A logistics company recently replaced human inspectors with an automated software system designed to audit shipping manifests for tariff misclassifications. Whenever discrepancies are flagged, the affected containers undergo mandatory physical inspections. Management claims that adopting this software will decrease total vessel departure delays attributable to documentation errors, despite critics pointing out that the automated software flags twenty percent more paperwork discrepancies than human inspectors previously identified.
Which of the following, if true, provides the strongest support for management's claim?
- The automated software audits manifests days prior to vessel arrival, enabling inspections of flagged containers to finish before loading begins, whereas human inspectors flagged errors during active loading.Answer
- BPhysical inspections triggered by paperwork discrepancies take twice as long to complete as the initial automated manifest audit.
- CShipping companies operating at nearby commercial ports have reported a fifteen percent increase in international cargo volume over the past two years.
- DHuman inspectors were historically required to complete a fifty-hour professional certification course in international maritime trade regulations.
- EThe software developer plans to release an updated version next year that will expand automated document auditing to international air freight hubs.
Answer
The argument is most strongly supported by the statement indicating that automated auditing occurs prior to vessel arrival, allowing physical inspections to finish before loading begins rather than interrupting active loading.
The correct response bridges the logical gap between increased discrepancy flags and reduced departure delays. By establishing that automated audits occur before vessel arrival, inspections are completed prior to loading. This eliminates the active loading disruptions caused by human inspectors, directly supporting management's claim.
Step-by-Step Solution
Key Concept
Strengthening Arguments via Timing and Operational Mechanisms