Switzerland unveils national strategy to become a global commercial hub for quantum technology

The "Swiss Quantum Strategy" calls for a CHF 300M investment to turn Switzerland into a global commercial hub for quantum computing and deep-tech innovation.

By: AXL Media

Published: Mar 5, 2026, 6:01 AM EST

Source: The information in this article was sourced from Keystone-SDA

From Academic Excellence to Market Leadership

While Switzerland currently boasts over 200 research groups dedicated to quantum sciences, the new strategy warns that the nation risks falling behind in the global race for commercialization. The "Swiss Quantum Strategy" argues that individual startups are no longer enough to maintain a competitive edge. To take a leading role in the development of quantum technologies, the authors advocate for a shift in focus toward sector-specific infrastructure, including specialized clean rooms, test facilities, and competence centers that can serve both the public and private sectors.

Funding the "Deep-Tech" Future

A central recommendation of the strategy is the establishment of a state-supported "Deep-Tech" fund. Experts estimate that an investment of CHF 200–300 million ($256–384 million) is required to reduce the risks associated with long-term private investment in the quantum field. By utilizing public funds to create favorable framework conditions, Switzerland aims to provide young companies with the resources needed to scale scientific discoveries into functional, marketable solutions. This initiative builds on the momentum of Switzerland's first commercially usable quantum computer, which was inaugurated in Basel in late 2024.

The Swiss Quantum Initiative (SQI)

The strategy was developed as part of the Swiss Quantum Initiative (SQI), a national program implemented in partnership with the Swiss National Science Foundation (SNSF) and Innosuisse. The SQI serves as the primary vehicle for coordinating interdisciplinary research across various stages of technological maturity. While fields like quantum cryptography are already seeing commercial successes, the strategy acknowledges that high-performance quantum computing remains a significant challenge that requires continued, large-scale interdisciplinary cooperation.