Quantum Hardware Industrialization in India: A Policy Analysis Based on Stakeholder and Comparative Insights

Abstract

Countries across the globe always focus on achieving economic strength, technological independence, and strengthening national security. In current geopolitical landscape, quantum technology has become very important for the above reasons. India is one of the fastest-growing economies. In quantum research also, India has made good progress; yet a clear gap still exists, and there will always be scope for improvement. One of the major challenges is moving ideas from the laboratory to the industrial scale in this domain. This thesis tries to understand those challenges. To understand the challenges faced by the quantum hardware industry, the thesis follows a qualitative research approach. The approach follows two types of data collection, i.e., primary data collection and secondary data collection. The first method follows a format called KIIs (Key Informant Interviews), in which information is collected from stakeholders involved in the quantum hardware sector. It provides an evidence-based ground report based on the experiences of startups, academicians, VCs, and TTOs. The primary method provides a real picture of the sector, while the secondary method is based on comparative analysis of existing reports, articles, and white papers. It provides a global picture of different countries’ ecosystems in quantum hardware. This list involves di!erent European countries like the UK, France, Germany, Belgium, the Netherlands, and Finland. For domestic comparison, the automobile, pharmaceutical, and solar industries are used as case studies, and necessary lessons are drawn. The findings reveal a few critical barriers. Regulatory and import-related problems, such as customs delays and heavy taxation on specialized components, cause delays in operational processes and increase costs. There is no shared infrastructure, including cleanrooms and foundries. This makes startups dependent on international infrastructure, which may affect rapid prototyping and IP protection. There is a mismatch between the funding requirements of deep-tech hardware startups and traditional venture capital life cycles, since deep-tech companies require substantial financing over more extended period than venture capital firms typically provide. Lastly, there are institutional barriers related to IP transfer and licensing, which impact the creation of academic spin-offs (ASOs). Overall, the thesis concludes that India’s problem is not the lack of vision; it is insufficient implementation and development mechanisms. It suggests that a systematic policy approach can help grow the sector in the long run. The focus should be on facilitating regulations, infrastructure sharing, government involvement as the first customer, and improved funding models for projects with long gestation periods. The entire research paper blends stakeholder consultation with policy analysis and can serve as a real-world template to build the quantum hardware ecosystem in India.