India has world-class software engineers and a booming startup scene. But when it comes to deep technology — the kind that builds chips, batteries, and advanced materials — we’re still playing catch-up with China and the US. So why is deep-tech important for India, and what do we need to do differently?
Deep-tech means creating new breakthroughs in physics, chemistry, and engineering that solve real problems. Think semiconductors instead of apps, or new battery materials instead of software services. Unlike typical startups that scale quickly, deep-tech companies need massive research budgets and take 10-15 years to succeed. This is exactly where India needs to focus if we want to compete globally.
Why India is falling behind
Right now, India’s startup ecosystem favors quick wins. Young entrepreneurs get funded easily for e-commerce platforms and digital services because investors see returns in 3-5 years. Deep-tech is the opposite — it requires patient capital willing to fund research for a decade before seeing profits.
We also lack manufacturing infrastructure and specialized talent. Most Indian engineers go into IT services. The ones interested in physics or materials science often move abroad where labs are better funded. Our universities produce great mathematicians, but we don’t have enough support for experimental research in cutting-edge fields.
What needs to change
First, the government should increase funding for basic research in universities. Countries like China invest heavily in state labs that do groundbreaking work. India’s research budgets haven’t kept pace with our growing economy.
Second, we need incentives for deep-tech startups. Special tax breaks, government grants, and patient capital funds would help. Some private investors are finally waking up to this opportunity, but we need more.
Third, India should build manufacturing hubs for semiconductors and advanced materials. Having great ideas means nothing if we can’t produce them at scale. Taiwan and South Korea became tech giants because they invested in factories, not just thinking.
Fourth, let’s stop the brain drain. We need competitive salaries and world-class research facilities to keep talented scientists in India. Countries like Singapore attract top researchers by offering excellent labs and resources.
The good news? India has the raw ingredients. We have brilliant minds, a large talent pool, and growing government interest in self-reliance. Companies working on quantum computing, biotech, and advanced materials are quietly emerging from India.
If we act now — funding research properly, supporting long-term ventures, and building manufacturing capacity — India could own entire technology sectors within 15 years. The race for deep-tech leadership is just beginning, and India shouldn’t sit on the sidelines.