
Guillaume Lannuzel developed hardware-actuated antenna control and expressive gesture capabilities for the reachy2-sdk, implementing foundational DynamixelMotor integration and wiring the Head component to enable emotional antenna movements. Using Python and gRPC, he established a scalable architecture for hardware-actuated gestures, supporting new emotional states such as sad and surprised through behavioral animation. In the lerobot repository, he delivered end-to-end Reachy 2 robot support, integrating configuration scaffolding, camera interfaces, teleoperation, and data recording and replay. This work enhanced hardware compatibility and enabled repeatable AI and robotics experiments, demonstrating depth in system integration and robotics software development across both projects.

September 2025: Delivered Reachy 2 robot support in the lerobot framework, expanding capabilities for AI and robotics research. Implemented Reachy 2 integration end-to-end, including configuration scaffolding, camera interfaces, teleoperation, and data recording/replay to enable repeatable experiments. This work enhances hardware compatibility, accelerates experimentation, and positions the project for broader collaboration with researchers and developers.
September 2025: Delivered Reachy 2 robot support in the lerobot framework, expanding capabilities for AI and robotics research. Implemented Reachy 2 integration end-to-end, including configuration scaffolding, camera interfaces, teleoperation, and data recording/replay to enable repeatable experiments. This work enhances hardware compatibility, accelerates experimentation, and positions the project for broader collaboration with researchers and developers.
November 2024 focused on hardware-actuated antenna control and the expansion of expressive capabilities for reachy2-sdk. Delivered foundational DynamixelMotor integration and Head component wiring to support antenna actuation, enabling basic emotional gestures and laying groundwork for a dedicated motor service. These changes unlock richer robot expressiveness and establish a scalable path for hardware-actuated gestures.
November 2024 focused on hardware-actuated antenna control and the expansion of expressive capabilities for reachy2-sdk. Delivered foundational DynamixelMotor integration and Head component wiring to support antenna actuation, enabling basic emotional gestures and laying groundwork for a dedicated motor service. These changes unlock richer robot expressiveness and establish a scalable path for hardware-actuated gestures.
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