Reveal the hidden quantum signal
The quantum signal you get from noisy quantum hardware is degraded by errors. Qedma extracts what’s hidden in the noise, revealing trusted, highly accurate results.
Noise corrupts your output with errors, obscuring the quantum signal
Reveal the hidden signal with
Quantum Signal Extraction Platform
Qedma’s Quantum Signal Extraction Platform is a software layer that extracts usable quantum signal
hidden inside noisy quantum outputs to enable larger scale workloads and higher accuracy with the quantum
hardware
you choose to use.
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Error Intelligence
Understand how noise degrades the quantum signal across different quantum hardware, mapping the sources of errors, their behavior, and the precise ways they tangle with your quantum computation.
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Quantum Signal
ResolutionExtract highly accurate quantum signal from
your quantum computation, making use of hidden quantum information obscured by errors.
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Output
IntegrityValidate and trust the extracted quantum signal with quantifiable confidence.
97%
confidence
Trusted by:
Go beyond hardware
Qedma sits between quantum hardware and applications to power highly accurate, large-scale quantum computations, far beyond what hardware can achieve on its own.
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Application
- Qedma
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Hardware
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99%
End to end fidelity from quantum algorithms
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1st
cross-modality validated
quantum advantage -
1,000X
circuit volume boost for high accuracy circuits
QUANTUM USERS
Reveal more
with Qedma
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By combining IBM’s quantum computers with Qedma’s advanced error reduction technology, we are transforming quantum computing into a practical tool to expand the frontier of knowledge.
Jay Gambetta
Director of IBM Research & IBM Fellow
Quantum Signal is here
The race to
practical quantum computing
Teams that use quantum signal extraction position themselves as front-runners in the race to practical quantum computation. They go beyond today’s hardware, and stay ahead of it no matter how far it advances.
In a post-extraction world, advantage won’t be measured
by the strength of your hardware, but by how much quantum signal you can extract from it.
