From Lab to Market: The US Push to Commercialise Quantum Technology
The United States government is making a aggressive push to secure global leadership in quantum technology. In May 2026, the Department of Commerce announced a federal incentive package totaling over US$2 billion to support private companies. This funding targets nine specific organizations, including IBM and GlobalFoundries, to accelerate the development of quantum foundries and hardware. To ensure public interest, the government is taking minority stakes in these companies. This strategy aims to resolve the primary bottleneck in the field, which is moving quantum technology from the lab into viable, large-scale commercial markets.
President Donald Trump bolstered these efforts in June 2026 by signing two major executive orders. The first order, focusing on cryptographic security, mandates that government agencies transition to post-quantum cryptography standards by 2030 and 2031. This move is designed to defend against future quantum computers capable of breaking current encryption protocols. The second executive order directs resources toward supply chain fortification and the expansion of the quantum workforce, while emphasizing the protection of intellectual property.
New initiatives are emerging from the Department of Energy and the Department of War to complement these mandates. The Quantum Genesis project aims to deliver the world's first fault-tolerant quantum computer by 2028. Simultaneously, the Farseer initiative is allocating US$200 million for the development of quantum sensing capabilities. These coordinated actions represent the most significant federal intervention in the quantum sector since the 2018 National Quantum Initiative Act.
These measures are largely intended to counteract the growing influence of China in the quantum hardware supply chain. Washington is prioritizing domestic production to mitigate risks associated with reliance on foreign critical minerals and components. While the United States has long led in research and development, the current focus is on achieving commercial scalability. This pivot is expected to redefine the trajectory of quantum hardware, impacting fields ranging from digital simulation to advanced navigation.
By linking private investment with strict national security objectives, the government is creating a structured environment for rapid technological deployment. This roadmap prioritizes internal security, industrial capacity, and long-term research goals. The success of these initiatives will dictate whether the United States can maintain its strategic edge in this emerging field against international rivals.