Which of the following is a benefit of static testing?

Static testing is a quality assurance method that involves examining the code, requirements, and design documents without executing the program. One of the primary benefits of static testing is its effectiveness in locating design faults and coding errors before the actual execution of the code. This process can include code reviews, inspections, and static analysis, enabling teams to identify issues early in the development cycle.

By pinpointing these errors during the static testing phase, teams can avoid the cost and complexity of fixing defects later when the code is running, thus improving overall software quality and reducing the time spent on later testing stages. This proactive approach helps ensure that any structural or syntactical errors are corrected, enhancing both the application's design and implementation integrity.

While the other choices may seem relevant, they either pertain to dynamic testing methods or aspects not associated directly with the advantages of static testing. Dynamic testing, for example, is what involves executing the code to find defects, rather than identifying problems through analysis and review.