Amith Singhee says India must move beyond policy and research to build a workforce prepared for quantum deployment.
India has the potential to emerge as one of the top four global players in quantum computing, according to Amith Singhee of IBM. The country has already built momentum through government initiatives, research programs, and ecosystem collaboration, but translating that potential into global leadership depends on execution rather than intent.
From Research to Real-World Use
India’s progress remains heavily concentrated in research and policy, with programs like the National Quantum Mission expanding work across hardware, communication, sensing, and materials. However, the real challenge lies in connecting these advancements to practical applications, as industries such as logistics, finance, and energy have yet to fully integrate quantum computing into their operations.
The Workforce Gap
The most critical constraint is the lack of a deployment-ready workforce that can move beyond theoretical understanding and build real-world solutions. While academic programs are introducing quantum computing at multiple levels, the need is for professionals who can work across the full stack and contribute immediately in live environments. Scaling this talent base over the next two to three years will be essential to sustaining long-term progress.
Startups and Ecosystem Development
India’s startup ecosystem is beginning to participate in quantum computing, although companies are at varying stages of maturity and still require stronger support systems. Growth in the algorithm layer will be particularly important, as it connects quantum capabilities with real-world applications, while existing research talent provides a strong base for future innovation.
Industry Readiness
Enterprise adoption in India remains limited compared to global markets, where companies are actively exploring quantum use cases and investing in long-term development. In India, broader adoption will require stronger strategic intent, sustained investment, and a willingness to take risks in emerging technologies.
IBM’s Contribution
IBM is supporting ecosystem growth through open-source platforms, free access to quantum systems, and collaborations with academic institutions. India’s high participation on these platforms reflects strong individual interest, but the next step is converting this engagement into deeper expertise and scalable capability.
Current Direction
India’s position in quantum computing will depend on how effectively it bridges the gap between research and application, talent and deployment, and potential and execution. The foundation is already in place, but sustained progress will require faster alignment between academia, industry, and policy to turn capability into global competitiveness.
Source: YS
