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  4. Shifting Left: A Culture Change Plan for Early Bug Detection

Shifting Left: A Culture Change Plan for Early Bug Detection

Shift-left empowers developers to catch bugs early, easing QA overload, accelerating releases, cutting costs, and significantly raising overall software quality.

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Mukund Wagh user avatar
Mukund Wagh
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Aditya Gupta user avatar
Aditya Gupta
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Apr. 08, 25 · Analysis
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The Challenge: Overloaded QA Teams

Every software development company demands rapid growth and continuous innovation. With this, they also need to make sure that the products shipped are of high quality. Usually, all companies have QA (quality assurance) engineers assigned to each team. They are mainly responsible for ensuring that the products going in the customer's hands are of high quality and don't have any defects that could hamper the customer experience. 

However, when development cycles are very active during a release, the QA resources are constrained, and two major problems arise:

  1. Delayed product launches: A backlog of bugs keeps piling up, causing launch delays.
  2. Quality compromises: Overextended QA teams struggle to maintain the same standard of quality, allowing trivial bugs to slip through and requiring multiple retesting cycles.

When developers rely on QA to detect even trivial issues, the overall time to market increases, and product quality suffers. We are proposing a cultural shift in the software development lifecycle that could help fix the root of these challenges. Once implemented with the available bandwidth, the QA team can focus more on building automation suites and better processes that will help deliver high-quality products on time.

The Value of Early Bug Detection

Early bug detection is the cornerstone of achieving the most efficient software development lifecycle and thus offers several advantages. Once we have identified the benefit, we can identify the strategies for finding the bugs early in the development itself.

Why shift left?

There are a lot of advantages to finding bugs early in the software development lifecycle, but based on our experience here, the one that we can see benefits most:

  1. Fixing the bugs early in development is significantly cheaper than addressing them in later stages or after the release of a product. 
  2. It streamlines the development and leads to faster product launches to gain a competitive edge with other businesses. 
  3. Placing high-quality guard rails, such as unit and integration tests, to catch bugs enhances the software quality and leads to better user experience and increased satisfaction. 
  4. This benefits not only the company but also the software developers themselves because it boosts their morale and engagement with the feature they are developing. It ultimately empowers them to take ownership of quality and, thus, fosters a sense of pride and accomplishment.

Strategies for a Left-Shifted Culture

Early bug detection is a cornerstone to achieve the most efficient software development life-cycle and offers several advantages. Once we have identified the benefits we can identify the strategies to find the bugs early in software development itself. A shift-left culture involves both technical and organizational practices. 

Infographic outlining 'Strategies for a Left-Shifted Culture' in software development, featuring sections on comprehensive testing, static code analysis, code review templates, and CI/CD pipelines. Visuals include developers, testing tools, and automation

Here are four strategies that can make an immediate impact:

1. Comprehensive Testing by Developers

  • What it is: Leadership should encourage and provide enough bandwidth to developers for writing unit and integration test cases as part of the initial deliverable for every feature or bug fix. They should also provide enough artifacts from local functional testing in the code review description.
  • Why it works: By the time QA receives the build, most trivial defects are already resolved, reducing back-and-forth cycles.

2. Static Code Analysis

  • What it is: There should be automated hooks (e.g., SonarQube, Checkstyle, FindBugs) that run while creating the code review to run static code analysis. These tools will check for code smells, security vulnerabilities, and coding-standard violations before the code merges.
  • Why it works: Potential defects and security gaps are flagged early, giving developers immediate feedback and reducing rework later.

3. Code Review Templates

  • What it is: There should be a template that every code-reviewer should always follow to make sure they are raising the bar and shipping high-quality code that has good documentation, correct artifacts from testing, and has ensured that potential issues are getting addressed.
  • Why it works: Consistency in code reviews ensures no critical step is overlooked, and fosters a culture of continuous improvement among developers.

4. Continuous Integration/Continuous Delivery (CI/CD)

  • What it is: Continuous integration and development pipelines are automated to build and test the features and land to QA testing only when they are ready in beta environments.
  • Why it works: QA can focus on higher-level testing and acceptance criteria, knowing the basic functionality has already been validated.

The Role of Leadership in Driving Cultural Change

Cultural transformations succeed when leadership champions and consistently enforces new processes. Here are four leadership-driven initiatives to support a shift-left plan:

1. Communicate the Vision

  • What to do: The leadership should clearly communicate the vision to all the developers and QA on this shift in culture and their benefits to the organizations. They should also establish a core team that would be advocating for this shift throughout the organization and will track progress of the adoption.
  • Outcome: When team members understand why they are changing habits, they are more motivated to adopt new practices.

2. Empower and Train Developers

  • What to do: Provide training sessions on writing effective unit tests, using static code analysis tools, and performing robust peer reviews. But apart from this leadership should also provide developers autonomy to make adjustment based on the individual team dynamics.
  • Outcome: Developers feel confident about their ability to uphold quality, leading to fewer defects escaping into later stages.

3. Foster Collaboration and Define Metrics

  • What to do: QA and developers should work together well in-advance to create a test-suite that can mark as acceptance criteria for any feature built by the developers.
  • Outcome: Metrics such as the number of defects found in QA vs. in development—and the time from discovery to resolution—reveal the effectiveness of the shift-left strategy.

4. Establish a Feedback Loop and Recognize Achievements

  • What to do: Encourage continuous feedback on how well the new processes are working. Reward teams or individuals who demonstrate exceptional adherence to the new quality standards.
  • Outcome: Recognition drives culture change. Positive reinforcement cements new behaviors as part of the organization’s DNA.

Conclusion: Long-Term Benefits for Faster, Higher-Quality Releases

By embracing the culture of early bug detection and continuous improvement, any software development organization can overcome the challenges around QA resourcing that can help ship high-quality products faster. This is a culture change plan that is driven by leadership that empowers developers to work towards building high-quality features that can help reduce bug detection in later stages of the software development cycle and thus help faster time-to-market and optimized resource utilization. 

With a reduced number of bugs, QA has to report that they get more bandwidth to invest in automation test-suites and better processes to increase the bar of quality of product. This long-term investment strategy will pay the dividends in faster releases, increased customer satisfaction, and sustained growth.

Software quality teams Testing

Opinions expressed by DZone contributors are their own.

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  • Project Hygiene, Part 2: Combatting Goodhart’s Law and Other “Project Smells”
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  • Faster, Smarter, Stronger: Unleash Your Software's Full Potential With Continuous Shift-Left Test Automation

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