Advanced space electronics with program and mission heritage

Yosemite Space develops mission-relevant space electronics grounded in real program experience, technical depth, and spaceflight-linked development.

Our work spans evaluation of commercial off-the-shelf computing components for performance in space and ground-based radiation testing, development of space-relevant system concepts, and current prototyping in autonomous in-space assembly. Yosemite Space experience includes the Gumstix program, NASA Phase I SBIR work on the Resilient Affordable CubeSat Process (RACP), support to the MILES team as part of NASA Cube Quest, and development of CubeStar, which advanced to flight as part of an Artemis I secondary payload mission.

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Real program experience and mission-linked development

Multi-program Experience

Work spanning the Gumstix program, NASA Phase I SBIR work on RACP, and support to the MILES team as part of NASA Cube Quest

Radiation and Space Computing

Evaluation of COTS computing components for performance in space and ground-based radiation testing.

CubeStar Development

CubeStar developed as a simplified evolution of the RACP concept for practical spacecraft architecture development.

Artemis 1 Participation

CubeStar advanced to flight as part of an Artemis I secondary payload mission.

From hardware evaluation to current autonomous assembly prototyping

Yosemite Space has built its technical path through a progression of space-relevant work: from radiation-informed evaluation of COTS computing hardware to development of resilient Small sat concepts, to mission-linked system development, and now to autonomous in-space assembly prototyping. This progression reflects a consistent focus on practical, technically challenging, mission-enabling space systems.

    Autonomous in-space assembly prototyping

    Yosemite Space has built its technical path through a progression of space-relevant work: from radiation-informed evaluation of COTS computing hardware to development of resilient Small sat concepts, to mission-linked system development, and now to autonomous in-space assembly prototyping. This progression reflects a consistent focus on practical, technically challenging, mission-enabling space systems.

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