Karnataka is charting an ambitious course to emerge as a global leader in cutting-edge technology, with the state government outlining a roadmap to build a $20 billion quantum economy by 2035 and create over 10,000 high-skilled jobs. The initiative reflects a clear shift from theoretical research to large-scale industrial and commercial deployment of quantum technologies.
Massive Investment and Execution-Focused Strategy
Backed by a ₹1,000 crore state mission, the plan focuses on building a complete, end-to-end ecosystem—from research labs and startups to hardware manufacturing and exports. Unlike earlier approaches that remained largely academic, the government is now prioritising execution, scalability, and real-world applications.
‘Q-City’ to Anchor Quantum Growth
At the centre of this vision is the proposed “Q-City” near Bengaluru, which will serve as a dedicated hub integrating research institutions, startups, global firms, and manufacturing units. The goal is to accelerate the transition from lab discoveries to market-ready technologies, reducing reliance on overseas infrastructure.
Building a Skilled Quantum Workforce
The success of the initiative will depend heavily on talent development. The state plans to create a pipeline of 10,000+ quantum-skilled professionals, including funding around 150 PhD scholars annually and expanding quantum education across institutions. These roles will span quantum computing, materials science, cryptography, and advanced engineering, marking a shift toward highly specialised careers.
Wide-Ranging Applications Across Sectors
The roadmap focuses on four core domains—quantum computing, communication, sensing, and materials—with expected applications in healthcare, cybersecurity, agriculture, and logistics. These technologies could enable breakthroughs such as faster drug discovery, ultra-secure communication, and precision measurement systems.
Startups, Patents, and Industry Push
The government is also aiming to support over 100 startups and generate 100+ patents, backed by industry partnerships and a proposed venture fund. The larger objective is to build a strong domestic deep-tech manufacturing base while capturing a share of the global quantum market.
Phased Rollout and Statewide Expansion
The plan will be implemented in phases from 2025 to 2035, starting with infrastructure and policy frameworks, followed by technology scaling, manufacturing expansion, and exports. A hub-and-spoke model will be adopted, with Bengaluru as the core hub and cities like Mysuru and Dharwad supporting testing, skilling, and application development.
Karnataka’s quantum push is ultimately aimed at replicating the success of its IT revolution, but in a far more complex domain—positioning the state as a global powerhouse in next-generation deep-tech innovation.
