Altair Media

ASML Joins India’s Semiconductor Push Through Tata Partnership

India aims to move beyond software and build long-term industrial chip capacity

ASML and Tata Electronics have signed an agreement aimed at supporting the development of one of India’s first major semiconductor fabrication facilities. The announcement was made during Indian Prime Minister Narendra Modi’s visit to the Netherlands and forms part of a broader push by India to expand its domestic semiconductor industry.

Under the partnership, ASML will help provide technological expertise and support the development of semiconductor talent and training in India. Tata Electronics is currently developing a chip fabrication facility in Dholera, Gujarat, focused on producing 300-millimeter chips for sectors including automotive technology, mobile devices and AI-related applications.

While the agreement itself remains relatively broad, the strategic direction behind it is becoming increasingly clear.

The Quantum Layer

How quantum computing is reshaping power, infrastructure and strategic control across Asia

Quantum computing is often framed as the next major technological race. A competition between the United States and China. A battle for computational supremacy. A strategic contest over artificial intelligence, cybersecurity and next-generation infrastructure. But beneath that narrative, something deeper is beginning to emerge.

Quantum computing is becoming part of a broader restructuring of technological power. Not only through machines, but through infrastructure, standards, software, capital and security. And across Asia, that transformation is accelerating.

China has integrated quantum technologies into long-term national planning, linking advances in computation directly to cybersecurity, state infrastructure and strategic autonomy.

Japan and South Korea are strengthening quantum ecosystems through their semiconductor industries, advanced manufacturing capabilities and research institutions. Singapore is positioning itself as a coordination hub for deeptech, quantum networking and digital infrastructure.

India is increasingly investing in quantum research and secure communications as part of a broader technological sovereignty agenda.

Across the region, quantum is no longer treated purely as a scientific frontier. It is increasingly viewed as strategic infrastructure. And that changes the discussion entirely. Because once computation becomes infrastructure, the central question is no longer who builds the fastest machine. It becomes who controls the systems forming around it.

From Silicon to Light

How photonics may redefine the next phase of semiconductor manufacturing

The Color of the Next Chip

The semiconductor industry is approaching its physical limits. For decades, progress was predictable. Smaller transistors. Higher performance. Lower cost per function. That model is now under pressure.

Energy consumption is rising. Heat is becoming harder to manage. And further miniaturization is no longer straightforward.

The question is no longer just how to make chips smaller. It is how to make them different.

The End of a Single Path

Modern chips are built on electrons. They move through silicon. They switch, compute and store. But as systems scale, electrons create friction. Heat increases. Efficiency drops. Complexity grows.

There are limits to how far this model can go. The industry is beginning to look for alternatives.