What potential issues can be detected through network tracing?

The correct answer highlights the benefits of network tracing, particularly in utility networks. Network tracing is a powerful analytical tool used to assess the connectivity and integrity of a utility system. By performing such tracing, users can identify critical issues like leaks in the network, which can indicate places where fluids or gases are escaping, thus leading to potential losses and safety hazards. Additionally, tracing can reveal disconnected sections of the network, which may impede service delivery or represent a failure in connectivity that requires immediate attention. Flow blockages can also be detected, where the movement of water, gas, or electricity is disrupted, potentially causing inefficiencies or service interruptions.

Other options present issues that, while potentially relevant to the broader context of data management and utility network maintenance, are not primarily detected through network tracing. For instance, data redundancy and inefficient routing often require different analytical methods targeting data structure and performance rather than the physical connectivity examined in network tracing. Overlapping features and graphical errors concern data visualization and representation rather than actual network functionality. Software bugs and user access issues involve technical support and user account management, which are external to the physical network connectivity tracing processes. Thus, the focus on leaks, disconnected sections, and flow blockages aligns directly with the practical applications of network tracing in utility