
During October 2025, Alessandro Dozzera developed IO-triggered synchronization of multiple motion groups for the wandelbots-nova repository. He implemented a feature that enables deterministic, concurrent initiation of robot and positioner movements based on an IO signal, using asynchronous programming and Python. By providing an end-to-end example, Alessandro demonstrated how automation workflows can reliably coordinate multi-group motion by waiting for a specific IO state. This work addressed the need for improved throughput and coordination reliability in robotics automation, leveraging API integration and JSON for configuration. The feature laid a foundation for scalable, IO-driven orchestration, reflecting a focused and technically robust engineering approach.

2025-10 monthly summary: Implemented IO-triggered synchronization of multiple motion groups in wandelbots-nova, enabling deterministic, concurrent start of robot and positioner movements based on an IO signal. This feature is demonstrated by an example showing how to start both devices concurrently when the IO state is met. No major bugs fixed this month. Overall, the work improves automation throughput, coordination reliability, and scalability for multi-group motion, and lays groundwork for broader IO-driven orchestration. Key commit: 89c4c76741eae293fef24c10ff194e3bf22fc4d7 (feat: start on io (#301)).
2025-10 monthly summary: Implemented IO-triggered synchronization of multiple motion groups in wandelbots-nova, enabling deterministic, concurrent start of robot and positioner movements based on an IO signal. This feature is demonstrated by an example showing how to start both devices concurrently when the IO state is met. No major bugs fixed this month. Overall, the work improves automation throughput, coordination reliability, and scalability for multi-group motion, and lays groundwork for broader IO-driven orchestration. Key commit: 89c4c76741eae293fef24c10ff194e3bf22fc4d7 (feat: start on io (#301)).
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