June 2026 monthly summary: Key features delivered, major fixes, business impact, and technology skills demonstrated across EasyEyes/threshold-scientist, EasyEyes/threshold, and EasyEyes/website. Focused on stabilizing releases, UI refinements, and calibration accuracy to support product readiness and cross-device consistency.

May 2026 performance summary across EasyEyes/threshold, EasyEyes/threshold-scientist, and EasyEyes/website. The period focused on delivering high-value features, stabilizing core components, and improving localization and cross-repo consistency to support researchers and participants. Key outcomes include improved error handling and localization for Pavlovia, enhanced camera UX with data export and multilingual support, and significant refactor and reliability improvements in the threshold subsystem, along with device-compatibility and compiler workflow enhancements that streamline researcher workflows.

April 2026 monthly summary for EasyEyes repositories. Delivered UI and reliability improvements for camera reconnection, multilingual feedback for quit events, and major release candidate upgrades across threshold, threshold-scientist, and website. These changes enhance user experience, reduce reconnection failures, and improve release readiness by aligning submodule references with newer RC versions and strengthening cross-repo consistency.

March 2026: Delivered stability and alignment across EasyEyes repos. Key outcomes include upgrading the remote-calibrator library to fix webcam disconnections, stabilizing the threshold component via a new release candidate, and aligning RC references in threshold-scientist and website to establish a cohesive baseline for upcoming releases. These changes improve user stability for webcam workflows, accelerate RC readiness, and solidify cross-repo release discipline, enabling smoother future releases.

February 2026 monthly summary for EasyEyes development work focusing on distance calibration, RC readiness, and cross-repo alignment. Delivered core distance calibration features, upgraded critical libraries, and stabilized components toward release candidate status across multiple repos. These efforts improve calibration accuracy, reliability, and developer productivity through standardized RC processes and clearer dependency management.