MUMBAI: On May 11th, 1998, in the scorching Rajasthan desert, India announced itself to the world in the most unambiguous terms possible. Under Prime Minister Atal Bihari Vajpayee and the scientific stewardship of Dr A.P.J. Abdul Kalam, Operation Shakti detonated five nuclear devices at Pokhran and, in a single day, redrew the global strategic map. That same day, Hansa-3, India’s first indigenous two-seater trainer aircraft, took to the skies for the first time. The Trishul short-range surface-to-air missile was successfully test-fired. A triple crown of indigenous achievement, born in a single extraordinary 24 hours.
The government declared May 11th as National Technology Day the following year, and the date has carried that charge of self-reliance ever since.
Twenty-eight years on, the mood is neither triumphalist nor nostalgic. India’s technology leaders are speaking with unusual unanimity on the 2026 edition of the day, whose theme, responsible innovation for inclusive growth, signals a decisive shift in national ambition: from the audacity to build to the discipline to build wisely, and for everyone.
The conversation has moved on from satellites and supercomputers, though India’s National Quantum Mission and India Semiconductor Mission signal the country’s intent to stop being a consumer of global technology and become its primary architect. Today’s debate is equally about the UPI interface that lets a street vendor accept digital payments, the biotech breakthroughs making vaccines affordable for the global south, and the renewable energy grids lighting homes that were in the dark a decade ago. Technology, as Kalam himself once observed, is “the mother of civilisations, of arts and of sciences.” The question for 2026 is whether India’s innovation engine is pointed at the right problems.
Girish Hirde, global delivery head at InfoVision, puts it with characteristic directness. “Intelligence without direction only amplifies noise, while intelligence guided by intent reshapes industries,” he said. “Artificial intelligence, cloud, and data are no longer instruments of efficiency, they are instruments of judgment, influencing how enterprises perceive risk, opportunity, and growth. The difference now lies in the discipline to ask better questions before building faster answers.” His benchmark for any technology initiative is unambiguous: “decisions traceable, outcomes predictable, and value impossible to ignore.”
That call for purposeful technology resonates loudly in logistics, where the gap between what systems promise and what they actually deliver is measured in millions of wasted kilometres. Manish Singh, co-founder and region head for Southeast Asia at MatchLog, points to the chronic inefficiency of empty container repositioning, a problem hiding in plain sight across India’s supply chain. “A truck arrives loaded at a factory, returns empty to a depot, and makes a similar trip a week later to a nearby exporter,” he said. “The waste compounds across millions of movements every year.” Predictive matching, he argues, collapses those redundant trips into single efficient runs. At MatchLog, that approach has already helped shipping line partners across India and Singapore avoid 22 million kilometres of empty truck movement, save nearly eight million litres of fuel, and eliminate 53,359 tonnes of carbon emissions. “National Technology Day is a good moment to mark the kind of technology that improves economic and environmental outcomes together,” Singh said, “by quietly removing waste from systems already in motion.”
The same logic applies to supply chains more broadly. Ashvini Jakhar, founder and chief executive of Prozo, argues that AI, robotics, and real-time data intelligence are fundamentally changing how businesses forecast demand, manage disruptions, and deliver at scale. “Technology is no longer just an enabler of efficiency, but a critical driver of resilience, intelligence, and competitiveness in supply chains,” Jakhar said. “The next leap in logistics will come from building networks that are scalable, adaptive, AI-enabled, and automation-ready.”
In urban infrastructure, the stakes are more visceral still. Aditya Prabhu, chief executive and co-founder of Secutech Automation, makes the case that India’s technology conversation must move decisively beyond the metros, particularly as the country pursues its Green Tech ambitions through initiatives such as the National Green Hydrogen Mission and innovations in nano urea that reduce chemical fertiliser waste. “Digital infrastructure is steadily helping bridge long-standing gaps in access, efficiency, and connectivity, bringing critical services closer to communities that were previously left out of mainstream technological progress,” he said. AI alone is expected to contribute nearly $500 to $600 billion to India’s GDP by 2030, while digital public infrastructure models are already expanding access to essential services at scale. But Prabhu is clear that pace without responsibility is its own kind of failure. “India does not need innovation for the sake of novelty. It needs technology that simplifies complexity, strengthens infrastructure, and solves real challenges at scale.” Whether it is intelligent traffic systems cutting emergency response times or AI-enabled command centres helping authorities make faster decisions, he argues, “technology must ultimately improve how people experience cities and public systems in their daily lives.”
The sustainability dimension is being pressed equally hard in consumer technology. Raghavendra Singh, chief technology officer of Cashify, argues that India is undergoing a quiet but profound shift in how it relates to its devices. “People’s perceptions of technology are clearly changing as India’s digital landscape expands; buying the newest gadget is no longer as significant as using it with greater efficiency and increasing its lifespan,” he said. India recorded over 150 million smartphone shipments last year, according to Counterpoint and IDC estimates, while a significant share of older premium devices sit unused after upgrades. Cashify has handled over eight million device transactions, and Singh sees that number as evidence of structural change. “India’s next tech wave isn’t about buying more, it’s about making devices work harder,” he said. “Every iPhone someone trades in becomes another person’s first premium phone. Every old laptop becomes a student’s shot at opportunity.”
In geospatial intelligence, Rahul Jain, managing director of Matrix Geo Solutions, makes a similar argument about technology earning its keep on the ground rather than in the brochure. “Technology should do more than look advanced, it should solve real problems,” he said. Tools such as drones, LiDAR, photogrammetry, and GIS are valuable not because of their sophistication but because they “turn complex terrain into clear, usable insight.” As India’s infrastructure ambitions grow across roads, railways, water projects, and mining, he sees geospatial intelligence playing an expanding role in “shaping resilient and future-ready infrastructure.”
For Saurabh Mangrulkar, founder and chief executive of EventBeep, technology’s most powerful role may be as an equaliser in education, helping bridge the digital divide that 2026’s theme places front and centre. “Access to the right guidance, skills, and opportunities should not be limited by geography or background, and technology is now making that shift possible at scale,” he said. With AI and data-driven learning making education more personalised and outcome-focused, Mangrulkar believes students are “no longer preparing for a single path but for a constantly evolving future that demands adaptability and continuous learning.”
It is Gayathri Vasudevan, founder and chairperson of Sambhav Foundation, who gives the day’s conversation its sharpest edge. Behind the projections of hundreds of billions of dollars in GDP contribution, she asks the question the technology industry too often sidesteps: “Who is being prepared to participate in this future, and who risks being excluded from it?” The digital divide, she observes, begins long before employment, in classrooms with limited computer access, in homes where phones are shared or controlled, in environments where confidence with technology is never actively built. Through Sambhav’s digital literacy programmes with middle-school students, particularly girls, Vasudevan has seen how early exposure reshapes not just capability but aspiration. “A student who initially hesitates to use a keyboard slowly begins navigating software independently, asking questions, and imagining possibilities beyond inherited social roles.” Her ask of the technology industry is specific and unsparing: low-bandwidth learning systems, voice-enabled tools, and community-based digital learning models rooted in local realities, not high-end solutions designed only for already-connected populations. “Responsible innovation requires intentional design,” she said. “It requires systems that recognise linguistic diversity, uneven infrastructure, gendered access barriers, and the realities of low-resource environments.”
Taken together, these voices sketch a portrait of an industry at a genuine inflection point. The India that shocked the world at Pokhran in 1998 was demonstrating that it could build what the world said it could not. The India of 2026 faces a different, and in some ways harder, test: ensuring that what it builds reaches the street vendor as surely as the semiconductor lab, the girl in a Tier-3 classroom as surely as the founder in a Bengaluru accelerator, the farming village as surely as the smart city.
The technology exists. The scientific audacity that defined May 11th, 1998 has never really left. What India is still working out is whether the will to deploy its innovations wisely, equitably, and with genuine intent will prove equal to the moment. The next great breakthrough, as the day’s spirit has always insisted, does not require a billion-dollar lab. It requires a problem worth solving and the courage to see it through.