Pradeep Banerjee

Can a House Really Be Built in Three Days? Imagine replacing a construction site full of bricks, shuttering, scaffolding and dozens of workers with a giant robotic printer. Instead of ink, it extrudes specially formulated concrete. Instead of paper, it follows a digital CAD design. Layer by layer, a building begins to appear. This is no longer science fiction. India has already demonstrated that 3D Concrete Printing (3DCP) can move from laboratory experiments into real construction projects. One of the most striking examples came from AJAX Engineering, which unveiled its APX 1.0 3D concrete printer and demonstrated the technology by constructing a 350-square-metre structure in three days. Conventional construction of a comparable building can take considerably longer, although direct comparisons depend on what stages of construction are included. The headline is impressive. But the real story is bigger than three days. What exactly is a 3D-printed building? The basic idea is surprisingly simple. A computer model tells a robotic printing system where to place concrete. A specialised mixture is pumped through a nozzle, which deposits material in controlled layers. The printer essentially turns a digital building design into physical walls. There is no need to imagine a robot carefully laying

Bharat Innovates 2026: Can India Turn Deep Research Into Global Technology? The harder problem has often been what happens after the invention. Bharat Innovates 2026 is attempting to tackle precisely that gap—taking research-born technologies out of laboratories and connecting them with investors, industry and international markets. For decades, India’s technology story was often told through software. Then came startups. Now another chapter is becoming increasingly visible: deep tech. Semiconductors. Biotechnology. Quantum computing. Defence systems. Space technology. Advanced materials. Robotics. Clean energy. These are technologies that cannot always be built in a weekend with a laptop, a pitch deck and a motivational quote. They require laboratories, specialised equipment, intellectual property, patient capital, engineering talent and, very often, years of experimentation before a commercial product emerges. That is the problem Bharat Innovates 2026 is trying to address. What is Bharat Innovates? Bharat Innovates is an initiative of India’s Ministry of Education, operating with strategic guidance from the Office of the Principal Scientific Adviser. Its purpose is straightforward but ambitious: identify promising research and technology emerging from India’s higher-education and research ecosystem and help connect it with the resources required to reach the market. The programme is designed around technologies emerging from institutions

Working for a New York Boss From Pune: The Real Rules of India, US Remote Work At 8:30 in the morning, Manhattan is waking up. At the same moment, Pune is already well into its evening. For an Indian professional working remotely for a New York-based employer, the international border may be invisible—but the clock certainly isn’t. This is the new reality of global work. A developer in Pune can attend a New York product meeting without ever boarding a flight. A designer in Mumbai can send a finished project to Manhattan while the client is asleep. An accountant in Bengaluru can start work on an American business day before most of the company’s New York office has finished its first coffee. The technology is easy. The human coordination is harder. And working successfully across India and the United States requires considerably more than having a good laptop and fast Wi-Fi. First problem: the clock Pune operates on India Standard Time (IST), UTC+5:30. New York operates on Eastern Time, switching between Eastern Daylight Time (EDT, UTC−4) and Eastern Standard Time (EST, UTC−5). That means the difference isn’t always the same. During New York’s daylight-saving period, Pune is 9½ hours ahead.

When AI Gets a Wallet: Is India Ready to Let Agents Shop, Book and Pay? The next big step in artificial intelligence may not be another chatbot. It may be an AI that actually does things for you—including spending your money. Imagine telling an AI assistant: “Find me the cheapest flight to Dubai next Friday, book a suitable hotel, and keep the total below ₹60,000.” Instead of returning ten search results and asking you to complete everything yourself, the AI could compare options, make decisions according to your preferences, complete the booking and eventually make the payment. That sounds futuristic. For India, however, parts of that future are already being built. The country’s enormous digital-payment ecosystem, particularly UPI, gives India an unusual foundation for agentic commerce. The question is no longer simply whether AI can understand what consumers want. It is whether Indians will trust an AI enough to let it act on their behalf. And perhaps more importantly: who is responsible when the AI gets it wrong? From answering questions to taking action Traditional AI assistants largely operate as conversational systems. You ask something; they provide an answer. Agentic AI is different. An AI agent can potentially interpret a