India’s Quantum & Chip Breakthroughs Push Tech Forward

Indian deep-tech firm QpiAI has announced its 25-qubit quantum computer, named Indus, marking a major step in India’s quantum computing journey. Business Wire+1
The system integrates AI with quantum hardware to optimize performance, aiming for applications in logistics, pharma, simulations, and scientific research. Business Wire
Under India’s National Quantum Mission (NQM) — with a budget of ₹6,003.65 crore — this push is part of the country’s broader strategy to become a global quantum hub. Press Information Bureau
Meanwhile, IBM plans to roll out a 156-qubit quantum processor (“Heron”) in its Andhra Pradesh quantum valley facility by March 2026, further deepening India’s quantum infrastructure. The Economic Times
Andhra Pradesh’s Quantum Valley Tech Park (Amaravati) is slated to become a national R&D hub for quantum research and innovation. adda247

Implications:

This could accelerate quantum-driven innovation in sectors like drug discovery, optimization, cryptography, and climate modeling.
By integrating AI control with quantum hardware, QpiAI is setting up a hybrid compute paradigm — potentially making quantum more accessible and practical.
The coming quantum valley positions India not just as a user but as a creator in quantum technologies, helping create skilled jobs and long-term research paths.

India’s Semiconductor Mission is moving up the value chain: plans are underway to produce 5–7 nm chips, bridging the gap with global leaders. ETGovernment.com
Four new semiconductor projects (fab and ATMP units) have recently been approved across Odisha, Punjab & Andhra Pradesh, an investment of over US$ 524 million. India Briefing
According to Ashwini Vaishnaw (Electronics & IT Minister), India’s first indigenous semiconductor chip (28–90 nm) is expected to launch by the end of 2025. India Today+2mint+2
There are plans for a commercial-scale silicon fab capable of 50,000 wafer starts per month, alongside testing and packaging facilities. ETManufacturing.in

Why This Matters:

Producing advanced nodes (5–7 nm) could significantly reduce India’s import dependence for high-performance chips.
These advancements support India’s strategic goal of becoming not just a design hub, but a full-stack semiconductor manufacturing nation.
Creating local chip fabs may drive innovation, bring in jobs, and strengthen supply-chain security for critical electronics.

Tech sovereignty: With quantum computing and chip fabrication both growing domestically, India is strengthening its long-term technological independence.
Deep-tech ecosystem: The simultaneous advancement in semiconductors and quantum places India firmly on the deep-tech map, potentially attracting global investments and partnerships.
Skilling and R&D: These projects require specialized talent — so educational and research institutions will play a big role.
Strategic growth: Quantum capabilities could enhance India’s strengths in encryption, simulation, and future-forward computing; while chip manufacturing could support everything from smartphones to defense systems.