Worked on performance optimization within the AliceO2Group/O2DPG repository, focusing on reducing the ITS MV cycle length in the ITS subsystem. The effort aimed to enhance throughput and responsiveness in ITS data processing, targeting internal improvements rather than direct user-facing features. The associated commit did not include code changes, so the precise impact on system behavior remains under evaluation. Leveraged C++ and data processing frameworks commonly used in high-energy physics software, with attention to maintaining system stability during optimization. The work demonstrated a methodical approach to internal performance tuning, prioritizing maintainability and careful assessment of downstream effects before broader adoption.