You work as a test manager and are responsible for the software defect tracking process. Several defect tracking software programs that aid in the defect management process may be recognizable to you. Have you ever wondered what software defect tracking will look like in the next five years?

The software defect tracking method is critical to the production of a bug-free software product. Quality assurance workers utilize the defect tracking process to report, track, and handle errors detected in the program. Defect tracking software has a number of features that make it easier to successfully manage bugs.

The software defect tracking tools still have a lot of space for development. Let’s take a closer look at where defect tracking tools are going and how software defect monitoring will look in five years.

What is Software Defect Tracking?

The technique of controlling the defect lifecycle is known as software defect tracking. When a flaw is discovered, the developer is notified. The developer notices the flaw and patches it. The developer then informs the quality assurance person, who will double-check the fix. When a bug is fixed, the tester closes it. You may have noticed that an issue must not only be reported, but also visited multiple times by different persons before it can be fixed. The usage of defect tracking tools makes this software defect monitoring procedure easier.

Why Defect Tracking Software is Important

Before being handed over to the customer, a software product is tested for flaws and issues as part of the Software Development Life Cycle, or SDLC. During the software testing process, several problems are discovered. When a project is complex or large, the number of faults grows. The test manager or project manager must keep meticulous track of all reported defects and ensure that none are left unfixed. If simple spreadsheets are utilized for defect management, it can become a time-consuming operation.

You may make your defect management process easier by using a defect management tool. There are various defect tracking software options available that offer powerful functionality for managing the faulty life cycle, such as:

  • In a hassle-free manner, save and send bug information.
  • Provides a method for defect management that is both organized and efficient.
  • The defect tracking tool gives you a centralized view of all the defects with the most up-to-date information.
  • Keeps track of bug history.
  • The entire team can report defects and track their development in one spot.
  • When a bug activity occurs, send an email notification to the person who is responsible.
  • Allows the team to specify the defect’s priority, severity, expected time, and assignment.
  • Users may easily navigate through bugs by filtering them by assignment, priority, iteration, and other factors.
  • Allows the project manager to see all open bugs. It gives him a clear picture of the project’s overall development, as well as the work that has been completed satisfactorily and what remains to be done.
Where is Software Defect Tracking Heading in the next 5 years?

We may conclude that software defect tracking is headed towards new, enhanced, and more powerful features based on the limits of present defect tracking technologies and the unmet needs of quality assurance teams.

Search and Filter

We will see advanced search and filter options in defect monitoring software in the next five years. Several defect tracking applications now allow you to assign a bug to an iteration version, assign it to a person, assign it to a person, assign it to a person, assign it to a person, assign it to a person, assign it to a person, assign it to a person, assign it to a person, assign it to In some tools, you may even add custom tags to your problem reports. This data is used to populate the defect tracking tool’s filtering capabilities. Despite the fact that it helps the tester, testers are still hoping for a more powerful yet simple search feature. The hoped-for search feature would be able to look up the ‘string’ in the bug title and description. It is necessary to define intelligent search.

Recognize Duplicate Bug Report

Duplicate bug reporting is one of the most difficult problems that testers encounter nowadays. Frequently, a tester will report a bug with extensive details, but the bug will be tagged as ‘Duplicate.’ This could put a tester off. It also adds to the testing team’s and developers’ efforts. When duplicate issues are reported regularly in a project, the team members become frustrated. The inability to notice a duplicate bug report is a drawback of existing defect tracking technologies in software testing. This is an extremely difficult feature to create. A simple comparison of current bug descriptions with all previously reported bugs would be insufficient. For starters, it would be an extremely inefficient strategy. Second, different “words and phrases” are sometimes used to describe the same bug. When a replicated bug is detected, defect tracking technologies require more powerful and intelligent algorithms to be able to trigger a warning. In that case, the tester would have the option of keeping or rejecting the replicated problem. A tester would also like to be able to combine bug descriptions.

Link Requirement with Defect Report

The requirements and defects are becoming more tightly coupled in defect tracking systems. Many software testing defect tracking technologies can now be connected with project management and team management platforms. Instead of a separate product, we hope to have a comprehensive requirements and defect tracking suite in the future. During the requirements phase, the user would be able to enter requirements and user stories using the expected suite. The testing team would be able to raise bugs related to those requirements throughout the testing process. It would create a single view for users to examine the requirements as well as the status of their implementation. It would also be a step forward in detecting duplicate bug reports, as the defect tracking tool could use ‘requirements’ as a comparison point.

Suggestions to Add Details

Developers occasionally comment that a reported bug lacks sufficient details. This is due to the fact that not everyone on the testing team has the same level of knowledge and experience. Some members may be inexperienced, while others may be seasoned veterans. In the same way, the details and description of the reported bug differ. Experienced testers are aware of the information that developers seek and find useful. Inexperienced testers, on the other hand, may rely on producing a superficial description with no understanding of the fundamental reason. It would be amazing if defect tracking software could give inexperienced reporters hints on what information they can supply and how to acquire it.

Record the Bug

Several test management technologies may be familiar with the functionality for testers to record and playback test scenarios. If a test scenario fails, it makes it easier for the user to create a bug complaint by using the test case’s description. In the next five years, we expect to see a functionality like this in defect tracking software. Currently, testers describe the bug in prose and attach videos or screenshots to it. We’d like a feature that allows testers to reproduce and document a bug in the future; defect tracking software would be smart enough to note down the steps taken and include a screenshot of each stage. It may also save the defect’s recording, allowing the developer to fix it later.

Better Tool Support

Today’s defect tracking software is unaffected by the application being tested. A user interface tracker within the application is frequently requested by testers. We may see a defect tracking tool with the ability to link to the application or program being tested in the future. Not only would such an integration improve the capacity to automatically record the phases of a bug, but it would also allow for the collection of additional details and error log information regarding the bug. Better tool support would not only make life easier for testers, but it would also make life easier for developers by allowing them to quickly pinpoint the core cause of a defect.

Internationalization

Building a software product with a virtual team is a common approach in the software business. Members of the virtual team come from various geographical places and speak a variety of languages. The defect tracking software, on the other hand, only supports one language: English. The internationalization of defect tracking software is something we’re excited about. Defect tracking software in the future will be able to support different languages.

Rate the Defect to Appreciate Tester

When people work hard to stay motivated, they deserve to be recognized. It has been noticed that testers frequently lose interest in and get demotivated by their repeated testing tasks. This can be reduced if the idea of paying defect reporters/testers is introduced into the defect tracking program. This means that when a tester finds a serious or difficult-to-find flaw, developers and managers can thank the tester by rating the fault on a scale of 5 or as a ‘5-star’ bug. This would inspire the testing team, and each tester would aim to report more 5-star issues. On the other hand, it may build a strategy in which a tester fails to report simple defects. As a result, developing a feature that would help in acknowledging tester efforts while also encouraging testers to adhere to basic testing standards will be difficult for defect tracking solutions.

Maintain Reputation of Tester

Future defect tracking technologies are expected to introduce and sustain the reputation of testers. It is human nature to pay greater attention to someone who has more experience and is well-known than someone who is new. When developers examine reported defects, it’s the same story. We anticipate defect tracking technologies that incorporate the reputation and profile of testers in the next five years. If the defect tracking software keeps track of each user’s role, this is conceivable. A grading scale would also be required to acknowledge an excellent tester’s work. The tester’s profile and reputation would be built on the basis of these ratings.

Useful Insights of Performance

It’s critical to keep track of the time and work put into each project. As a test manager, it is your responsibility to ensure that your product is bug-free. You also want to boost your productivity at the same time. You’d like to have some relevant information on your team’s performance in order to track and boost their productivity. Future defect tracking technologies should be able to provide reports on a team’s performance that include some valuable information. The number of defects reported, the number of serious bugs reported, the number of duplicated bugs reported, and the number of bugs rejected can all be found in these insights.

Recap

Let’s go through what we’ve spoken about so far. We’ve seen that software defect monitoring is an unavoidable aspect of the software testing process in order to ensure a bug-free product delivery. Several defect tracking systems with numerous capabilities are available to boost the productivity of the entire team and save them time and effort.

Intelligent and smart algorithms are being used to provide more advanced and powerful capabilities for software defect tracking. These include Google-like search, the capacity to determine whether a fault has been reported twice, and the ability to attach requirements to defect reports. Future defect tracking software will have improved tool support, including the ability to create a bug report automatically. We’re also looking forward to a feature that recognizes the tester’s efforts and helps them keep their reputation. Finally, software defect tracking would be able to create information on the performance of individuals and teams.

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Also Read: https://www.guru99.com/software-testing.html

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