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The next big industrial story in India may not be found inside a semiconductor clean room. It could be hidden inside something much smaller: a permanent magnet.
These compact components are essential to the motors of electric vehicles, wind turbines, advanced electronics, aerospace platforms and defence systems. Their importance has grown alongside the global shift towards electrification, automation and high-technology manufacturing.
India is now moving decisively to build a domestic ecosystem around them. The latest signal came in August, when the Ministry of Heavy Industries received 20 bids from companies seeking to establish integrated rare-earth permanent magnet manufacturing facilities in India.
The bidders include Larsen & Toubro, Coal India, ReNew, Attero Recycling, 20 Microns, Lohum Magnets & Energy Solutions, NEO Performance Materials of Singapore and Proterial India, among others. The technical bids were opened on August 13 after the August 12 submission deadline.
The response has given fresh momentum to a policy effort that goes beyond securing a raw material. It is about creating the industrial capacity to convert India’s rare-earth resources into high-value products needed by some of the country’s fastest-growing sectors.
Rare-earth permanent magnets are among the most powerful available and are used where high strength, compact size, and efficiency are essential. Electric motors, wind turbines, sophisticated electronic equipment, aerospace platforms and defence systems all rely on these materials.
The most important category for India’s industrial ambitions is sintered neodymium-iron-boron, or NdFeB, magnets. Neodymium and praseodymium, commonly referred to as NdPr, form an important part of the production chain.
The government’s objective is not simply to increase the extraction of rare-earth minerals. It is to create an integrated chain stretching from NdPr oxide to finished magnets.
That distinction is important. India’s broader critical-mineral strategy increasingly focuses on value addition, processing and manufacturing rather than stopping at the extraction stage. The Ministry of Heavy Industries’ latest initiative provides a clear example of that approach.
The Union Cabinet approved the Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnet in November 2025 with a financial outlay of $7.74 billion (₹7,280 crore). The scheme targets 6,000 metric tonnes per annum of integrated REPM manufacturing capacity in India.
The capacity will be allocated among up to five beneficiaries selected through global competitive bidding, with each beneficiary eligible for up to 1,200 MTPA.
The scheme has a seven-year duration from the date of award. It provides for two years to establish the manufacturing facilities, followed by five years of incentive disbursement linked to the sale of rare-earth permanent magnets.
The financial architecture includes $6.86 billion (₹6,450 crore) in sales-linked incentives and a capital subsidy of $776.6 million (₹730 crore), according to the government’s scheme details.
The design places production at the centre of the programme. Rather than focusing solely on creating facilities, it links government support to the actual manufacture and sale of magnets.
The response to the global tender has strengthened the programme’s industrial dimension.
Twenty companies and consortia submitted bids, bringing together established engineering companies, public-sector enterprises, recycling specialists, energy companies, magnet manufacturers and international participants.
The list includes Larsen & Toubro, Coal India, ReNew, Attero Recycling, 20 Microns, Lohum Magnets & Energy Solutions, NEO Performance Materials of Singapore, Proterial India and Prozeal Green Energy.
The bidding process itself reflects the government’s attempt to create capacity through competitive selection. The Ministry of Heavy Industries issued the request for proposal on March 20, 2026, and subsequently extended the submission timeline to August 12 to facilitate wider participation.
The 20 bids now provide the basis for selecting manufacturers that will contribute to the targeted 6,000-MTPA domestic capacity. For India, the significance extends beyond the number of plants eventually selected. The participation of companies from different industrial backgrounds indicates that rare-earth processing and magnet manufacturing are increasingly being viewed as part of a wider industrial opportunity.
India already possesses substantial rare-earth resources. According to the Atomic Minerals Directorate for Exploration and Research, the country has approximately 7.23 million tonnes of rare-earth oxide equivalent contained in 13.15 million tonnes of monazite resources.
A further 1.29 million tonnes of in-situ rare-earth resources have been identified in hard-rock terrains in Gujarat and Rajasthan. These resources occur across several states, including Odisha, Andhra Pradesh, Tamil Nadu, Kerala, Maharashtra, Gujarat, Jharkhand and West Bengal.
India’s policy emphasis is now shifting towards connecting these resources with industrial value chains.Government assessments have identified a significant gap between upstream capabilities and industrial-scale midstream and downstream manufacturing.
India has capabilities in mining, separation and refining rare-earth oxides, while the new REPM programme is intended to establish the industrial stages required to turn those materials into finished magnets.
The result could be a more complete domestic chain, with value being created at multiple stages rather than concentrated around raw materials.
The rare-earth initiative forms part of a much wider national strategy. The National Critical Mineral Mission, approved in January 2025, was created to establish a framework for securing critical minerals and strengthening the value chain from exploration and mining through beneficiation, processing and recovery from end-of-life products.
The mission has an expenditure of $17.34 billion (₹16,300 crore), with an expected investment of another $19.15 billion (₹18,000 crore) from public-sector enterprises and other stakeholders. The Geological Survey of India has been tasked with carrying out 1,200 exploration projects between 2024-25 and 2030-31.
The programme is already expanding India’s mineral exploration base. By June 2026, the Ministry of Mines said 56 critical and strategic mineral blocks had been successfully auctioned. Separate exploration programmes are also examining rare-earth resources in coastal sands, inland placer deposits and hard-rock formations.
The timing of the rare-earth push is closely connected to India’s broader technology and manufacturing ambitions. The country has spent the past decade building capacity in mobile phones and electronics and is now expanding into semiconductors, electric mobility, renewable energy equipment and advanced manufacturing.
Permanent magnets sit at the intersection of many of these sectors. An electric vehicle requires efficient motors. Wind turbines depend on powerful generators. Advanced electronics require compact high-performance components. Aerospace and defence platforms use specialised systems in which size, weight and efficiency matter.
A domestic magnet industry can connect several strategic manufacturing priorities at once. This is also why the rare-earth programme complements, rather than competes with, India’s semiconductor strategy. Semiconductors provide the electronic intelligence behind modern systems, while permanent magnets provide critical physical components for motors, generators and other advanced equipment. Together, they represent different layers of the same technology-driven industrial ecosystem.
The policy push is also acquiring a geographical dimension. The Union Budget 2026-27 announced dedicated rare-earth corridors in Odisha, Kerala, Andhra Pradesh and Tamil Nadu for mining, processing, research and manufacturing of rare-earth permanent magnets.
These corridors are intended to bring different stages of the value chain closer together, linking resource availability with processing, research and manufacturing capabilities.
Such an approach can give rare-earth production a more organised industrial structure, while also creating opportunities for supporting industries, technology development and specialised manufacturing.
The government’s strategy is consequently moving from individual projects towards an ecosystem model.
Another significant development has come from Indian Rare Earths Limited, which has opened technologies related to rare-earth and titanium applications for commercialisation.
The technology-transfer package includes process know-how, engineering information, equipment specifications, quality-assurance protocols and training for technical personnel.
This creates another link between government-owned technical capabilities and commercial manufacturing.
The larger policy architecture is beginning to cover exploration, extraction, separation, refining, technology transfer, magnet production, recycling and end-use industries. That breadth is what gives India’s rare-earth strategy its significance.
India’s rare-earth push represents a new chapter in its manufacturing story. The semiconductor drive is building capabilities around chips and advanced electronics. The rare-earth programme addresses another essential layer: the specialised materials and components that allow modern machines, vehicles, generators and defence systems to function.
The immediate milestone is the selection of manufacturers from the 20 bids received under the $7.74 billion (₹7,280-crore) scheme. he longer-term objective is considerably broader to establish 6,000 MTPA of integrated permanent-magnet capacity and connect it with India’s emerging critical-mineral, clean-energy, electronics and advanced-manufacturing ecosystems.
India’s rare-earth strategy is increasingly about turning geological resources into industrial capability. The movement from mineral deposits to processed oxides, from oxides to alloys and from alloys to finished magnets represents precisely the kind of value addition that can deepen domestic manufacturing.
Beyond the semiconductor, electronics and electric-mobility stories, another strategic industrial chain is now taking shape — one built around materials that are small in physical size but increasingly important to the technologies defining the global economy.
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Five residential areas in Kuwait are home to about 1.47 million people, accounting for approximately 27.7 percent of the country’s total population of 5.31 million, Salmiya has the largest population, with about 358,800 residents, followed by Farwaniya with 310,600, Jleeb Al-Shuyoukh with 285,500, Hawally with 257,800 and Mahboula with 257,200.
The data highlights significant differences in population size between Kuwait’s residential areas, while also showing continued concentration in established communities alongside the growth of newer residential cities in the north and south.
Khaitan ranks sixth with about 202,900 residents, followed by Al-Manqaf with 146,800, Jaber Al-Ahmad with 132,300, Al-Fahaheel with 110,200 and Sabah Al-Ahmad City with 107,300.
New residential cities are becoming increasingly prominent on Kuwait’s population map. Al-Mutlaa in the north has about 43,400 residents, while Sabah Al-Ahmad City in the south has more than 107,000, making it one of the largest population centers in southern Kuwait.
The data shows that southern Kuwait accounts for about 1.21 million residents across the areas included in the map. Al-Manqaf leads the southern areas with 146,800 residents, followed by Al-Fahaheel with 110,200 and Sabah Al-Ahmad City with 107,300.
Other major population centers in the south include Al-Sabahiyah with 81,600 residents, Ali Sabah Al-Salem with 67,200, Al-Riqa with 62,100, Abu Halifa with 60,700, Al-Egaila with 58,900 and Al-Fintas with 55,800.
Al-Qurain has about 49,000 residents, followed by Sabah Al-Salem with 48,800, Mubarak Al-Kabeer with 40,900, Fahad Al-Ahmad with 32,700, Hadiya with 29,200, Shuaiba Industrial with 24,500, Al-Dhahr with 23,600 and Al-Funaitees with 21,900.
The remaining southern areas have smaller populations, including Jaber Al-Ali with 17,800, Al-Wafra Farms with 15,200, Al-Adan with 10,200, Abu Fatira with 9,600, Bar Al-Ahmadi with 6,100, Al-Zour with 1,900, Al-Wafra Residential with 1,700 and Al-Khairan Chalets with 1,200.
In northern Kuwait, Jaber Al-Ahmad has the largest population at 132,300, followed by Al-Waha and Northwest Sulaibikhat, each with 73,800. Al-Naeem has 68,100 residents, while Al-Jahra has 59,800.
Al-Mutlaa has 43,400 residents, followed by Al-Oyoun with 43,200, Al-Naseem with 39,500, Sulaibikhat with 34,000 and Doha with 30,300. Al-Qasr has 23,500, Al-Abdali Agricultural has 18,800 and Granada has 10,900.
Population remains relatively high across several central areas. Al-Andalus has 50,900 residents, followed by Bayan with 50,800, Al-Riqaq with 42,900, West Abdullah Al-Mubarak with 41,900, Al-Zahra with 41,100 and Seville with 40,800.
Al-Rawda has 39,800 residents, Qortuba 36,700 and Al-Salam 34,100. They are followed by Hitteen with 27,600, Al-Qadisiyah with 24,300, Al-Shuhada with 20,100, Al-Daiya with 19,600, Al-Shaab with 17,500, Mubarak Al-Abdullah with 16,000, Al-Nuzha with 14,500, Al-Siddiq with 8,200 and South Abdullah Al-Mubarak with 7,600.
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When people in Kuwait and in the Gulf Region think about doing business in India, the first images that may come to mind are a vast and growing consumer market, Indian professionals working across the Gulf, major infrastructure projects, pharmaceuticals, automobiles, textiles and technology.
Beyond these, another India is emerging, less visible to the casual visitor and increasingly important to global business. Across Bengaluru, Hyderabad, Mumbai, Chennai, Pune, Delhi-NCR and a growing number of smaller Indian cities, teams of Indian engineers, scientists, accountants, designers, software developers and business professionals are working every day on products and services used around the world.
These are India’s Global Capability Centers, or GCCs, which could become an important new bridge between India and Kuwait and the Gulf Region. A GCC is no longer simply a low-cost back office. The best centers today work on artificial intelligence, cybersecurity, financial analytics, semiconductor technology, engineering, product design, digital platforms, research and global business strategy. India has more than 1,700 such centers, employing almost 2 million professionals.
For Kuwaiti or Gulf companies looking to become more international, this offers an interesting proposition: India can become the place where they build the capabilities needed for their next stage of growth.
The mega-cities and beyond
India’s strength lies partly in the extraordinary variety of its cities. Bengaluru is perhaps the best-known example. It has become a global center for software, AI, engineering and deep technology. Hyderabad has developed strong capabilities in technology, pharmaceuticals, healthcare and aerospace. Mumbai is India’s financial capital and naturally suited to banking, investment, insurance and financial analytics.
Pune brings together engineering, manufacturing, automobiles and technology. Chennai has deep expertise in automobiles, electronics, industrial engineering and digital services. Delhi-NCR combines technology and professional services with proximity to India’s government and regulatory institutions.
And then there is the next layer of India. Cities such as Ahmedabad, Jaipur, Kochi, Thiruvananthapuram, Coimbatore, Kolkata, and Indore are increasingly attracting technology and business operations. For a company, this means that India is not one talent market but many, each with different skills, costs, cultures, and areas of expertise.
This is particularly useful for a Kuwaiti or a Gulf company. It could, for instance, have financial analytics in Mumbai, engineering in Pune, technology in Bengaluru, and specialised operations in Ahmedabad, Kochi, or Jaipur.
Close familiarity between Kuwait/Gulf and India
Kuwaiti traders and businesses have been investing and operating in India for centuries. Companies such as Alghanim Industries, Alshaya Group, Asiya Investments and Agility Logistics have established a presence in the Indian economy. Alghanim Industries’ Kirby India, for example, has manufacturing facilities in Hyderabad, Haridwar and Halol.
There are examples also from the wider Gulf Region. UAE-based DAMAC Group established a shared services and capability center in Noida, supporting functions such as finance, human resources, sales operations, commercial activities and digital initiatives. It is developing another center in Pune.
What is changing in India is the nature of the opportunity. A Kuwaiti company operating in India traditionally needed factories, shops, hotels, warehouses or investment assets. Today, it can also build a team that works for the company globally.
The significance of such a move goes beyond the number of employees in the center. It represents a change in thinking: India is now not merely a market, but an attractive place from which to run and grow an international business.
What India offers that is difficult to replicate
Perhaps India’s greatest advantage is its people. Every year, millions of young Indians enter the workforce. Among them are engineers, scientists, doctors, finance professionals, software developers, designers, and management graduates. Many have studied or worked internationally and are comfortable operating across cultures and time zones.
But numbers alone do not explain India’s attraction. Over several decades, India has developed an ecosystem around this talented workforce, investing in universities, technology companies, start-ups, professional services firms, research institutions, tech parks, and increasingly sophisticated digital infrastructure.
This makes it possible for a company to start small and grow quickly. As an example, a Kuwaiti business might begin with 50 specialists in India. With expansion in international operations, that team can grow from 500 to 5,000. It can move from accounting and customer support to data science, product development, engineering, and research. The Alshaya Group’s GCC in Bengaluru is an excellent example. That journey, from support function to strategic capability, is one of the defining features of India’s GCC story.
A natural fit for Kuwaiti companies
Kuwaiti companies have strong expertise in sectors such as energy, banking, investment, logistics, retail, real estate, and hospitality. India offers complementary strengths in technology, engineering, analytics, pharmaceuticals, digital services, and a large pool of skilled professionals.
Imagine a Kuwaiti bank using India for cybersecurity, digital services, and AI. A logistics company developing its global digital platform from Bengaluru. An energy company using Indian engineers and data scientists to improve operational efficiency. A Kuwaiti investment company building a research and analytics team in Mumbai or GIFT City. These are not distant possibilities. The building blocks already exist.
There is also an important financial connection emerging through GIFT City in Gujarat, India’s international financial center, which is developing capabilities in international banking, capital markets, insurance and financial technology. India and Kuwait have already established institutional cooperation between Kuwait’s Capital Markets Authority and India’s International Financial Services Centers Authority in April 2024.
A relationship entering its next chapter
India and Kuwait have a relationship that is much older than today’s business statistics, built through trade, seafaring, pearls, dates, textiles and, above all, people. Generations of Indians have lived and worked in Kuwait, while Kuwaiti businesses have developed relationships in India.
The next chapter of that relationship can be built around something new: knowledge and capability. For Kuwait, establishing a GCC in India need not mean moving jobs away from Kuwait. It can mean creating an additional arm of a Kuwaiti enterprise, one that draws on India’s talent while supporting the company’s operations in Kuwait and other international markets.
And for India, Gulf investment brings something equally valuable: international capital, entrepreneurial experience and access to markets where Indian talent and technology can create new value. The most interesting question, therefore, is not whether India can provide skilled people at competitive cost. That question has largely been answered.
The more important question is: What could a Kuwaiti company build in India that it could not build as easily anywhere else? The answer could range from a technology center to a global research team, from an investment-analytics platform to an engineering hub.
India’s GCC story is ultimately a story about people. It is about talented young Indians working on global challenges, and about international companies discovering that the capabilities they need for tomorrow can be built in Indian cities today.
For Kuwait and the wider Gulf, that makes India more than an investment destination. It makes India a potential partner in building the future.
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India’s Growth and Its Journey Towards 80 years of Independence!
India's Space Sector: A Launchpad for Global Partnerships
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By Gurjit Singh,
Former Ambassador and author
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G
rowing competition in outer space provides India with a unique opportunity to shape a narrative in which collaboration, rather than confrontation, drives space exploration. Recognised as a trustworthy and cost-effective spacefaring nation, India is now well placed to transform its technological advances into enduring international partnerships that contribute to scientific progress, economic growth, and sustainable development.
India's journey into space has been distinctive. Unlike many space programmes that emerged from Cold War rivalries, India's programme was conceived as an instrument of national development. Dr. Vikram Sarabhai anchored India's space vision in practical applications that would improve the lives of ordinary people. Under his leadership, satellites were developed to strengthen communications, weather forecasting, disaster management, healthcare, agriculture and education. This development-oriented philosophy remains central to India's space programme and resonates strongly with the needs of countries in the Global South, which seek practical applications of space technology rather than prestige alone.
Today, India's achievements extend beyond developmental applications. The Chandrayaan missions, the Mars Orbiter Mission, the Aditya-L1 solar observatory, and the forthcoming Gaganyaan human spaceflight programme have established India as a nation capable of executing sophisticated and reliable space missions. Chandrayaan-3's successful soft landing near the Moon's south pole placed India among an exclusive group of space powers while demonstrating that world-class innovation can be achieved at comparatively modest cost.
India's growing credibility comes at a time when the global space economy is expanding rapidly. Valued at over US$600 billion today and projected to approach US$1.8 trillion by 2035, the sector is increasingly driven by commercial activity in satellite communications, Earth observation, navigation, climate services, broadband connectivity, and emerging fields such as in-orbit servicing and lunar exploration. Many countries aspire to participate but lack indigenous capabilities. They seek dependable long-term partners rather than merely launch providers.
India possesses the capabilities to meet these requirements. The liberalisation of the space sector in 2020 transformed the ecosystem by opening it to private participation. The establishment of the Indian National Space Promotion and Authorisation Centre (IN-SPACe), the expanding commercial role of NewSpace India Limited, and the growth of private enterprises have created one of the world's most dynamic emerging space ecosystems. Indian startups are developing launch vehicles, satellite platforms, geospatial applications and propulsion technologies that are attracting global investment and customers. Companies such as Skyroot Aerospace, Pixxel and Agnikul Cosmos have demonstrated that Indian private enterprise can compete internationally in advanced space technologies.
The next step is to internationalise this ecosystem.
Rather than positioning itself only as a low-cost launch destination, India will offer comprehensive partnerships encompassing satellite design, launch services, mission operations, ground stations, astronaut training, capacity building and downstream applications in agriculture, disaster management and maritime security. Such integrated partnerships would be valuable for countries across the Global South and the Indo-Pacific seeking affordable, customised and reliable technologies to meet their development priorities.
India has demonstrated the diplomatic value of such cooperation. Through the South Asia Satellite, it provided communication and developmental benefits to neighbouring countries. Indian launch vehicles have successfully placed hundreds of foreign satellites into orbit for governments, universities and commercial operators around the world. India's decision to join the Artemis Accords reflects its willingness to participate in the peaceful exploration of the Moon through international collaboration. Cooperation with NASA, the European Space Agency and JAXA has strengthened India's scientific and technological capabilities.
These partnerships reinforce India's standing as a leading voice of the Global South. India offers development partnerships based on affordability, reliability and mutual respect rather than creating technological dependence. Space cooperation has therefore become an increasingly important instrument of Indian diplomacy, strengthening bilateral relationships while delivering tangible developmental benefits.
To realise its full potential, India will aim to sustain the momentum of reform. Faster regulatory approvals, greater access to venture capital, stronger intellectual property protection, and closer collaboration among research institutions, industry and academia will be essential. Public procurement policies would continue supporting Indian startups, enabling them to scale up, innovate and integrate into global supply chains.
India is positioned to play a larger role in shaping the governance of outer space. Orbital congestion, space debris, responsible resource utilisation and equitable access to emerging space opportunities are becoming pressing international concerns. As space activities expand, there will be an increasing need for countries capable of building consensus on responsible norms and practices. India's long-standing commitment to the peaceful uses of outer space, combined with its growing technological capabilities, equips it to contribute meaningfully to the development of rules that promote transparency, sustainability and equitable access.
The coming decade will determine not only which countries lead in space but also how space is governed. With its scientific capabilities, entrepreneurial ecosystem and international credibility, India is uniquely placed to bridge the gap between established and emerging space nations. By building collaborative partnerships founded on inclusivity, mutual benefit and innovation, India can transform its space programme into a major pillar of its global engagement.
In an increasingly divided world, India's space sector offers a powerful reminder that the greatest achievements in space are those that bring nations together. That may well become India's most enduring contribution to humanity's next frontier.

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India: The Trusted First Responder

Ambassador Suchitra Durai
[Former Ambassador of India to Thailand and Former High Commissioner of India to Kenya]
When a giant wave of sea-water struck Chennai’s Marina Beach on the morning of 26 December 2004, pulling in its wake fisherfolk and a group of children playing cricket, little did their brethren know that an entire region had been struck and that, across the Bay of Bengal, local people and foreign tourists on Thai and Indonesian beaches had also been swept away.
The Indian Ocean Tsunami of December 2004 was a natural catastrophe of a magnitude not experienced by humanity in recent times. It resulted in the death of almost a quarter million people and displacement of a couple of million people in 14 countries of the Indo-Pacific.
It also marked the coming of age of India’s HADR (Humanitarian Assistance and Disaster Relief) institutional capacity. India not only dealt with death and destruction in its mainland, particularly in the coastal states of Andhra Pradesh and Tamil Nadu as well as major devastation in its island territories of Andaman & Nicobar (A&N) islands but also provided speedy assistance to countries in south and south-east Asia including Sri Lanka, Maldives, Thailand and Indonesia. Simultaneously, India launched five HADR operations, two national and three international – Operation Madad (coastal south India), Operation Sea waves (A&N), Operation Castor (Maldives), Operation Rainbow (Sri Lanka) and Operation Gambhir (Indonesia). These involved the three defence services and the Indian coast guard – more than 40 ships, several transport aircraft and helicopters as well as more than 20,000 military personnel were deployed.
India’s actions led to its recognition as a credible first responder in the Indo-Pacific region. Soon thereafter, the Disaster Management Act of 2005 was adopted by the Indian parliament providing the legal and institutional framework for disaster preparedness, mitigation and response, a three-layered structure at the national, state and district level and the establishment of a dedicated force, the National Disaster Response Force (NDRF) to respond to such calamities.
The 2004 Tsunami also saw the coming together of the navies of four countries – Australia, India, Japan and the US – to coordinate the delivery of assistance in a collaborative effort that eventually evolved into the Quad.
India has handled several major natural disasters in the last few decades both in its immediate neighbourhood as well in distant lands.
In December 2014, India undertook one of its most complex humanitarian missions, Operation Neer, to supply drinking water to the Maldives after that country’s only desalination plant broke down. Indian Air Force aircraft and Indian naval ships worked round the clock to supply more than 1,500 tonnes of drinking water to the Maldives becoming the first country to respond to the request from the Maldives.
In April 2015, when a massive earthquake hit Nepal, India launched a comprehensive rescue and relief mission in the form of Operation Maitri within six hours of the initial tremors. Several thousand stranded Indians and foreign nationals were evacuated by air and land routes and hundreds of tons of essential material were delivered. Several field hospitals were set up. After the relief operations were completed, India launched a major rehabilitation and reconstruction package of around USD 2 billion for Nepal.
Following a devastating earthquake that struck Myanmar in end March 2025, India launched Operation Brahma, a huge tri-services combined with NDRF mission that supplied over 750 MT of materials and equipment including essential medicines and food aid. Field hospitals were set up in Mandalay, while engineering teams were deployed for reconnaissance and assessment of structural damage. Op Brahma was a classic whole-of-government HADR endeavour by the Government of India.
In end 2025, India provided massive support under Operation Sagar Bandhu to Sri Lanka that was hit by cyclone Ditwah. Food, equipment, medicines and other essential items were provided and more than 1000 tons of dry rations were supplied.
Beyond its immediate neighbourhood, India also responded with alacrity to requests from Turkiye and Syria when they were struck by earthquakes in 2023. Under Operation Dost, India was a first responder sending large Search and Rescue (SAR) teams of more than 250 personnel along with medical teams and dog squads to both countries as well as materials support.
In March 2019, India provided HADR to cyclone-hit Mozambique and in 2023 provided assistance to Malawi which was affected by a tropical cyclone.
Recently, on 26 June, 2026 India undertook its most ambitious HADR initiative when 30 tons of humanitarian relief materials accompanied by a 41-member team comprising experienced rescue personnel and medical professionals arrived in two C-17s to earthquake hit Venezuela.
During the Covid-19 pandemic, India supplied 300 million doses of vaccine to 99 countries and 2 United Nations entities under the Vaccine Maitri initiatives since January 2021, along with essential medicines and medical support.
For India, HADR has moved from being an episodic activity to a continuous global engagement. It is an essential feature of India’s foreign and security policy that was formally enunciated in the Security and Growth for All in the Region (SAGAR) doctrine announced by Prime Minister Modi during a visit to Mauritius in March 2015 which underpins India’s approach to the Indian Ocean Region; it became an intrinsic part of our Indo-Pacific Vision and Indo-Pacific Oceans Initiative (IPOI) announced in 2019 and evolved into the MAHASAGAR vision outlined by PM Modi in March 2025.
India’s approach is not merely reactive. It has also put in place frameworks for international cooperation in the area of prevention and mitigation through contributing towards the setting up of an international tsunami warning system as well as the launch of the Coalition for Disaster Resilient Infrastructure (CDRI). The CDRI (comprising 60 member states) works with 25 small island developing states to build disaster resilient infrastructure including schools, hospitals and homes.
By providing need-based and rapid assistance during emergencies and through its efforts to develop capacities for mutual benefit, India is seen as a reliable first responder and a force for global good.
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VIKSIT BHARAT 2047: A ROADMAP TO BECOME A DEVELOPED NATION

Ambassador (Dr.) Mohan Kumar
[Former Indian Ambassador to France and currently Dean/Professor at O.P. Jindal Global University]
It is creditable that the Government of India has set for itself and the nation a crucial goal: That India should become Viksit Bharat by 2047, which would be the one hundredth year anniversary of India’s independence. While there is general agreement that the term Viksit Bharat denotes a developed country, it is still necessary for public policy purposes to break the concept down to know what it entails. What follows is an attempt to do so.
A 10 trillion-dollar economy: While India can be legitimately proud of being the fourth largest economy in terms of Gross Domestic Product (GDP) in the world, the fact remains that for a population that is approaching 1.5 billion, the present GDP of $4.5 trillion is a little below par. So, if India must become “Viksit” in the real sense of the term, the GDP must grow significantly to attain the figure of at least 10 trillion dollars. This is entirely achievable if we can do a couple of things. First, 40 per cent of our GDP is foreign trade, so our share of international trade must simply double. In particular, our share of global exports, which hovers around 2 per cent, should rise to 10 per cent. Second, our Foreign Direct Investment (FDI), which for the latest year is a little short of $ 100 billion, must also grow manifold. In order for the above two things to happen, Government of India must carry out deep seated economic reforms in areas such as land, labour, power, agriculture, infrastructure and regulatory obstacles.

Inclusive Economic Growth: While there is no question that the GDP must accelerate, as mentioned above, that alone is not enough. Growth must be inclusive which is to say that it must percolate to the downtrodden people who are at the bottom of the pyramid. The government has conceived excellent schemes such as the Pradhan Mantri Garib Kalyan Yojana. But going beyond that, job creation for the youth must become a national mantra for both the Central and State Governments. Since it is not possible for the Government alone or even the organized sector to provide all the jobs that are necessary, it is vitally important to enable an ecosystem where the youth become entrepreneurs and job creators rather than be mere job seekers. Present levels of economic inequality are unsustainable and efforts must be made to make the society much more egalitarian.
Skilling: It is well recognized that our education system relies heavily on rote learning and it churns out thousands of graduates every year who may not be immediately employable. In this context, skilling and re-skilling of graduates becomes crucial. The idea of vocational training, industry-academic collaboration and imparting tech skills (including Artificial Intelligence) for our graduates must assume mission-mode importance. Spending on education, in both the public and private sector must increase exponentially, especially in states that lag the national average. In parallel, Research and Development must be given prime importance in all relevant institutions. It is indeed true that a population that is close to 1.5 billion can be a demographic dividend for India. But that is true only if the population is skilled enough to face the challenges of a knowledge economy.
Health: India’s healthcare system is undergoing dramatic transformation, driven by digitalization and by infrastructure expansion. But challenges remain on account of rising medical costs and a growing chronic disease burden. Government has undertaken significant efforts such as Ayushman Bharat and Ayushman Arogya Mandir schemes which have made a big impact on providing healthcare in the country. Medical college seats have more than doubled since 2014, in an attempt to bridge the doctor-patient gap. Successful attempts have also been made to promote India as a global hub for medical tourism. Despite all this, serious challenges remain. Public spending on healthcare still lags desired levels. India also runs the risk of becoming the global capital for heart disease and diabetes. India therefore needs to continue its massive transformation of public health infrastructure to make it accessible, affordable and quality-driven for the vast majority of its population. The National Health Mission is doing a commendable job. It simply needs to be strengthened and streamlined.
Sustainable Development: India must not emulate the ways of either the industrialized countries which followed a high-carbon pathway to development or indeed that of China, which even today burns more coal than the rest of the world put together. India is the only major economy today which potentially has the possibility of following a low-carbon pathway to a high-income economy based on sustainable development. And India must do it not just because the world wants it to, but because the people of this country deserve it as a matter of right.
Conclusion: India is indeed well positioned to become Viksit Bharat by 2047. But the country needs to be on mission-mode and a whole-of-government approach is required to make sure that no stone is left unturned in this national endeavour. By any reckoning, the next twenty years will be the most crucial period in India’s history.
Dr Mohan Kumar is a former Indian Ambassador to France and currently Dean/Professor at O.P. Jindal Global University. Views are personal.
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