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Enter the Era of Error-Aware Quantum Development

D-Wave's forthcoming gate‑model quantum computing simulator will combine error detection with real-time control and can help developers prototype novel error-aware applications, model quantum processor behavior, and explore advanced error correction approaches based on dual-rail qubits.

Close-up photograph of D-Wave's gate-model quantum processing unit
A look at D-Wave’s next-generation gate‑model QPU system, currently in development.
Capabilities

Designed for Gate‑Model Exploration

01

Dual-Rail Technology

Explore D-Wave’s differentiated gate‑model architecture, using the forthcoming simulator’s sophisticated hardware emulation capabilities.
02

Error-Aware Programming

Build error-aware programs with a simulator that will combine error detection and real-time control.
03

Error Correction

Evaluate advanced quantum error correction workflows.
Why sign up

Prepare for FutureGate-Model Access

D-Wave’s forthcoming simulator is intended to help developers begin building expertise ahead of future gate‑model systems.

Request Future Access

Request access to D-Wave’s forthcoming gate‑model simulator bundles.

Build Readiness

Learn more about dual-rail technology, error-aware programming, and development workflows for D-Wave’s forthcoming simulator.

Plan Engagement

Sign up so D-Wave’s team can better understand your access needs and support the right next steps.
D-Wave gate-model quantum chip mounted on a transparent stand
Error-aware programming

What Is Error Awareness?

Error awareness is a unique capability enabled by D-Wave’s dual-rail technology that harnesses the power of error detection to give users new data and insight for achieving fault tolerance and exploring advanced use cases. With D-Wave’s simulator running in the Leap™ quantum cloud platform, we expect users will be able to:

01
Develop error-aware applications quickly using feature-rich tools and familiar interfaces
02
Save time and resources by prototyping algorithms before QPU execution
03
Simplify development workflows with quick algorithm construction, validation, and implementation in ideal mode
04
Gain realistic performance insights into future QPU execution with hardware emulation mode
"What makes our approach different is that error awareness is built into the architecture through dual-rail technology, giving developers access to error-detection data and real-time control capabilities that can help them design more resilient quantum applications."
Dr. Trevor Lanting
Chief Development Officer, D-Wave
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Future Access.

Get updates on future access to D-Wave’s forthcoming gate‑model quantum simulator, including simulator milestones, bundle availability, technical insights, and news on future D-Wave gate‑model quantum systems.

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