Real-time analysis facilitates rapid decision-making, enabling researchers to continuously monitor and analyze data as it is generated and allowing for immediate adjustments to process parameters during experiments. (ii) Early detection of trends or anomalies are made possible through real-time analysis, providing valuable insights that can guide subsequent experiments and inform iterative improvements and optimizations in experimental protocols. (iii) By optimizing experimental workflows and minimizing waste through real-time analysis, researchers can allocate resources more efficiently, ensuring that resources are utilized effectively to maximize experimental outcomes. (iv) Enhanced experimental control on the process to deliver constant product quality to meet desired specifications and standards. (v) By providing instantaneous feedback, real-time analysis accelerates the optimization process, reducing the experimental time and expediting the discovery of optimal reaction conditions with minimum material use.