Which sequence best describes the typical lifecycle of an outage ticket from creation to closure?

Which sequence best describes the typical lifecycle of an outage ticket from creation to closure?

• A. Ticket creation, assignment, diagnosis, repair, verification, customer notification, and closing
• B. Ticket creation, diagnosis, assignment, repair, verification, customer notification, and closing
• C. Ticket creation, assignment, repair, diagnosis, verification, customer notification, and closing
• D. Ticket creation, assignment, verification, diagnosis, repair, customer notification, and closing

Answer: (A)

Understanding the correct order of steps in an outage ticket’s lifecycle helps ensure issues are handled efficiently and with accountability. After a ticket is created, it should be assigned to someone who can take ownership. With ownership in place, diagnosis can begin to identify the root cause. Once the issue is understood, the repair can be implemented. After the fix, verification confirms the problem is resolved and normal service is restored. Only then should the customer be notified about the resolution, and the ticket can be closed once the customer is informed and the solution is verified in the system. This sequence—creation, assignment, diagnosis, repair, verification, customer notification, and closing—matches that flow. If a sequence attempts diagnosis before assignment, there’s no clear owner to drive the work. If repair occurs before diagnosis, actions may be misguided or wasted. If verification happens before diagnosis or before repair, the process loses its logical basis, and if customer notification happens before verification, you risk reporting an unresolved or incorrect state.

Understanding the correct order of steps in an outage ticket’s lifecycle helps ensure issues are handled efficiently and with accountability. After a ticket is created, it should be assigned to someone who can take ownership. With ownership in place, diagnosis can begin to identify the root cause. Once the issue is understood, the repair can be implemented. After the fix, verification confirms the problem is resolved and normal service is restored. Only then should the customer be notified about the resolution, and the ticket can be closed once the customer is informed and the solution is verified in the system. This sequence—creation, assignment, diagnosis, repair, verification, customer notification, and closing—matches that flow.

If a sequence attempts diagnosis before assignment, there’s no clear owner to drive the work. If repair occurs before diagnosis, actions may be misguided or wasted. If verification happens before diagnosis or before repair, the process loses its logical basis, and if customer notification happens before verification, you risk reporting an unresolved or incorrect state.