In March 2026, the Robotics teams delivered substantive end-to-end enhancements across both Infrastructure and Academy repositories, significantly improving simulation fidelity, robot integration, and deployment flexibility. Key work focused on robust Ackermann robot integration, enhanced Gazebo visualization, world remapping with harmonic configuration, and ROS2-enabled perception/navigation workflows. Runtime configurability and odometry stability improvements further underpinned safer, more predictable testing and faster iteration cycles. These outcomes translate to higher-quality validation, clearer debugging signals, and stronger alignment with business goals for autonomous robotics development.

February 2026 monthly summary for JdeRobot repositories (RoboticsAcademy and RoboticsInfrastructure). Focused on release reliability, contributor experience, and simulation fidelity across the two repos. RoboticsAcademy deliveries include CI/CD templates and linting configurations to streamline releases and improve maintainability, contributor fork build guidance with Dockerfile adjustments to support external forks, and enabling Docker image builds from custom GitHub forks with owner-based repository versioning. RoboticsInfrastructure deliveries include physics realism improvements for warehouse models (inertia updates and removal of invalid properties), enhanced robot spawner tooling for improved positioning and accuracy, ROS-Gazebo integration refinements (topic remapping and odometry mappings), model asset path/name clarity, world name standardization and launcher code cleanup, and overall build process stabilization.