Artificial Intelligence (AI) is changing the world, but the power to build it isn’t shared equally. The physical hardware that makes AI possible—advanced computer chips—is controlled by just a few key countries. Even though India has a massive economy and brilliant software engineers, it doesn’t currently manufacture these powerful chips.
Here is a simple breakdown of the three main “bottlenecks” in global chip-making, and how India is trying to catch up.
The Three Global Bottlenecks
1. The Raw Minerals (Controlled by China)
Before you can build a chip, you need special raw materials from the earth. China completely dominates this space. They control about 60% of the mining for these rare minerals and over 90% of the process used to clean and refine them into usable materials. Recently, China has used this power to block exports of these minerals to countries like the US, causing prices in other parts of the world to skyrocket.
2. The Printing Machines (Controlled by the Netherlands)
To make a chip, you have to print microscopic, incredibly complex circuits onto silicon. There is exactly one company in the entire world that makes the specific machine capable of doing this: a company called ASML in the Netherlands. A single machine costs hundreds of millions of dollars. Because of strict international rules, these machines cannot be sold to China, keeping Chinese companies from making the most advanced chips.
3. The Mega-Factories (Controlled by Taiwan)
Actually building the chips happens in massive factories known as “fabs.” Taiwan is the undisputed king of this step. Creating an advanced AI chip requires billions of dollars and factories that are significantly cleaner than a hospital operating room—even a single speck of dust can ruin a batch of chips. Taiwan’s experience in this area makes them the go-to manufacturer for the world’s biggest tech companies.
The Rule Maker: The United States
While the US doesn’t physically control the three steps above, it acts as the ultimate gatekeeper. The US controls the essential software used to design these chips and uses strict legal export laws to decide which countries are allowed to buy or sell advanced tech.
Where Does India Stand?
It might look like India is completely left out of this race, but that is not the whole story. India has one massive “hidden” strength and is actively working to fix its weaknesses.
The Masters of Design
Making a chip is a two-part process: designing the blueprint and physically building it. India is a global superpower in design. Roughly 20% of the world’s chip designers are Indian. Many of the most advanced chip blueprints used by massive global companies are actually drawn up by engineers sitting in Bengaluru, Chennai, or Hyderabad. The problem is that while India draws the map, the chip is physically built in Taiwan.
India’s Big Push into Manufacturing
India has realized it needs to start making the hardware, not just the software. The government is investing billions of dollars to bring chip manufacturing home:
Assembly Plants: India is opening facilities (like the new Micron plant in Gujarat) where chips are assembled, tested, and packaged. While they don’t build the chip from scratch, it is a crucial first step that creates thousands of jobs.
The First Real Factory: Tata Electronics is partnering with a Taiwanese company to build India’s first actual semiconductor factory in Dholera, Gujarat.
The Road Ahead
When the Dholera factory starts testing its production in late 2026, it won’t be making the super-advanced chips used for AI. Instead, it will start by making simpler chips used in cars, refrigerators, and everyday electronics.
This is actually a very smart strategy. No country can start from zero and immediately build the world’s most complex technology. You have to start with the basics and learn over decades. True technological power isn’t just about how many software apps a country has; it’s about having the hardware to run them. With these new factories, India is finally building the foundation it needs to compete.