The two major factors that make binary search tree an optimum solution to any real-world problems are Speed and Accuracy.
Due to the fact that the binary search is in a branch-like format with parent-child relations, the algorithm knows in which location of the tree the elements need to be searched. This decreases the number of key-value comparisons the program has to make to locate the desired element.
Additionally, in case the element to be searched greater or less than the parent node, the node knows which tree side to search for. The reason is, the left sub-tree is always lesser than the parent node, and the right sub-tree has values always equal to or greater than the parent node.
BST is commonly utilized to implement complex searches, robust game logics, auto-complete activities, and graphics.
The algorithm efficiently supports operations like search, insert, and delete.