Quantum Technology in India: The Next Strategic Frontier
As India accelerates its digital and industrial transformation, quantum technology is emerging as a strategic frontier with the potential to reshape computing, cybersecurity, communications and advanced manufacturing. In this thought-provoking article, Kishore Balaji, Executive Director, GRA – IBM, India and South Asia, examines India’s growing quantum ecosystem, the National Quantum Mission and the role of public-private partnerships in building talent, innovation and sovereign capabilities for a secure and competitive technology future.
The global technology landscape is entering a new phase of transformation. Over the past decade, cloud computing, artificial intelligence, cybersecurity and semiconductors have dominated technology strategies across governments and enterprises. Today, another frontier technology is steadily moving from research laboratories into boardroom discussions and national policy agendas: quantum technology. Quantum is rapidly emerging as the next strategic stack, alongside AI, semiconductors, space technologies and cyber security. Nations that invest early in quantum computing, quantum communications, quantum sensing, quantum materials and quantum-safe security will be better positioned to shape the next era of economic competitiveness, technological leadership and geopolitical influence. While quantum computing often captures public attention, the real opportunity extends far beyond faster computers. Quantum technologies have the potential to transform cybersecurity, accelerate scientific discovery, optimise complex industrial systems, strengthen national security and create entirely new categories of innovation. The countries that succeed in quantum will not simply gain computational advantage; they will influence the future architecture of security, intelligence, communications and economic value creation.
India Deserves Significant Credit for Recognising This Opportunity Early
The National Quantum Mission (NQM), backed by an investment commitment exceeding ₹6,000 crore, reflects a strategic understanding that quantum technologies will become a critical pillar of future economic and technological growth. Through the mission, India has already established dedicated hubs across quantum computing, communication, sensing and materials research while fostering collaboration among premier institutions, startups, industry and government. The progress is encouraging. India has built a growing indigenous ecosystem spanning the IITs, IISc, research laboratories, startups and technology companies. Equally important is the increasing focus on quantum education, specialised laboratories and workforce development programmes that are helping build a pipeline of future talent. What India is doing particularly well is focusing on sovereign capability creation rather than depending entirely on imported technology stacks. The country has adopted an ecosystem-first approach that combines academic excellence, startup innovation, industrial participation and government support. This is critical because the quantum race will not be won through hardware alone. Long-term leadership will depend on talent, intellectual property, applications, software, infrastructure, and the ability to commercialise innovation.
India has also correctly prioritised quantum communications and cyber resilience. As digital infrastructure becomes increasingly central to national security and economic growth, quantum-safe communications and post-quantum cryptography are becoming strategic necessities. Countries that establish secure, quantum-resilient digital infrastructure early will enjoy significant advantages in protecting critical systems, financial networks, government platforms and defence assets. However, government investment alone will not determine success. Industry participation will play an equally important role in accelerating quantum adoption and translating research into real-world impact.
Globally, companies have been instrumental in helping move quantum from theoretical research to practical experimentation and application development. The significance of Quantum Valley extends beyond the deployment of advanced computing infrastructure. It represents a model for how public-private partnerships can accelerate ecosystem development, talent creation, research collaboration, and commercial adoption. Initiatives such as these align closely with the broader objectives of India’s National Quantum Mission and demonstrate how global technology leaders, governments and domestic industry can work together to strengthen India’s position in the emerging quantum economy.
Promising Foundations Now Require Urgency and Scale
The priority must be talent development. Quantum expertise today remains concentrated within a relatively small group of researchers and specialists. India will require thousands of professionals trained in quantum algorithms, photonics, cryogenics, advanced materials, quantum-safe cybersecurity and hybrid HPC-quantum environments. Expanding this talent pool will require stronger industry-academia collaboration, specialised curricula, certification programmes and broader access to quantum learning platforms. The second priority is accelerating industry adoption. The true value of quantum technologies will emerge when they address real-world challenges across sectors such as banking, pharmaceuticals, manufacturing, logistics, energy, telecommunications and defence. India must move beyond research pilots and create mission-driven partnerships that encourage experimentation, commercialisation and deployment of practical quantum solutions. The third priority is preparing for the cybersecurity implications of the quantum era. Security experts have long discussed the possibility of “Q-Day”—the point at which sufficiently advanced quantum computers could challenge existing cryptographic standards. Whether that milestone arrives sooner or later, governments, enterprises, financial institutions and operators of critical infrastructure must begin their transition towards post-quantum cryptography and quantum-safe security frameworks today.
The opportunity before India extends far beyond building quantum computers. This is an opportunity to establish leadership in deep technology, strengthen digital sovereignty, create globally competitive intellectual property and position India as a trusted innovation partner in the post-AI era. The timing could not be more important. Artificial intelligence is moving from pilots to enterprise-wide deployment. Cloud infrastructure and data centres continue to expand. Cybersecurity has become a board-level priority. Semiconductor manufacturing ambitions are gaining momentum. Large-scale skilling and reskilling initiatives are reshaping workforce readiness. Within this broader transformation, quantum stands out as both a strategic capability and a force multiplier for every other advanced technology domain. The countries that master quantum technologies will not simply own faster computers. They will help define the future standards, platforms, security architectures and innovation ecosystems that underpin the next generation of global economic growth. India has already taken important first steps. The challenge now is execution at scale. Through sustained investment, accelerated talent development, stronger public-private partnerships, proactive cybersecurity planning and initiatives such as the National Quantum Mission and Amaravati’s Quantum Valley, India has a unique opportunity not merely to participate in the quantum revolution but to help lead it.
Note to Readers: The views expressed in this article are those of the author and are presented for informational purposes only. They do not necessarily represent the views of Mobility Electrified.
