Origami Space is redefining the future of satellite technology through a bold fusion of generative design, machine learning, and deployable architectures. The Colorado-based company is pioneering advanced RF and LiDAR systems that bring unprecedented agility, intelligence, and performance to small satellites. By folding big capabilities into compact, efficient designs, Origami Space is transforming how satellites communicate, sense, and operate — setting a new benchmark for innovation in space-based communications and intelligence.
True to its name, Origami Space specializes in foldable, high-performance satellite systems — compact during launch but expanding into powerful communication and sensing platforms once deployed in orbit. This unique approach enables small satellites to deliver large-scale capabilities traditionally reserved for much larger spacecraft, dramatically reducing cost, mass, and complexity.
By blending generative design principles with machine learning algorithms, the company’s engineers are creating adaptive structures that optimize themselves for mission performance. These innovations set new standards in satellite communications, remote sensing, and intelligence applications.
Origami Space’s deployable systems are built not only to perform but also to adapt — enabling satellites to respond to changing mission needs and environments. This agility is critical for both commercial applications and national security operations, where precision, responsiveness, and reliability are paramount.
Their technology reflects a core philosophy: that innovation in space design should mirror nature’s efficiency — compact, elegant, and inherently scalable. Through this mindset, Origami Space is shaping a new generation of resilient, intelligent, and sustainable satellite systems.
Origami Space Development, Inc. is a U.S.-based aerospace company headquartered in Berthoud, Colorado, dedicated to redefining satellite technology through deployable, machine learning–enhanced architectures. The company focuses on RF and LiDAR systems, using advanced computational design to build smarter, more adaptable spacecraft that expand the limits of communication and intelligence from orbit.