What is Defect Management? Steps That Include

Defect Management
Software development is a very complex process and involves large pieces of code writing. During software developments, bug occurrence is a very common problem. Not only during the software development but also after the completion of software development bugs occurs. Not only in software development, but in the creation and production of anything, most of the unexpected things or defects occur at any stage. The detection and fixation of these defects or bugs are called defect management. According to experts of dissertation writing services UK, the process of defect management is performed during the product testing stage.

Goals and Purpose of Defect Management:

The defect management process you can perform to
  • Identify the defects
  • Prevent the defects
  • Reduction of the impact of defects
  • Fixation and resolution of defects
  • Bring improvement in performance by removing defects
  • Identify the reasons for defect occurrence
  • Provide operational support for resolving defects

Steps Involved in Defect Management Process:

The defect management process involves eight steps. These are
  1. Defect Identification
  2. Defect Categorization
  3. Defect Prioritization
  4. Defect Assignment
  5. Defect Resolution
  6. Defect Verification
  7. Defect Closure
  8. Defect Management Reporting

Step 1: Defect Identification:

In the first stage, the defect is identified during the product testing. This testing can be done by the product development team or by a third party. In some products, customers are involved in testing. The testing teams identify anything wrong with the product or the results that were not expected during the product planning and development. There can be one defect or more than one defect identified at this stage.

Step 2: Defect Categorization:

After the detection of the defect at stage one, the defect is noted down and passed on to the concerned person or team, who categorized it according to its type.

Step 3: Defect Prioritization:

Based on the type of defect(s), the priorities are set for fixing or resolving. These priorities are set by the individual or team who is responsible for fixing the defects.

Step 4: Defect Assignment::

After prioritizing the defect, the developer of the software is assigned to fix the defect.

Step 5: Defect Resolution:

When the defect(s) is resolved or fixed by the developer, the process comes back to the stage where the defect was identified.

Step 6: Defect Verification:

At this stage, the product is again tested for checking and verifying that the defect has been resolved and removed. If the defect is not removed or still present then the whole process starts again from step one.

Step 7: Defect Closure:

At this stage, the defect is marked as closed after the successful resolution and fixation.

Step 8: Defect Management Reporting:

This is the last step, where a report is prepared on what work has been done and what needs to be completed. It also involves the details regarding defect identification till its fixation.

Benefits of Defect Management Process

Helps in Creation of Other Tools:

There is no deficiency of computerization tools concerning defect identification. You can discover the product tools to follow the non-specialized issues, client confronting tools for creation-related defects, and inward robotized tools the advancement group can use to identify the defects. Indeed, regardless of whether you are simply utilizing the email, or bookkeeping pages, to follow the client's issues, you will require the defect identification of rare spaces. It is simply a question of sorting out the right tools and exercises for the group.

Ensuring the Bugs Fixation:

The defect following helps you to guarantee that the bugs found in the framework truly sort out. Indeed, it is extraordinary for designers and analyzers to have a discussion and to reproduce the issue together.

Module Revision:
In defect management, the tools for defect identification, not just give a channel to guarantee to follow up of the issue, in addition, give the important measurements. Contingent upon application tools being utilized, the groups can tie the defects for changed the code, tests, and the other information that will take into account discernibility and investigation on the defect patterns. On the off chance that the specific module strains with the defects, it very well may be the ideal opportunity for a survey and revise that module.

Having the tool in the spot helps to send warnings for the correct person when the bug should be tried, fixed, and set apart as settled. In defect management tools, the defect following application tools takes into consideration an archive of the documentation that will offer the benefit for investigators and help the specialists later on if there is a workaround to an issue.
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