IBM is preparing to launch a 156-qubit quantum computer in India: a new milestone for the "Quantum Valley"
IBM has announced plans to deploy one of its first physical quantum systems in India — the IBM Quantum System Two, equipped with a 156-qubit Heron processor. The launch is scheduled for September this year in the city of Amaravati, Andhra Pradesh. This is a landmark event not only for India's technology sector but also for the global quantum computing market, where India aims to take a leading position.
Quantum Expansion in Asia
The installation will be one of the first two physical quantum machines from IBM deployed in the country. The project is a central element of the regional "Quantum Valley" initiative in Andhra Pradesh, aimed at creating an ecosystem for research and commercial application of quantum technologies. The agreement to implement the project was signed between the state government, IBM itself, and the Indian IT corporation Tata Consultancy Services.
The Heron processor, which powers the system, represents a significant step forward compared to previous generations. 156 qubits is not just a number; it is a bid to solve problems inaccessible to classical supercomputers, especially in the fields of cryptography, materials science, and optimization of complex logistics chains. For the crypto industry, this is a direct signal: the era of post-quantum security is drawing ever closer.
Why This Matters for the Crypto Market
Although 156 qubits are not yet enough to crack algorithms like RSA-2048, each new quantum computer accelerates the race between the development of quantum threats and the adoption of cryptographic standards resistant to them. Deploying such a machine in India, one of the world's largest IT hubs, underscores the global nature of this race. I expect that in the next 12–18 months, we will see a rise in investments in projects related to post-quantum cryptography, especially from major blockchain networks and exchanges.
From a market perspective, IBM's announcement is another reminder to investors and developers: the quantum future is arriving faster than many anticipate. Projects that ignore this reality risk becoming uncompetitive by the end of the decade.