The real friction holding back India’s ability to develop and innovate in hardware isn’t a lack of talent or ideas. It is big government control, excessive regulations, import restrictions, and the bureaucratic red tape that together make even basic high-tech experimentation unnecessarily difficult for small teams and individuals. Consider a group of talented college students or a small startup team working on computer vision. They develop an idea that requires testing with advanced camera lenses or specialised sensors. Instead of simply ordering the parts and starting work, they get pulled into a maze of customs documentation, product classification, import duties, and clearance procedures that can take weeks. The same friction appears even with relatively common electronic components or small mechanical parts needed for prototyping. This burden falls heaviest on agile players such as students, independent experimenters, and small teams, who lack dedicated compliance teams or established importer networks. For them, every extra form and every delay becomes a barrier to learning and building. The result is that many capable people spend more time navigating rules than actually experimenting. When this friction becomes insurmountable without connections or influence, talented individuals eventually look for environments where they can focus on the work instead of navigating the process. Many leave the country and move into areas with lower regulatory interference for even basic things. Over time, this weakens the overall pool of people who have hands-on experience with real hardware development. Even large companies eventually feel the consequences. Small agile teams inside these organisations often cannot experiment independently with new ideas, even when they have discretionary budgets. They end up depending on corporate-level resources and connections to clear bureaucratic hurdles. At the same time, large companies still rely on a broader ecosystem of skilled engineers and researchers. When that ecosystem lacks people who have actually built and experimented at a smaller scale, the quality of available talent declines across the board. R&D in large organisations also cannot be driven purely through top-down planning. Engineers and innovators thrive on tinkering and prototyping multiple ideas, some of which eventually lead to breakthroughs. India does much better in software precisely because anyone can download software, including open-source tools, and experiment freely. This kind of small-scale tinkering culture is extremely important for building a broader innovation and R&D ecosystem. In hardware, however, that spark is often killed before it even begins. The core problem is big government control and the bureaucratic red tape it inevitably creates. When the state tries to regulate and monitor even small-scale imports and experimentation, it destroys the conditions needed for deep tech and even basic R&D to flourish. Instead of more centralised control and layers of approvals, India needs an ultra-minimal government and genuinely open and free markets. Only then will talented individuals and small teams be able to experiment freely, iterate quickly and build without constant interference from big government.