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How well are you aligning your QA efforts with user expectations to identify and resolve critical issues before launch? Read more from our Head of Quality, Monika Bhatla, here: https://lnkd.in/gnG4t_Mi #mortgagetechnology #qualityassurance #loanoriginationsoftware #mba #mortgagecadence #accenture #accenturetechnology

Topic: What is Software Testing? Description: Software testing is the process of evaluating the quality, functionality, and performance of software applications to ensure they meet the required standards and user expectations. It involves identifying and reporting defects, errors, and bugs to developers and stakeholders. Key Points: - Software testing is an essential part of the software development life cycle (SDLC). - It helps ensure software is reliable, stable, and user-friendly. - Testing saves time and resources by identifying defects early in the development process. - It improves software quality, reducing the risk of errors and downtime. Example: Imagine a banking app that doesn't correctly calculate interest or fails to secure user data. Thorough software testing can prevent such issues, ensuring the app is reliable and secure. Call to Action: Share your experiences with software testing! What do you think is the most important aspect of software testing #softwaretesting #qualityassurance #testingmatters

🔍 Priority vs Severity in Software Testing: Understanding the Differences 🔍 In the realm of software testing, Priority and Severity are crucial terms that help us manage and resolve bugs effectively. While they are often used together, they refer to different aspects of a defect. Let's explore their meanings and see examples of how they intersect: Severity 💥 Definition: Indicates the impact of a bug on the system’s functionality. Purpose: To assess the seriousness of the defect from a technical standpoint. Levels: Minor, Major, Critical, Blocker Example: A critical bug causes a system crash, while a trivial bug involves a minor UI glitch. Priority 🏁 Definition: Indicates the urgency with which a bug should be fixed. Purpose: To decide the order in which defects should be resolved based on business needs. Levels: Low, Medium, High, Critical Example: A high-priority bug needs immediate attention, while a low-priority bug can be scheduled for later. Combining Priority and Severity: Examples 🚀 High Priority & High Severity Example: The login functionality of a banking app is broken, preventing all users from accessing their accounts. Impact: Critical to business operations and user access. Action: Needs immediate attention and a quick fix. High Priority & Low Severity Example: A typo in the company name on the homepage of an e-commerce website. Impact: Minimal functional impact but can affect the company’s image. Action: Should be fixed quickly to maintain professionalism. Low Priority & High Severity Example: A rare crash that occurs only when a specific, rarely-used feature is accessed. Impact: Significant technical issue but affects very few users. Action: Can be scheduled for a later release but needs thorough fixing. Low Priority & Low Severity Example: Misalignment of text in a seldom-visited settings page. Impact: Minimal impact on functionality and user experience. Action: Can be fixed in a future maintenance release. Why Understanding Both Matters 📊 Priority helps us align bug fixes with business goals. Severity helps us understand the technical impact of issues. By effectively categorizing defects using priority and severity, we ensure that the most critical issues are addressed promptly, balancing both technical and business needs. #SoftwareTesting #BugManagement #Priority #Severity #QualityAssurance #TechTips

Comprehensive API Testing for a Leading Credit Manager in Commercial Real Estate Lending: A Case Study Ensuring the highest standards of reliability and security in financial software is crucial. Recently, we collaborated with a major credit manager in the commercial real estate lending market to enhance their loan origination platform through comprehensive API testing. ### Client Overview Our client, a prominent credit manager, faced significant challenges with their API functionalities. Their existing testing processes were insufficient, leading to frequent production issues. ### Challenges and Background Frequent API failures, security vulnerabilities, and performance bottlenecks plagued the client's platform. The integration of various third-party services and the handling of sensitive financial data further complicated testing. The client's testing lacked comprehensive coverage, especially in security and performance, necessitating more efficient defect management and resolution processes. ### Our Solution We implemented a tailored suite of API testing services to address these challenges: - API Validation Testing: Ensured the API met all functional requirements. - Security Testing: Used penetration testing and fuzz testing to identify vulnerabilities. - Reliability Testing: Assessed the API's consistency and dependability. - Performance Testing: Evaluated speed, responsiveness, and stability. - Functional Testing: Verified correct responses to various inputs. - Integration Testing: Ensured seamless functionality within the overall system. Tools Used: Selenium, Postman, JMeter, OWASP ZAP, SoapUI, SQL Server, Cucumber, New Relic, JIRA, Jenkins. ### Results and Benefits Improvements: - Software Quality: Notable reduction in bugs and defects. - Performance: Enhanced API performance, faster response times, and increased stability. - Security: Mitigated critical vulnerabilities. - Efficiency: Achieved time and cost savings through efficient, automated testing processes. Client Feedback: "The comprehensive API testing services provided by SQA Solution significantly improved the reliability and performance of our loan origination platform. Their professional approach and thorough testing ensured that our software met the highest standards of quality and security." – William Lee ### Conclusion This case study demonstrates our ability to address complex testing challenges and deliver significant improvements in software quality and performance. Call-to-Action: Facing similar challenges? Our expertise in API testing can ensure the success and reliability of your software products. [Contact us today](https://lnkd.in/geZgSNpk) to enhance your software quality and performance. #APITesting #SoftwareQualityAssurance #CommercialRealEstate #LoanOrigination #Fintech #Cybersecurity #PerformanceTesting #AutomationTesting #SoftwareDevelopment #ClientSuccess #QualityEngineering #TechInnovation #SQA #CaseStudy

What impact does software testing have on product quality? Software testing plays a crucial role in enhancing product quality. By identifying defects early, ensuring functionality meets specifications, and validating performance, usability, and security, it contributes to delivering a reliable, secure, and high-performing product. #happyMonday #Qualityassurance #Testing #softwaretesting

Quality software doesn't just happen - it's built through rigorous testing and QA! From catching bugs early to boosting user satisfaction, thorough testing is key to delivering reliable, secure software that users can trust. Invest in quality, and watch your software (and reputation) soar! 💻✅

Poor software testing isn’t just a technical issue—it has real financial consequences. At Test Assurance Limited, we’ve seen firsthand how insufficient testing can lead to significant rework, unexpected delays, and lost revenue. When bugs make it into production, it costs more to fix them and can damage your brand’s reputation and erode customer trust. The fallout? Reduced customer retention and missed business opportunities. Investing in thorough, reliable testing practices can save your company more than just money—it safeguards your brand and ensures long-term success. Want to know how effective testing can help your business? Contact us at Test Assurance Limited, and we can discuss creating robust testing strategies that align with your goals. #softwarequality #testingimpact #TestAssuranceLimited #qualityassurance #businesssuccess #reputationmanagement #QA

💥 Is your software testing up to par? If you're noticing any of these signs, it might be time to reevaluate your testing strategy: ⬇ ✔ Frequent bugs and defects: Are you constantly patching up issues after release? ✔ Delayed releases: Is testing becoming a bottleneck in your development process? ✔ Unhappy customers: Are you receiving negative feedback about the quality of your product? ✔ High testing costs: Are you spending more time and resources on testing than necessary? 📌 Don't let subpar testing hold your team back. Let's discuss how to improve your testing processes and deliver higher-quality software - [email protected] #softwarequality #testing #qualityassurance #softwaredevelopment

You Can Save Up to 99%: The High Cost of Skipping Automated Software Testing 1- The Financial Toll of Bugs Catching a bug at the early development stage tends to be exponentially cheaper than at production, as it saves rework, potential downtime, and payment bugs, all of which can lead to an income loss. 2- Competitive Disadvantage As your team spends more time fixing bugs and doing rework, new features take longer to be production-ready. 3- The False Economy of Manual Testing At first glance, manual testing might seem cost-effective. It requires less upfront investment compared to automated testing, which involves purchasing tools, writing test scripts, and training staff. However, manual testing doesn't take too long to start being an expensive choice. As the project grows, you can notice that manual testing is labor-intensive, time-consuming, and generates bugs due to human mistakes, making it increasingly difficult to maintain high standards of quality and efficiency.

In software testing, quality is more important than quantity because the goal is to deliver a product that meets user needs and expectations. Quality is customer-driven and encompasses attributes like reliability, performance, and satisfaction. These attributes can't be measured solely by the number of tests passed. Instead, the focus should be on: - Coverage: A well-designed test case that covers multiple scenarios and aspects of the software is more valuable than numerous superficial tests. - Effectiveness: Measure effectiveness, not just volume. - Core functionalities: Prioritize essential features over exhaustive testing. - Risk-based testing: Identify high-risk areas and allocate resources accordingly. - Efficient test case prioritization: Maximize fault detection with a streamlined approach.