
Marc Bodea focused on improving the reliability of ESP32 touch input within the esphome/esphome repository, addressing issues in high-capacitance configurations. He co-authored a fix that disabled the hardware timeout to prevent continuous interrupts, which previously led to unstable touch behavior. Using C++ and leveraging his expertise in embedded systems and hardware interfacing, Marc also introduced a method to ensure benchmark values are consistently read and enhanced the logging to provide detailed touch-detection thresholds. This work enabled more robust diagnostics and easier tuning in production environments, demonstrating a thoughtful approach to both system stability and maintainability within embedded hardware contexts.
Month: 2026-01 — Delivered a targeted reliability improvement for ESP32 touch input in esphome/esphome. The change disables the hardware timeout to prevent continuous interrupts in high-capacitance touch configurations, and adds a method to ensure benchmark values are read, alongside enhanced logging to expose detailed touch-detection thresholds. This reduces flaky touch behavior and supports better diagnostics and tuning in production.
Month: 2026-01 — Delivered a targeted reliability improvement for ESP32 touch input in esphome/esphome. The change disables the hardware timeout to prevent continuous interrupts in high-capacitance touch configurations, and adds a method to ensure benchmark values are read, alongside enhanced logging to expose detailed touch-detection thresholds. This reduces flaky touch behavior and supports better diagnostics and tuning in production.

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