The Week India Delivered: Payments, Missiles, and Rescue Flights

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UPI Turns Ten: How India Built the World's Busiest Payments System

Ten years ago, sending money in India usually meant a bank branch, a cheque, or cash changing hands in person. This week marks a decade since the Unified Payments Interface, or UPI, went live, and the numbers released by India's Finance Ministry are startling: annual transaction volume has risen from 1.78 crore (17.8 million) in 2016–17 to more than 24,162 crore (241 billion) in 2025–26, a roughly 12,000-fold increase, while the value of transactions has grown around 4,000-fold to approximately ₹314 lakh crore (roughly ₹314 trillion, or approx. US$3.57 trillion at ₹88 = US$1).

UPI is a real-time payments system built by the National Payments Corporation of India, a body regulated by the Reserve Bank of India, that lets anyone with a smartphone and a bank account move money instantly using a mobile number, QR code, or simple identifier, without card networks or transaction fees for consumers. That last point matters: because UPI has remained free to use, it spread into places traditional banking never fully reached, from street vendors to rural markets. The International Monetary Fund has recognised it as the world's largest real-time payment system by transaction volume, a rare instance of a developing economy exporting a financial technology model rather than importing one.

For an international reader, the scale is the story. More than 55 crore (550 million) people now use UPI, and the system is operational to varying degrees in nine countries including Singapore, the UAE, France, Nepal and Sri Lanka, largely serving Indian travellers and migrant workers who want the same payment app abroad that they use at home. Singapore's PayNow system has been linked with UPI for more than three years, offering a glimpse of what cheaper, faster cross-border transfers could look like if the model expands, given that international bank transfers can still cost up to 7% of the amount sent.

The achievement, though, comes with an unresolved question that keeps this an honest account rather than a celebration. The payments infrastructure behind UPI costs an estimated ₹20,000 crore (approx. US$2.27 billion) a year to run, and a government subsidy covering only small transactions has not been enough to close that gap. An amendment to payments law has now removed the legal barrier to merchants being charged for larger transactions, and the industry is pushing for a fee structure on payments above ₹2,000 (approx. US$23) to fund the platform's next phase, including its rural expansion and international ambitions. How that gets resolved will shape whether UPI's next decade looks as frictionless as its first.

What UPI demonstrates, regardless of how the fee debate is settled, is that India built genuinely novel public digital infrastructure at a scale few countries could replicate, and it did so without excluding the poorest users from the outset. That combination of scale, inclusion, and now international adoption is why UPI has become one of the more closely studied examples of India's institutional capability.

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First to Arrive: India's Airlift Response to Nepal's Flood Disaster

On 26 August, a glacial collapse near the Nepal-Tibet border sent an avalanche of ice, rock, water, and mud down river systems in central Nepal, destroying villages, roads, bridges, and hydropower plants. By Saturday morning, more than 600 people were confirmed dead and thousands remained missing or unaccounted for, with rescue teams working in difficult, on-and-off rainfall conditions. It is one of the deadliest natural disasters to hit Nepal in years.

What stands out internationally is the speed and scale of India's response. Within hours of the disaster, Prime Minister Narendra Modi called Nepal's Prime Minister Balendra Shah to offer condolences and pledge "all possible humanitarian assistance". India then became the first country to physically deliver aid to Nepal, dispatching close to 60 tonnes of relief material across three airlifts by Friday: an Indian Air Force C-130J carrying temporary shelters, blankets, hygiene kits, and medicines; a larger C-17 carrying tents, dewatering pumps, kitchen sets, generators, medicines, and food; and a third flight of further supplies. An 11-member Indian team of medical personnel and tunnel rescue specialists also arrived to support local authorities, at Kathmandu's request.

Other countries and organisations have since pledged support too, but slower and mostly in cash rather than physical delivery: the UAE allocated US$10 million, the UK pledged £5 million (approx. US$6.4 million) alongside a rapid deployment team, Australia announced a US$5 million package, and the US State Department committed US$500,000. China has promised both supplies and cash but was still finalising delivery mechanisms as of Friday. The World Bank has indicated it could mobilise up to US$164 million, and the UN's emergency fund released US$2.5 million.

Nepal's own finance minister, Swarnim Wagle, told reporters that India's government and Modi personally had been "exceptionally generous", drawing a direct comparison to India's assistance after Nepal's devastating 2015 earthquake, and noted that New Delhi had indicated it would provide further generous support for reconstruction once the immediate rescue phase ends.

Why should this matter to someone with no direct stake in Nepal? Because disaster response speed is one of the clearest, least politically contestable measures of a country's operational capability and regional standing. India has built a pattern of being an early physical responder to crises well beyond its immediate neighbourhood, including Türkiye, Syria, Myanmar, and Sri Lanka in recent years. For a landlocked, mountainous neighbour like Nepal, having a large, logistically capable country arrive first with airlifted supplies, rather than promises, has practical value that pledges of cash from further away cannot immediately replace. It is also a reminder that India's regional influence in South Asia is increasingly expressed through tangible assistance rather than only diplomatic statements.

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India Opens Missile Production to Private Industry

For decades, India's missiles were designed by a single government laboratory, the Defence Research and Development Organisation (DRDO), and largely built by one state-owned company, Bharat Dynamics Limited, with a handful of joint ventures such as BrahMos Aerospace, India's partnership with Russia. This week, that changed. On 25 August, Defence Minister Rajnath Singh approved the transfer of technology for every conventional missile system DRDO has developed to private Indian defence companies, opening the door for domestic firms, including small and medium enterprises, to manufacture them directly.

The list of systems eligible for transfer is extensive: the Astra beyond-visual-range air-to-air missile, the Rudram anti-radiation missile, VSHORADS shoulder-fired air defence missiles, the NAG anti-tank guided missile, and various naval anti-ship missiles. A day later, Hindustan Times reported additional detail: companies including Bharat Forge, Adani Defence Systems and Technologies, and state-run Bharat Electronics are being lined up to produce systems ranging from a 1,000–1,500km land attack cruise missile to precision-guided glide bombs and hypersonic air-to-ground weapons. India's most strategically sensitive missiles, the nuclear-capable Agni and K-series, remain excluded from the transfer, kept under stricter state control.

The Defence Ministry framed the move as central to enhancing "domestic manufacturing capabilities", reducing "import dependence", and expanding opportunities for smaller Indian manufacturers in the defence supply chain, part of the broader "Aatmanirbhar Bharat" (self-reliant India) policy push. The timing is not incidental: officials have pointed to the large-scale use of conventional missiles by all sides during recent conflict in West Asia as part of the rationale for building a more substantial domestic missile-production base, alongside a defence secretary's earlier comments about an "emerging rationale" for a dedicated conventional missile force.

The scale of India's underlying defence-manufacturing ambition gives this context. The country recorded its highest-ever annual defence production, ₹1.54 lakh crore (approx. US$17.5 billion), in the 2024–25 financial year, with defence exports reaching a record ₹23,622 crore (approx. US$2.68 billion). The government has set a further target of ₹1.75 lakh crore (approx. US$19.89 billion) in production this year, rising to ₹3 lakh crore (approx. US$34.09 billion) by 2029.

This is incredibly important as it signals India's shift from being primarily a missile importer and licensed assembler towards becoming a credible independent, and potentially exporting, missile manufacturer, at a moment when many countries are reassessing how dependent they are on a small number of global defence suppliers. It also illustrates a broader industrial strategy: rather than simply buying weapons abroad, India is trying to build a private-sector defence manufacturing base capable of scaling production quickly, a capability with implications well beyond its own borders, including for countries that already buy Indian-made systems such as BrahMos.

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India Sets a Four-Month Countdown to Its First Uncrewed Gaganyaan Flight

Speaking at the country's third National Space Day celebrations in Ahmedabad on 23 August, ISRO Chairman Dr V Narayanan gave the clearest timeline yet for one of India's most significant technological undertakings: the first uncrewed test flight of the Gaganyaan human spaceflight programme, expected to launch within the next four months.

Gaganyaan is India's attempt to become only the fourth country, after the United States, Russia, and China, to independently launch its own astronauts into orbit using its own rocket. Getting there requires a human-rated launch vehicle, a crew module, life-support systems, and extremely high reliability standards, since there is no margin for error when lives are at stake. Narayanan said roughly 8,000 tests have already been completed and that the programme is "in the final leg", with three uncrewed missions planned ahead of the eventual crewed flight.

The announcement sits alongside a broader roadmap ISRO laid out for the current financial year: eight launch vehicle missions and twelve satellite missions, alongside preparation for Chandrayaan-4 and Chandrayaan-5 lunar missions, a planned Venus mission, and longer-term ambitions including a Mars landing and an Indian-built space station by 2035. Narayanan noted that India currently operates 56 space assets but estimates the country will need 200 to 300 satellites within five years to meet growing demand for communications, navigation, Earth observation, and security applications, a scale he said is achievable only with substantial participation from India's private space sector.

That private sector has grown quickly since space reforms in 2020 opened the industry beyond ISRO: India now has around 440 space start-ups, and Narayanan singled out the successful orbital flight of Skyroot Aerospace's Vikram-1 rocket, developed with ISRO and the private-sector regulator IN-SPACe, as a landmark for Indian private enterprise. He also pointed to the NASA-ISRO NISAR Earth observation satellite, whose Indian-built payload cost roughly 40% of what a comparable NASA-built payload would, as evidence that India's space engineering can be both sophisticated and notably cost-efficient.

Why should an international reader care about a test flight still months away? Because human spaceflight capability remains one of the most technically demanding, expensive and closely watched benchmarks in the global space industry, and only a small number of nations have managed it independently. India's progress here, from a programme once dependent on foreign technology and denied access to certain systems, to now building and testing its own human-rated hardware, is a genuine marker of how far its aerospace engineering base has advanced. If the uncrewed test succeeds, it moves India meaningfully closer to a crewed launch and reinforces its position as a lower-cost, increasingly capable partner in an increasingly competitive global space race.

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Gujarat's Global Roadshow: Courting Google, Micron, and Perplexity Ahead of 2027

While national governments usually dominate stories about India attracting foreign investment, this week's more interesting example came from a state government running its own international sales pitch. Gujarat Chief Minister Bhupendra Patel spent roughly a week travelling through San Francisco, Washington DC, New York, and Toronto, meeting a striking roster of global technology and business leaders ahead of the Vibrant Gujarat Global Summit, scheduled for January 2027.

The meetings were specific rather than ceremonial. In San Francisco, Patel met Applied Materials chief technology officer Om Nalamasu, Zscaler founder Jay Chaudhry, Wadhwani Foundation founder Romesh Wadhwani, and Analog Devices executive Vivek Jain. In Washington, the delegation met senior Micron and Google representatives, and Patel held a one-to-one meeting with Perplexity co-founder and chief executive Aravind Srinivas to discuss establishing an engineering and research presence, and potentially a data centre, in Gujarat. He also met Walmart's global public policy lead, Dan Bryant. In Toronto, the delegation held roundtables with the University of Waterloo, Canada Nickel, the Business Council of Canada, and Export Development Canada, alongside members of the Gujarati diaspora invited to invest back home.

Gujarat is already home to Micron's Sanand semiconductor assembly and test facility, roughly 25km from Ahmedabad, and Google separately discussed AI-based skilling programmes for young people and potential use of its "Sovereign AI" tools for government data security during the visit. On his return to Ahmedabad on 27 August, Patel told reporters that "very good investment will come to Gujarat", citing strong interest from investors across semiconductors, artificial intelligence, data centres and manufacturing, along with positive discussions on Gujarat International Finance Tec-City, the state's financial services hub, with global financial institutions.

The story matters internationally because it illustrates something distinct about how India is competing for capital: not only through national trade policy, but through individual state governments actively marketing themselves, with specific pitches, to specific global companies. For international investors and technology firms weighing where to expand manufacturing, AI infrastructure, or research operations, a state government willing to fly its chief minister and senior bureaucrats across two continents to make the case directly, and one that has previously moved fast on land allocation for companies like Micron, is a meaningful signal about ease of doing business, even before any cheque is signed.