

In December 2025, progressed on autonomous navigation enablement and robust simulation tooling for OpenHUTB/nn. Delivered core navigation enhancements for autonomous vehicles with improved intersection handling, collision avoidance, and logging instrumentation to support data-driven analysis. Built an AirSim-based simulation setup and control suite that enables reliable vehicle connection, manual and automated control, multi-sensor data collection, and comprehensive state logging. Implemented stability and performance optimizations in the simulation layer to reduce wall collisions, refine control logic, and improve data handling. Together, these efforts accelerate testing, validation, and iteration, shortening the feedback loop between development and real-world readiness.
In December 2025, progressed on autonomous navigation enablement and robust simulation tooling for OpenHUTB/nn. Delivered core navigation enhancements for autonomous vehicles with improved intersection handling, collision avoidance, and logging instrumentation to support data-driven analysis. Built an AirSim-based simulation setup and control suite that enables reliable vehicle connection, manual and automated control, multi-sensor data collection, and comprehensive state logging. Implemented stability and performance optimizations in the simulation layer to reduce wall collisions, refine control logic, and improve data handling. Together, these efforts accelerate testing, validation, and iteration, shortening the feedback loop between development and real-world readiness.
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