What typically follows after a successful loop verification process?

A successful loop verification process involves checking that a control loop functions as intended. This includes validating that the control algorithms respond correctly to input signals and produce the desired output within specified parameters. Once this verification is complete and any issues are addressed, the next logical step is to confirm that the loop is ready for operational use. This confirmation indicates that all components of the control system are working in harmony and meet the required standards for reliability and performance. Thus, concluding the loop verification process with operational readiness ensures that the system is set for deployment, allowing it to operate effectively within the broader control environment.

In contrast, the other options do not logically follow a successful loop verification. System obsolescence refers to the phase where the technology is no longer current or supported, which is unrelated to the verification of a control loop. Implementation of new sensors would typically occur before verification, as proper sensor integration is crucial for the loop's successful operation. Redesign of the entire control system implies extensive changes and would come into play only if the verification process uncovered critical flaws that required a fundamental modification of the system, which is not a direct follow-up to a successful verification.