Inside Amaravati Quantum Valley: India’s Big Bet on 1,000-Qubit Quantum Computers and Secure Networks - Indian Masterminds
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Home » News » Inside Amaravati Quantum Valley: India’s Big Bet on 1,000-Qubit Quantum Computers and Secure Networks New Delhi: India has officially launched the Amaravati Quantum Valley, marking a historic milestone in the country’s deep-tech and scientific advancement journey under the National Quantum Mission (NQM). This bold initiative, backed by a ₹6,000 crore investment, positions India at the forefront of next-generation computing and secure communication technologies.
Amaravati Quantum Valley is central to India’s ambition to build 1,000-qubit quantum computers and a 2,000 km secure quantum network that could transform computing, defense, and digital infrastructure.
The Amaravati Quantum Valley (AQV) is India’s first integrated quantum technology ecosystem, launched in Amaravati, Andhra Pradesh. Spanning approximately 50 acres, AQV will bring together research, innovation, manufacturing, and skill development under one strategic umbrella. Read also: India Enters Quantum Space Race: DoS Plans First Quantum Communication Satellite to Build Unhackable Networks by 2030 The project is envisioned as a national hub where academia, industry leaders, startups, and government agencies collaborate to accelerate breakthroughs in quantum science and technologies.
The Amaravati Quantum Valley forms a fundamental pillar of India’s National Quantum Mission (NQM) — a government initiative to build quantum capabilities from 2023–31. These goals signal India’s intent to not just adopt quantum technologies but become a global leader in quantum computing and communications. On February 8, 2026, Union Minister Dr. Jitendra Singh laid the foundation stone for the Amaravati Quantum Valley in a ceremony attended by Andhra Pradesh Chief Minister N. Chandrababu Naidu, science leaders, and industry partners. During the event, Dr. Singh described the project as “not merely the foundation stone of a building, but the foundation stone of India’s quantum future,” highlighting the strategic necessity of quantum technologies for national security, communication resilience, healthcare innovation, and technological independence. AQV’s ecosystem will incorporate multiple high-impact elements: Industry giants like IBM, Tata Consultancy Services (TCS), and Larsen & Toubro (L&T) are key collaborators in building quantum infrastructure and talent pipelines. The project will support collaborative research with universities and corporations to commercialize advanced quantum systems. The quantum valley will be supported by academic programs, skill development initiatives, and talent hubs to produce a highly trained workforce in quantum science — a critical factor for India’s future readiness. New facilities, including what may become one of only four global quantum reference centers, are planned in partnership with institutions like SRM University-AP, enabling startups and research organizations to test and benchmark quantum technologies. Quantum computing is expected to vastly outperform classical computers in solving complex problems related to materials discovery, secure communications, logistics, drug design, climate modelling, and advanced national defense systems. A strong quantum ecosystem will help India safeguard communication networks, protect data with quantum-safe encryption, and create economic opportunities across sectors like healthcare, agriculture, finance, and space technologies. With the Amaravati Quantum Valley, India aims to join a select group of nations investing heavily in quantum technologies. The country’s mission to develop large-scale qubit systems and quantum communications infrastructure demonstrates strategic intent to compete with leaders like the US, China, and EU nations. By nurturing talent, expanding research, and fostering public-private partnerships, AQV could attract global investments and position India as a deep-tech innovation hub in Asia. Read also: India Launches National Supercomputing Mission 2.