IMAGINE A UNIVERSE OF POSSIBILITIES,
WHERE COMPUTING IN SPACE IS

INTRODUCING EARTH-LIKE COMPUTING IN SPACE.

SOFTWARE IN SPACE NOW
HOLDS NO BOUNDARIES.

We engineer state-of-the-art space resilient computing systems that are the core of new space satellites and space missions.

MISSIONS WITH

Building flexible SW-based
solutions for
remote sensing, earth observation & iotCommunicationsData centers & edge computing in spaceSpace explorationremote sensing, earth observation & iot

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BUILDING FLEXIBLE
SW BASED SOLUTIONS FOR REMOTE SENSING, EARTH OBSERVATION & IOT

BUILDING FLEXIBLE
SW BASED SOLUTIONS FOR COMMUNICATION PAYLOADS

BUILDING FLEXIBLE
SW BASED SOLUTIONS FOR
DATA CENTERS & EDGE COMPUTING IN SPACE

BUILDING FLEXIBLE
SW BASED SOLUTIONS
FOR SPACE EXPLORATION

REVOLUTIONIZING SMART, AUTONOMOUS
SATELLITES & SPACECRAFT

MODULAR
ARCHITECTURE

Modular hardware and software building blocks enabling advanced space applications, AI/ML and high density storage

SPACE–RESILIENT
TECHNOLOGY

Vertically designed from the ground up to withstand harsh space conditions in LEO, MEO, GEO and deep space environment

PROGAMMABLE
ON-ORBIT

Fully SW programmable on-orbit satellite payloads, future-proofing business models and enabling new business models

 

OPTIMIZED
SWAP-C

Earth-like computing. High performance computing at the lowest size, weight and power for maximum affordability

 

SPACE-PROVEN INNOVATION
THROUGHOUT THE SOLAR SYSTEM

50+ SPACE MISSIONS
100s OF COMPUTER UNITS IN SPACE
50k DAYS IN SPACE
250m MILES FROM EARTH
0 Failures

READ OUR LATEST NEWS
AND BLOG POSTS

  • Klepsydra Technologies, Ramon.Space, and ETHZ Consortium Awarded Grant for Innovative Space Project

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  • Ramon.Space Strengthens Leadership Team to Drive Next Phase of Space Computing Growth

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  • Ramon.Space wants to take on-orbit computing infrastructure to the next level

    Read More >