Project Triad leverages NSF’s current quantum research portfolio and infrastructure to test and refine integrated quantum systems while training the next generation of quantum scientists and engineers.

NSF announced Project Triad as an initiative to integrate quantum sensing, networking, and computing into a single operational system to move quantum technology from lab to real-world applications.

Key benefits include enhanced navigation and secure communications for first responders and military personnel without GPS, reduced drilling for underground resource exploration, and improved medical imaging and personalized medicine.

A quote from NSF official Brian Stone stresses alignment with the administration’s quantum innovation agenda and the aim of translating public investments into strategic advantages for Americans.

NSF will broaden industry engagement through Quantum+X funding tracks targeting sectors such as energy, finance, biotechnology, and pharmaceuticals, among others.

Project Triad aims to enable practical applications across safety, healthcare, energy, manufacturing, and more, strengthening U.S. economic competitiveness, national security, and quality of life.

The initiative plans to accelerate existing NSF NQVL projects to implementation by December 2026, contingent on funding, and will connect government, universities, and private industry to build a fully integrated quantum environment in the U.S.

The program envisions a three-program framework to accelerate translation from lab to market: NSF National Quantum Virtual Laboratory for proof-of-concept integrated systems, NSF X-Labs for milestone-based research and interconnects/photonics, and NSF Quantum+X to identify industry use cases and foster partnerships.

Simon Malcomber, NSF Chief Science Officer, notes that Project Triad combines fundamental science with translational research to maximize useful quantum data.