Relevant processes $($at least $2$ processes$)$

External entities

Relevant Data stores $($minimum $2$ data stores$)$

Relevant input & output data flows

Followed proper rules

Draw the Level $0$ DFD $($Data Flow Diagram$)$ from this senior:

Network Maintenance Gap: Ensuring the efficiency and dependability of a large$-$scale telecommunication

network through maintenance presents a big challenge. Inefficiencies or network breakdowns might

result in lost income and unhappy customers. Proposed Solution: A sophisticated system for monitoring

networks. In order to$,$ anticipate and stop network problems, this system would make use of machine

learning algorithms and real$-$time data analytics. It might have functions like remote troubleshooting,

predictive maintenance scheduling, and automated notifications for possible problems. Omantel can

guarantee excellent network performance and dependability by proactively managing network issues,

which is essential for both operational efficiency and customer pleasure. Both these proposed solutions

leverage modern information systems and technology to address current gaps in Omantel's processes.

They are intended to provide a more stable and customer$-$focused operational model and raise the

general caliber of services rendered by the business. Although putting these processes into place would

cost money up front, there would probably be long$-$term savings, improved client loyalty, and a positive

impact on the company's reputation.