Over the past century, organic chemists have made significant advancements in developing a multitude of synthetic methods, empowering researchers to efficiently prepare increasingly intricate organic molecules. The progress achieved in this field has broadened our access to a vast chemical space and facilitated the creation of molecules endowed with distinctive properties, which are crucial for the development of future pharmaceuticals, agrochemicals, and materials. However, streamlining and optimizing a compound trace into a widely applicable synthetic method is both demanding and time-intensive, requiring meticulous attention to detail and significant investment of time and resources.