The purpose of the maintenance phase is to ensure that the asset is fully functioning and operating optimally until it reaches the end of its useful life. In this phase, all maintenance activities are performed and tracked. Collecting data in this phase helps decision making at all stages of the asset's life. The changes are implemented in the software system following a software maintenance process, which is known as the software maintenance lifecycle (SMLC).
This lifecycle comprises seven phases, namely, problem identification, analysis, design, implementation, system test, acceptance test, and delivery phase. Matt is a project manager assigned to deliver a software application to an insurance company. Once Matt's project team completes the coding and implementation phases of the Software Development Lifecycle (SDLC), the product is deployed at the insurance company. Now that the insurance company has the software and the software is working as intended, Matt's team meets with the insurance company to provide instructions for maintaining and maintaining the software.
The maintenance phase of the SDLC occurs after the product is fully operational. Software maintenance may include updates, repairs, and corrections to the software in the event of a break. When maintenance is not completed as scheduled or maintenance no longer allows the asset to meet the required service level, additional and more costly efforts may be required. Maintenance lifecycle monitoring are methods and standards for improving and mastering maintenance processes, supporting management processes and processes throughout the monitoring lifecycle Proper maintenance of an asset and investing in proactive maintenance for higher-risk assets allow that a system spends its limited maintenance money as efficiently as possible.
Different maintenance names or definitions can be used, and systems can combine maintenance categories in different ways than those described below. The Monitoring Maintenance Lifecycle (MML) is a monitoring development process to reduce maintenance costs and increase the reliability of the IT infrastructure in relation to issues related to the The type of maintenance completed and the maintenance schedule should be determined based on the information regarding asset performance, monitoring information and asset risk. This can be done through a robust preventive maintenance program, a regular inspection program, a specialized cleaning routine, or regular routine maintenance.
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