Jairo Gutierrez’s Post

👋 Hey LinkedIn Network! Quality Assurance (QA) isn’t just about finding bugs—it’s about preventing them, ensuring seamless user experiences, and delivering high-quality software. Whether you're a beginner or a seasoned tester, following best practices can elevate your testing game. Here are some key principles: ✅ Shift Left Testing – Catch defects early by integrating testing right from the requirement phase. The earlier you test, the cheaper the fix! ✅ Understand Business & User Needs – Don't just test functionalities; test for real-world use cases. A user-centric approach ensures better software adoption. ✅ Automate Smartly – Not everything needs automation! Prioritize critical workflows, regression suites, and repetitive tests to save time and improve efficiency. ✅ Adopt Risk-Based Testing – Focus on high-impact areas first. Critical features and functionalities should get top priority in test coverage. ✅ Maintain Clear & Reusable Test Cases – Well-documented test cases improve collaboration and reduce testing efforts in future releases. ✅ Use CI/CD & Continuous Testing – Embed testing into your CI/CD pipeline to catch issues before deployment, ensuring faster and safer releases. ✅ Emphasize Performance & Security – Don't just test for functionality—performance bottlenecks and security vulnerabilities can break an application! ✅ Encourage Exploratory Testing – Sometimes, real-world user behaviors don’t fit scripted test cases. Give testers the freedom to explore! ✅ Keep Learning & Adapting – QA is evolving with AI, DevOps, and Agile. Stay ahead by continuously upskilling and adopting new testing trends. 💡 Final Thought: QA is not just a phase—it’s a mindset. Building a quality-first culture ensures better products, happier users, and successful businesses. What are your go-to QA best practices? Drop them in the comments! 👇 #SoftwareTesting #QA #Automation #QualityAssurance #SoftwareDevelopment #Agile #TestingBestPractices

How can QA Engineers effectively help their teams plan and implement refactoring processes to minimize bugs and disruption in the work of integrated services? 1 - Docs, communication and collaboration - Keep tech docs and diagrams up to date. - Organize cross-team meetings to ensure all involved/affected teams are informed. 2 - Communication across teams - Devs from different teams gotta talk and figure out how to handle everything, APIs, schemas, etc, without breaking the system. 3 - Planning - Break down the refactor into smaller, manageable iterations you can do it step by step. This requires more time and resources but minimizes critical issues. - In some cases, almost running 2 systems/interfaces temporarily may be necessary for a less risky transition from old to new code. 4 - Code review - Implement a code review process involving all teams to ensure understanding, acceptance, and planning for any additional refactoring/changes on their sides. 5 - Dev process and management - You need a comprehensive development process all teams can follow, supported by meaningful engineering management, leadership. 6 - QA mindset - To find every bug or significantly reduce them isn't possible, managing them effectively is possible. 7 - Refactoring as a feature - Refactoring is basically a feature. If you’re implementing a big feature or several features across different services, you’re in the same situation. 8 - Try to use automation - Write some e2e API tests, unit testing, and contract testing. 9 - Feature flags - Use feature flags to ship refactoring so you can switch between old and new code as and when and if needed. 10 - Maintaining backward compatibility - Integration regression testing is crucial to ensure everything works as before, without needing to test new functionalities. 11 - Risk management - Develop a risk management plan for each refactoring iteration, identifying potential issues and suggesting strategies to deal with these risks. 12 - Monitoring - Implement real-time monitoring tools to find issues. 13 - DBs - Pay special attention to dbs and data models, as changes here can have far-reaching impacts. Consider backward-compatible schema migrations or dual-writing approaches for some time. based on my experiences in such situations #qa #qualityassurance #softwaretesting #softwaredevelopment #refactoring #mindset

75% of QA teams involved early in the development process see a 20% reduction in defect rates. Plus, 70% of organizations use shift-left testing, integrating testing earlier in the development lifecycle and significantly reducing defects. These stats clearly show the impact of early QA involvement in the SDLC.  Catching issues early not only boosts software quality but also slashes debugging costs. Remember, the longer it takes to build an application, the more expensive it becomes. But what if we could do better? Imagine a scenario where QA teams aren't just involved early but are made responsible for preventing bugs and ensuring the overall quality of the software. It will drastically alter the software development process and the perception of quality. It will change the status of zero-defect delivery and 100% quality from a choice to an obligatory, attainable goal. This approach, though helpful, is not possible with current tools, which only assist quality assurance with bug detection. We need tools that support proactive quality assurance, not just bug identification tools. A part of our efforts via iCodeTest is towards proactive defect prevention. Proactive defect prevention with unmatched speed and accuracy will be made feasible by AI and automation, combined with the experience and expertise of QA teams. Paving the path for a new era of quality assurance in which developers and QA specialists collaborate from the outset. In this collaborative environment, QA fulfills the crucial role of preventing bugs throughout the SDLC, leading to more robust quality assurance and superior software quality. In this way, we can transition from a reactive to a proactive quality assurance approach, boosting software quality while streamlining development processes, cutting costs, and shortening time to market. After all, the future of quality assurance (QA) is not just about finding bugs; it's about preventing them and guaranteeing excellence from the beginning. If you are interested in how we make it happen, please connect via info@icodetest.com. #SoftwareTesting #QualityAssurance #SoftwareDevelopment #BugPrevention #iCodeTest #TechInnovation #AI #Automation #QualityControl #DevOps #Agile #SoftwareEngineering #TechCommunity #FutureOfWork #DigitalTransformation

Gone must be the days when QA was seen as a bottleneck in the development process. 🚀 Modern QA is no longer the stick in the wheel; it's the accelerator pedal that propels innovation forward. As we navigate through this era of rapid technological advancements, our approach to QA must be equally dynamic and agile. 🔄 Adaptability Over Tradition: The traditional, rigid QA processes simply don't work anymore. We need to embrace methodologies that allow for flexibility and speed, without compromising on quality. ⚡ Speed and Efficiency: In a world where time-to-market can be a game changer, our QA strategies must be designed to keep pace with accelerated development cycles while ensuring comprehensive coverage. 🤝 Collaboration is Key: Modern QA thrives on collaboration across all teams from developers to product managers. The more integrated we are, the more seamless and effective our processes become. 💡 Leveraging Automation: Automation isn't just an option; it's a necessity. By automating repetitive tasks, we free up valuable human resources to focus on critical thinking and innovation. 🗂️ Bye-Bye Test Plans: Forget about traditional test plans, don't even mention them again, they are too static for today’s dynamic environments. We need adaptive approaches that evolve alongside changing project requirements and priorities. 📊 Data-Driven Decisions: Harnessing analytics and real-time data insights allows us to make informed decisions quickly, ensuring that quality isn’t just maintained but consistently improved throughout the product lifecycle. Let's redefine what QA means in this new age where speed meets excellence and innovation knows no bounds! 💪 Let's break free from outdated processes and kickstart a new era where QA is a driving force for success! 🌟 #QualityAssurance #AgileQA #Automation #DigitalTransformation

Tired of sifting through outdated test cases? 🚀 Let's streamline your testing process! ️ As Agile teams, we often find ourselves drowning in a sea of test cases. But what good are they if they're not up-to-date? Here's a quick tip to keep your test suite lean and mean: ➖ After each sprint, categorize your test cases into: ➖ Add: New tests for new features. ➖ Update: Modify existing tests for changed functionality. ➖ Delete: Remove tests for obsolete features. ➖ Archive: Store tests for rarely changing elements. By following this simple approach, you can: ✔️ Reduce regression testing time. ✔️ Prevent flaky tests. ✔️ Improve test coverage. ✔️ Onboard new team members faster. What are your biggest challenges with test case management? Share your experiences in the comments below! #softwaretesting #agile #qa #testmanagement #devops #qualityassurance #automationtesting

What is Left shift Testing and why should we be more focus on implement in our testing process 🚀 Unlocking Quality Early: The Power of Left Shift Testing In today’s fast-paced development world, the traditional approach of waiting until the end of the SDLC to test software is no longer effective. Left Shift Testing is a game-changer, helping us identify and resolve defects earlier in the development process. 🔍 What is Left Shift Testing? The concept is simple yet powerful—move testing activities closer to the design and development stages. This proactive approach ensures that defects are caught early, saving time, effort, and costs in the long run. 💡 Key Benefits: ✔️ Reduces expensive late-stage bug fixes ✔️ Improves collaboration between developers and testers ✔️ Enhances overall product quality ✔️ Speeds up delivery timelines 🏗️ How to Implement Left Shift Testing? 1️⃣ Involve testers during the requirements gathering phase. 2️⃣ Adopt test-driven development (TDD) or behavior-driven development (BDD). 3️⃣ Automate testing to ensure quick feedback loops. 4️⃣ Foster a culture of continuous testing and collaboration. Left Shift Testing is more than just a strategy; it's a mindset that aligns with Agile and DevOps principles, ensuring quality is built into the product right from the start. What are your thoughts on this approach? Have you implemented Left Shift Testing in your projects? Let’s discuss! 👇 #Testing #SoftwareQuality #Agile #DevOps #ShiftLeft

🔄 Embrace Shift-Left Testing: Improving Quality Early in the Development Cycle Agile and fast-paced development environments, ensuring quality from the outset is more important than ever. This is where *Shift-Left Testing* comes into play. By integrating testing early in the software development lifecycle, teams can identify and resolve issues sooner, leading to better outcomes. Here's why shift-left testing is a game-changer: 🔍 Benefits of Shift-Left Testing: 1. Early Defect Detection: Catching bugs early in the development process reduces the cost and effort required to fix them. 2. Improved Collaboration: Encourages collaboration between developers, testers, and other stakeholders from the beginning. 3. Faster Time-to-Market: Reduces the time spent on fixing defects later in the development cycle, accelerating the overall release process. 4. Higher Quality Products: Continuous feedback loops and early testing ensure higher quality and more reliable software. 5. Reduced Costs: Identifying and fixing defects early is significantly cheaper than addressing them post-release. ✅ Best Practices for Shift-Left Testing: 1. Integrate Testing into CI/CD Pipelines: Ensure automated tests run with every code commit, providing immediate feedback. 2. Adopt Test-Driven Development (TDD): Write tests before writing the actual code to ensure that all functionalities are covered. 3. Involve Testers Early: Include QA professionals in the planning and design phases to identify potential issues upfront. 4. Automate as Much as Possible: Utilize automation tools to run repetitive tests, allowing testers to focus on more complex scenarios. 5. Continuous Training: Keep the team updated on the latest testing tools and methodologies to ensure they can effectively contribute from the start. 🛠️ Recommended Tools: - Jenkins/GitLab CI: For integrating testing into CI/CD pipelines. - *Unit/TestNG: For unit testing and TDD. - Selenium/Cypress: For automated functional and regression testing. - SonarQube: For continuous code quality inspection. Shift-left testing is not just a methodology but a mindset that promotes quality at every stage of development. By adopting this approach, teams can deliver robust, high-quality software faster and more efficiently. How have you integrated shift-left testing in your projects? Share your experiences and insights in the comments below! 👇 #ShiftLeftTesting #QualityAssurance #QA #SoftwareTesting #TDD #DevOps #CI/CD #Agile

Test Smarter, Deliver Faster! To all software testers, developers, and Agile practitioners—are you ready to elevate your testing game within Agile Release Trains (ART)? Embrace the power of Shift-Left and Shift-Right testing strategies to boost quality, accelerate feedback, and deliver exceptional value in every Program Increment (PI)! 🔍 Shift-Left Testing: Catch defects early in the development process, reduce costly rework, and ensure that quality is built into every line of code from the start. It’s all about testing early and often! 🔎 Shift-Right Testing: Validate your product with real-world data and customer interactions post-deployment. Conduct performance testing, monitor behavior, and continuously improve based on live insights to create an outstanding user experience! When combined, Shift-Left and Shift-Right create an end-to-end quality pipeline that drives faster delivery, mitigates risk, and ensures top-notch performance. Whether you're working in development, testing, or release management, adopting these practices will help your team deliver high-quality software faster and stay ahead of customer needs. Follow these principles and make testing a continuous and collaborative effort across your ART! #ShiftLeft #ShiftRight #SoftwareTesting #AgileReleaseTrains #ART #DevOps #ContinuousTesting #QualityAssurance #AgileTransformation

🚀 What is Test Execution, and Why Is It the Heart of Successful Testing? Test execution is where all your planning and preparation come to life! 🛠️ It’s the process of running your test cases against the software to validate its functionality, performance, and reliability. This is the stage where bugs are caught, quality is assured, and the product’s readiness for release is determined. But why is test execution so critical? 🤔 ✅ Turning Plans into Action: Test execution is where you put your test plans to the test—literally. It’s about executing the strategies you’ve carefully designed and seeing how the software performs in real-world conditions. 🔍 Identifying Issues: This phase is crucial for uncovering defects and issues that could impact the user experience. The more thorough your test execution, the more confident you can be in the product’s stability. 💡 Continuous Feedback: During test execution, you gather valuable feedback that drives improvements, not just in the current project but in your overall testing process. It’s an opportunity to learn and refine. 📈 Ensuring Quality: The ultimate goal of test execution is to ensure that the software meets the required standards of quality before it reaches users. It’s the final checkpoint before launch, where you ensure that every feature works as intended. 🎯 Supporting Agile and DevOps: In Agile and DevOps environments, continuous test execution is key to maintaining a high-quality pipeline. It’s how you keep up with rapid development cycles without compromising on quality. In summary, test execution is the critical phase where all your hard work pays off. It’s about bringing your software to life and ensuring it’s ready for the world. Don’t rush it—thorough test execution is the cornerstone of delivering a successful product! 💪 #SoftwareTesting #TestExecution #QualityAssurance #QA #SoftwareDevelopment #ContinuousTesting

QA Teams Are Being Held Back By CI/CD and DevOps >> In today’s fast-paced dev environment, frequent testing isn’t just nice to have—it’s essential. But many QA teams are limited by a major roadblock: restricted CI/CD resources and DevOps support. Here's why this problem matters more than ever: 🔍 Key Challenges & Consequences: Reduced Testing Frequency 🔄: When CI/CD resources are tight, teams run 30-50% fewer tests, which can leave major blind spots and increase the risk of missed bugs. Test Coverage Drops 📉: Code Coverage: Limited testing lowers code coverage by 15-25%. Feature Coverage: Minor code changes are often overlooked, leaving up to 40% of features untested. Higher Bug Escape Rates 🐞🚨: Fewer tests = more bugs slipping through. Minor changes see a 2-3x increase in bug escape rates, and critical bugs can increase by 30-50%. Soaring Defect Costs 💸: Bugs found in production are 4-5x more expensive to fix than if caught earlier. For critical systems, that multiplier can soar to 100x! Pipeline Bottlenecks & Delivery Delays 🕰️: Devs spend up to 20-30% of their time waiting on CI/CD pipelines—time that jumps to 40-50% during high-demand periods, slowing down delivery and time-to-market. Impact on Customer Satisfaction 📉👎: Product quality matters to customers. Companies with constrained testing resources see 10-15% lower customer satisfaction scores and 5-10% higher churn rates. 💡 Moving Beyond CI/CD Bottlenecks By breaking free from CI/CD limitations, teams can: Increase Testing Frequency 🔄: Run tests on demand, boost coverage, and catch issues earlier. Reduce Bug Risks & Fix Costs 🛠️: Detecting issues early prevents expensive production fixes. Elevate Customer Satisfaction ❤️: Consistent quality and reliability earn customer trust and loyalty. Investing in flexible, CI/CD-independent testing isn’t just a tech improvement—it’s a way to future-proof quality, reduce costs, and maximize customer satisfaction. 💪 ✨ #SoftwareTesting #QATeam #QualityAssurance #DevOps #TestingTools #AgileTesting #ContinuousTesting #Automation #CodeCoverage #BugFree #CustomerSatisfaction #TechInnovation #TechTrends #CICD #DevCommunity #ProductQuality