February 2026 highlights for qiboteam/qibocal: Implemented robustness and visualization improvements for punchout data analysis and corrected readout attenuation handling, resulting in more reliable data interpretation and clearer visualizations. These changes enhance data-driven decision making and experimental throughput.

January 2026 performance summary for developer team focusing on delivering high-value features, improving robustness, and enhancing clustering/fit pipelines across qibocal, qibolab_platforms_qrc, and qibolab. Implemented core feature enhancements, robust initialization, advanced distance metrics, and punchout/resonator refinements. Expanded test coverage and cross-repo stability to reduce risk and accelerate future development.

December 2025 monthly summary: Delivered substantial performance and maintainability gains across qibolab_platforms_qrc and qibocal, with a focus on calibration fidelity, gate performance, data handling, and compatibility. Key outcomes include end-to-end calibration improvements for single- and two-qubit operations, introduction of interleaved readout to boost measurement throughput, and strengthened maintainability through tests, documentation, and code polish. The work directly enhances device reliability, circuit fidelity, and deployment readiness, enabling faster experimentation and scalable quantum workflows.

Concise monthly summary for 2025-11: Delivered feature improvements across two repositories (qibocal and qibolab_platforms_qrc) that directly enhance measurement accuracy, calibration reliability, and experiment reproducibility. Ramsey protocol curve fitting parameters were improved to yield more accurate initial guesses, and resonator calibration with updated spectroscopy frequencies were implemented to improve calibration accuracy and quantum measurement precision. These changes increase data quality, reduce variability in calibration measurements, and support faster, more reliable experimental cycles.