Recently developed construction machinery continues to advance from machines only capable of performing a stated task or function to machinery that provides automatic feedback regarding where and how the equipment is being used and the unit's current status. A number of such construction machines equipped with optional computerized construction features have even proved capable of interpreting construction designs and automatically regulating tools such as bulldozer blades. These new developments have led to conventional approaches to construction-such as continually interrupting operations in order to take measurements and check the project's finished status-no longer being necessary, thereby allowing for extremely effective and streamlined operations. In this study I will present specific examples of the application of this information technology to construction machinery and consider how such construction machinery will continue to advance.