Sectors showing growth:
- Electricity and Gas Supply: 9.9% growth (two-year high).
- Consumer Durables: 7.2% growth.
- Manufacturing: 5.5% growth.
- Consumer Non-durables: 3.6% growth.
- Sectors showing decline:
- Mining and Quarrying: 1.6% decline (contraction for the fifth consecutive month).
Relevance and Importance
- Economic Policy Formulation: This helps in understanding industrial resilience and the demand situation.
- Data Accuracy: Adopting PPI instead of WPI will enable more accurate measurement of value-based output.
- Investor Confidence: The improvement in demand for consumer durables is a positive signal for both foreign and domestic investors.
Analysis
The data for May 2026 reflects the strength of the Indian industrial sector, where growth has been observed in electricity and consumer demand. However, the pace of growth in the manufacturing sector has slowed in May (5.5%) compared to April (6.1%), which is a matter of concern. Additionally, the contraction in the mining sector for five consecutive months points towards supply-chain and structural challenges.
Way Forward
Mining Reform: It is necessary to remove policy hurdles to end the contraction in mining and quarrying.
- Manufacturing Incentive: Investment should be promoted to maintain the momentum of 'auto' and 'electronics' in the manufacturing sector.
- Energy Efficiency: Due to the delayed monsoon and high temperatures, there has been an increase in the demand for electricity; hence, effective energy management is mandatory.
- Technical Adaptation: More transparency and training should be provided to the industry for the new PPI-based series.
Conclusion
The industrial data for May 2026 highlights the resilient growth story of the Indian economy. The modernization of the IIP series by the government is a decisive step towards bringing data quality in line with global standards. If the sluggishness in the mining sector can be addressed and this momentum in consumer demand is maintained, the Indian economy will remain on a balanced and inclusive growth path in the coming quarters.
Reform 3.0: Giving New Momentum to India's Growth Rate, The Age of AI
General Studies Paper – III: Technology, Economic Development, Biodiversity, Environment, Security, and Disaster Management.