Washington is a Lagrange point for innovation—a rare place where aerospace engineering and advanced software capabilities converge at scale. In space, these unique points are created by the interaction of powerful forces. In Washington, that convergence brings together the expertise and infrastructure needed to design, build and commercialize the next generation of space technologies—from propulsion and satellite manufacturing to AI, cloud computing and mission operations.

Washington’s commercial space industry draws on one of the nation’s most sophisticated aerospace supply chains. Our companies benefit from expertise in precision machining, composites, avionics, propulsion, advanced manufacturing and other critical capabilities needed to move space technologies from design and development to production and commercialization.

What makes Washington distinctive is the combination of this deep manufacturing base with advanced software expertise, creating a commercial space ecosystem that supports the full lifecycle of modern space technologies.

Washington is a global center for satellite design, manufacturing and operations. Our companies develop and innovate technologies that support communications, Earth observation and some of the world’s largest low Earth orbit (LEO) constellations. The state’s strength extends beyond the spacecraft themselves to satellite data analytics, mission control software, AI and machine learning, simulation and cloud-based space operations.

This combination of hardware and software expertise gives companies access to the capabilities needed to develop, manufacture, operate and commercialize satellite technologies—all within the same ecosystem.

Get the facts on Washington’s commercial space ecosystem, workforce, supply chain and industry hubs.

View and download our commercial space industry overview

Washington’s commercial space companies draw from one of the nation’s deepest pools of aerospace, engineering and technology talent.  The Puget Sound region has the nation’s highest concentration of aerospace engineers, at nearly six times the U.S. average.

Our aerospace expertise intersects with Washington’s strength in software, AI, cloud computing and advanced manufacturing—giving commercial space companies access to both the hardware and software talent needed to move technologies from concept to commercialization.

Our research ecosystem connects industry with expertise in aerospace engineering, advanced materials, propulsion, space systems, data and policy. The University of Washington’s Space Policy and Research Center (SPARC) brings together researchers, policymakers and industry across disciplines ranging from aeronautics and computer science to Earth and space sciences, law and medicine.

A formal partnership between SPARC and Pacific Northwest National Laboratory further expands opportunities for collaborative research, student internships and development of space-related technologies.