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True-Q is designed to tackle your error challenges so you can quickly and reliably achieve the best performance from your system.
True-Q software delivers critical solutions for both small- and large-scale quantum computers, including:
• Detailed and comprehensive error diagnostics, to efficiently optimize calibration and pulse-design.
• Industry-leading error suppression and mitigation techniques to get the most out of your system.
Solve your quantum computing challenges with True-Q Software
The True-Q software offers a library of routines, available through a Python API that easily integrates into your workflow:
• A suite of industry-leading error diagnostic tools for efficiently reconstructing error characteristics, including cross-talk, error correlations, leakage and miscalibrations, across the entire qubit or qudit register, for each distinct combination of gate operations.
• Customizable integration with any architecture, any intermediate representation, and any gate set, including automatic transpilation of circuits into user-specified native gate sets (including parameterized gates).
• A compiler that delivers industry-leading error suppression, error compensation and error mitigation strategies to overcome residual errors present during run-time.
• An emulator/simulator tool that can be customized to model the actual errors measured (by the error diagnostics) for each different set of controls (that is, for each combination of parallel gates), leading to incredibly accurate predictions of system performance.
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