
Alex Havermale developed and integrated the Haverworks Theseus75 keyboard platform within the qmk/qmk_firmware repository, focusing on embedded systems and firmware development using C. The project delivered a 75% row-staggered split keyboard with robust split communication, power management, RGB matrix lighting, and encoder support. Alex’s work enabled multi-layout keymaps, including ANSI, Default, and ISO, expanding configurability and hardware compatibility for end users. By consolidating firmware integration, Alex streamlined future product onboarding and facilitated cross-team collaboration. The approach emphasized maintainability and reliability, with documentation and validation planning initiated to ensure ongoing stability and support for diverse customer scenarios.
2025-09 Monthly Summary: Delivered and integrated a new keyboard platform in the QMK firmware stack, emphasizing business value through configurability, reliability, and faster time-to-market. The month focused on implementing the Haverworks Theseus75 platform, enabling a versatile 75% row-staggered split keyboard with robust split communication, power management, RGB matrix lighting, and encoder support, along with multi-layout keymaps (ANSI, Default, ISO).
2025-09 Monthly Summary: Delivered and integrated a new keyboard platform in the QMK firmware stack, emphasizing business value through configurability, reliability, and faster time-to-market. The month focused on implementing the Haverworks Theseus75 platform, enabling a versatile 75% row-staggered split keyboard with robust split communication, power management, RGB matrix lighting, and encoder support, along with multi-layout keymaps (ANSI, Default, ISO).

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