QuantumEAGLe will pair the NSA’s Laboratory for Physical Sciences with the Army Research Office to speed U.S. quantum computing progress under the president’s quantum executive order.
Five focus areas drive the program: industry engagement, commercial roadmaps, supply-chain development, quantum algorithms and error correction, and foundational research on qubit performance, simulation tools and system characterization.
Flexible contracting is central to the effort, with the initiative set to work directly with U.S. quantum companies and a special notice already posted on SAM.gov by the Army Contracting Command.
Officials said the program is meant to build a more resilient domestic industrial base, improve access to specialized quantum components and push the U.S. closer to fault-tolerant quantum computing.
The launch expands NSA quantum work beyond long-running basic research, tying national-security goals more tightly to commercial development and broader U.S. technology leadership.
Beyond national security, how will America's quantum leap actually benefit the daily lives of its citizens?
As the U.S. quantum ecosystem expands, how will it be secured from intellectual property theft and foreign espionage?
Can the U.S. build a self-sufficient quantum supply chain before rivals achieve a major breakthrough?
QuantumEAGLe Takes Flight: U.S. Unveils $3 Billion Strategy to Dominate Global Quantum Computing
Overview
The QuantumEAGLe initiative, launched on June 30, 2026, is a major collaborative effort between the NSA’s Laboratory for Physical Sciences and the U.S. Army Research Office. Its main goal is to accelerate the U.S. quantum computing ecosystem and secure national leadership in this field, in line with the President’s Quantum Executive Order. QuantumEAGLe focuses on advancing quantum computing, which uses unique subatomic properties to revolutionize information processing. By bringing together top government research organizations, the initiative aims to drive innovation and keep the United States at the forefront of quantum technology.