Quantum computing and sensing are re-imagining the capabilities of satellites, space sensors, and deep-space communications. A growing number of researchers are exploring quantum computing and sensing, partnering with the private sector to develop new capabilities that will deliver huge value to climate monitoring, infrastructure, defense, and intelligence agencies. Earth observation and prospecting are two of the most important tasks being solved by satellite systems, through quantum computing technologies.

Quantum computing removes the computational bottlenecks to processing ground-space observational data and is essential for solving complex challenges in a variety of space domains.

Space Logistics, artificial intelligence, machine learning, and big data analytics rely on the availability of massive computing power to analyze ever-increasing quantities of information. Quantum computing can dramatically increase this processing power while reducing energy costs.

Governments are investing in quantum technology

NASA Logo
EESA Logo
JPL Logo
Australian Space Agency Logo
SpaceX Logo

Gain a competitive advantage with quantum technology

We build educational and developer tools that help space-sector professionals take advantage of the quantum opportunity - from computing to sensing.

Black Opal logo

Build a quantum-ready team

See how Black Opal works
Fire Opal Logo

Gain a true quantum advantage

See how Fire Opal works

Detect the undetectable

See how Quantum Sensing works
Get started now

Make quantum technology useful

Contact Sales
Berkeley Lab
Bleximo
Fermilab
IBM
Imperial College London
NIST
Northwestern University
rigetti
USC Viterbi School of Engineering