#Qa testing

[praxis-app]

Testing and QA is now open for all verified members of the Praxis Discord server!

If you're interested in helping to test the website and would like to be the first to know about the latest features, join us on Discord and we can get you set up with an account in our new testing environment.

As we're still in the very early stages of testing and QA, please bear in mind that Praxis is not yet intended for serious use outside of testing or research purposes.

Invite link to the Praxis Discord

[daisukitoo]

Software QA testing is a form of Hermetic ritual magic.

Many people believe that the purpose of QA testing is to find and fix bugs, which it does in part. But in truth, no software has ever been sufficiently "bug free" to work on real hardware. We mostly pretend that putting lightning in crystals can make thinking boxes, and it works.

The value of QA testing is in its repetition. Thorough QA testing exhausts the expanse of possibility space, allowing the crafter to choose the canonical path. By performing 1,000 repetitions on the "happy path," a groove is worn in reality itself and provides a path for the software to follow. It is also helpful in part to have the belief in fixed bugs reinforcing the effectiveness of the software.

Poorly QAed software attempts to hijack this external belief the way that counterfeit goods and placebos do. So long as no one pokes too closely at the details and their beliefs, the software can continue to work. A doubtful click away from the "happy path" can break poorly QAed software where well-tested software can withstand pressure.

[gopinadhreddy]

QA & SOFTWARE TESTING - SPARK TECHNOLOGIES

As a world-class IT services provider with years of experience across various sectors globally. Spark Technologies delivers the business IT solutions you need to enhance efficiency, add value, and reduce costs. We design, develop, implement, manage, and optimize access to systems and information, addressing your business processing, application, and infrastructure needs.

click here for more

[12thwonderindia]

How QA Services Can Reduce Software Development Cost?

While exploring through the constantly evolving software development field, striking the right chord between quality and cost-effectiveness remains an ongoing challenge. Third-party QA services emerge as a strategic solution, not only ensuring high-quality software but also significantly reducing costs throughout the development lifecycle. Explore how our QA services have consistently delivered tangible benefits, optimizing processes and saving both time and money.

Key Points

Early Bug Detection and Resolution: Minimize costs by identifying and resolving bugs during development or testing phases.

Enhanced Productivity: Streamline development processes, identify inefficiencies, and automate repetitive tasks to boost overall team productivity.

Reduced Post-Release Support: Thorough testing before release mitigates defects, reducing the need for extensive post-release support and maintenance.

Improved Resource Allocation: Identify critical issues early, allowing for more efficient resource allocation and preventing firefighting scenarios.

Lower Risks of Security Breaches: Security testing identifies vulnerabilities, preventing potential financial losses and safeguarding your company's reputation.

Enhanced Customer Satisfaction: Deliver quality software that exceeds user expectations, leading to higher customer satisfaction and reduced support costs.

Minimized Rework: Avoid costly and time-consuming rework by ensuring well-defined requirements and building software accordingly from the start.

Investing in QA services is a strategic move that goes beyond bug fixing. By optimizing development processes, improving security, and satisfying customers, companies can make a smart investment that significantly reduces costs in the long run.

Curious to learn more? Visit our website's blog page to read some in-depth details of how QA services can transform your software development journey and lead to substantial savings. Your path to efficient, cost-effective, and high-quality software development starts here! https://12thwonder.com/company/blog/qa-services-cost-reduction-blog/

[rfbugs]

Text reading "BIDIRECTIONAL" and a 3D arrow are visible at the moon portal

Platform: Win10 Pro

Build: Destiny 2 tiger_release_final_20230425

Severity: Low

Description: When using the portal on the moon level in Destiny 2, there are 3D assets that indicate portal directions that are visible when they should not be.

Repro Steps:

Download and install build

Boot game into release mode

Visit the moon level

Locate the portal near the main spawn point

Observe the 3D assets that are visible but shouldn't be

Expected Outcomes: The visible 3D assets should be set to 'not visible' in the game editor.

[georgemaries]

QA Basics for Beginners: Your First Step into Quality Assurance?

Introduction

In today's fast-paced software industry, ensuring software quality is more critical than ever. As a result, Quality Assurance (QA) has become a vital career path for individuals looking to enter the tech field. If you are new to software testing, enrolling in QA software testing courses is the best way to gain industry knowledge and hands-on skills. This guide will help beginners understand the fundamentals of QA and how Quality Assurance tester training can set them on the path to a successful career.

What is Quality Assurance (QA)?

Quality Assurance (QA) is the process of ensuring that a software product meets defined quality standards before being released to users. QA involves systematic activities, such as test planning, execution, and defect tracking, to detect and fix software issues early.

Key Components of QA

Test Planning – Creating a structured approach to test execution.

Test Execution – Running test cases to validate software functionality.

Defect Management – Identifying, documenting, and tracking bugs.

Automation Testing – Using tools to automate repetitive test cases.

Performance Testing – Checking software behavior under different conditions.

Why is QA Important?

Prevents software failures and enhances user experience.

Reduces costs by detecting defects early in the development process.

Improves security and compliance with industry standards.

Types of Software Testing

Understanding different testing methods is crucial for beginners. QA professionals use various testing approaches based on the project requirements.

1. Manual Testing

Manual testing involves executing test cases manually to verify the software's behavior. It is useful for exploratory testing, usability testing, and initial bug detection.

Example: A tester manually checks if a login page accepts valid credentials and rejects incorrect ones.

2. Automation Testing

Automation testing uses tools like Selenium, TOSCA, and JUnit to automate test execution. This reduces human effort and speeds up the testing process.

Example: A test script automatically verifies if a shopping cart in an e-commerce site correctly adds and removes items.

3. Functional Testing

This type of testing checks if the software functions according to the specified requirements.

Example: Validating if a banking application correctly processes transactions.

4. Performance Testing

Performance testing ensures the software can handle high user traffic and load conditions.

Example: Stress testing an online ticket booking system to handle peak-hour traffic.

5. Security Testing

Security testing protects applications from cyber threats by identifying vulnerabilities.

Example: Checking if an application encrypts user passwords securely.

How to Become a QA Tester

Starting a career in QA requires a structured learning approach and hands-on training. Here are the steps to becoming a successful QA professional.

1. Enroll in QA Testing Courses

Taking QA testing courses helps beginners gain foundational knowledge and practical exposure. Training programs cover topics such as manual testing, automation testing, and test case execution.

2. Learn Industry-Standard Tools

QA testers use various tools to streamline testing processes. Some essential tools include:

Selenium – Popular for web automation testing.

JIRA – Used for bug tracking and project management.

Postman – Essential for API testing.

LoadRunner – Helps in performance testing.

3. Practice Writing Test Cases

Writing effective test cases improves testing efficiency. Test cases should include:

Clear test objectives.

Steps to execute the test.

Expected outcomes.

4. Gain Hands-on Experience

Applying theoretical knowledge in real-world projects strengthens your QA skills. Some platforms, like H2K Infosys, provide hands-on training with industry-based projects.

5. Get Certified

Earning a QA certification enhances job opportunities. Popular certifications include:

ISTQB (International Software Testing Qualifications Board)

Certified Software Tester (CSTE)

Selenium Certification

Real-World Applications of QA

Quality assurance plays a crucial role in various industries beyond software development.

1. E-commerce Platforms

QA ensures smooth checkout processes, secure payments, and a seamless user experience in online shopping portals.

2. Healthcare Systems

Testing medical software ensures patient data security and compliance with regulations like HIPAA.

3. Financial Applications

Banks rely on QA to test transaction security and prevent financial fraud.

4. Mobile Applications

QA helps detect and resolve compatibility issues across different mobile devices and operating systems.

Job Prospects and Career Growth in QA

With increasing demand for high-quality software, QA professionals are in demand across industries. According to industry reports:

The software testing market is expected to grow by 10% annually.

QA analysts earn an average annual salary of $70,000 to $100,000 in the U.S.

The demand for automation testers is increasing as companies adopt DevOps practices.

Entry-Level QA Roles

QA Tester – Executes manual and automated test cases.

Test Analyst – Analyzes requirements and designs test strategies.

Automation Engineer – Develops test scripts for automation testing.

Advanced Career Paths

QA Lead – Manages a team of testers and oversees testing strategies.

QA Manager – Plans and implements quality assurance policies for an organization.

Software Development Engineer in Test (SDET) – Combines development and testing skills to create efficient test automation frameworks.

Why Choose QA Testing Courses?

Enrolling in Quality Assurance tester training provides structured learning and hands-on experience. Here’s why QA courses are beneficial:

Structured Curriculum: Covers essential testing concepts and industry tools.

Practical Exposure: Provides real-world project experience.

Career Support: Helps with resume building and job placement.

Many training providers, such as H2K Infosys, offer comprehensive QA courses with expert mentorship and live project exposure.

Conclusion

Starting a career in QA is a great choice for those interested in technology and software development. By enrolling in QA testing courses, learning testing tools, and gaining hands-on experience, beginners can build a successful career in software testing. Take the first step today and start your journey toward becoming a QA professional!

[qastonglobal]

What Benefits Do QA Testing Services Bring to Development?

QA testing services offer us numerous benefits that greatly enhance development. They improve product quality and reliability by systematically identifying and fixing bugs. We also see cost efficiency, as addressing issues early saves money and time. Plus, QA testing boosts user experience with intuitive designs and fewer defects, while strengthening security measures against vulnerabilities. Overall, a strong QA strategy gives us a competitive edge in the market. Let’s explore how these services can transform our development process even further.

Enhancing Product Quality and Reliability

Prioritizing QA testing greatly enhances product quality and reliability. By identifying and addressing bugs early, teams can ensure that their software is free from critical errors and security vulnerabilities. This approach not only improves user experience but also builds customer trust.

Additionally, 67% of customer churn is attributed to poor experiences, making QA a crucial factor in retaining customers.

Companies that integrate automated testing report a 76% increase in ROI within a year, emphasizing how investing in extensive software testing can lead to higher returns. The result is a more reliable product that meets market demands while enhancing the brand’s reputation.

Improving User Experience and Satisfaction

Improving user experience and satisfaction is essential for the success of any software product, as we all know that users expect seamless and enjoyable interactions. By integrating QA testing into our development process, we can identify and fix usability issues early, resulting in reliable, high-quality applications.

Here’s how QA testing enhances user experience:

When we prioritize QA, we deliver bug-free products that not only meet but exceed user expectations, fostering long-term customer loyalty and satisfaction.

Strengthening Security Measures

While software development can be complex, strengthening security measures through effective QA testing is vital in today’s digital landscape.

By implementing rigorous QA processes, we identify vulnerabilities before they can be exploited, safeguarding sensitive user data and payment information. Regular testing guarantees compliance with safety standards and enhances application reliability, ultimately building user trust.

We can’t overlook the impact of a single breach; just one incident can lead to significant financial losses and damage our reputation.

By prioritizing security in our QA strategies, we not only protect our users but also create a robust foundation for long-term success.

Investing in QA is more than a cost; it’s a commitment to delivering secure, high-quality software that users can depend on.

Gaining a Competitive Edge in the Market

In today’s competitive software market, leveraging quality assurance (QA) testing can make all the difference in setting our products apart from the rest.

By gathering user feedback and identifying market gaps, QA testing helps us refine our offerings and better meet customer needs. Implementing standardized QA test plans not only enhances profitability but also reduces costs, allowing us to allocate resources more effectively.

Furthermore, automating testing processes increases our efficiency, enabling faster time-to-market without compromising quality.

In a saturated landscape, having a strong QA strategy gives us a crucial competitive advantage, ensuring that we deliver reliable, user-friendly products that stand out and foster customer loyalty.

Frequently Asked Questions

How Does QA Testing Integrate With Agile Development Methodologies?

In agile development, we integrate QA testing by collaborating continuously with developers. This approach allows us to identify issues early, adapt quickly, and guarantee a seamless experience that meets our users’ needs effectively and efficiently.

What Tools Are Commonly Used for Automated QA Testing?

When we explore automated QA testing tools, we find options like Selenium, JUnit, and TestNG. These tools help us streamline testing processes, enhance efficiency, and guarantee our software meets high-quality standards while saving time.

How Can QA Testing Improve Team Collaboration?

We can enhance team collaboration through QA testing by fostering open communication, enabling early feedback, and aligning everyone’s efforts. It streamlines our processes, ensuring we all work towards quality and shared goals effectively.

What Metrics Should Be Tracked During QA Testing?

When we track metrics during QA testing, we focus on defect density, test coverage, and pass/fail rates. These insights help us refine our process, improve quality, and guarantee a smoother development experience for everyone involved.

How Does QA Testing Affect Time-To-Market for Software Products?

QA testing streamlines our development process, allowing us to catch issues early. By integrating testing throughout, we reduce delays and guarantee timely releases, ultimately getting our software products to market faster and more efficiently.

Conclusion

In summary, embracing QA testing services is essential for our development success. By enhancing product quality and reliability, we save costs while improving user experiences and satisfaction. Strengthening our security measures further protects our applications, and ultimately, these efforts give us a competitive edge in the market. As we continue to prioritize QA testing, we’re not just delivering better software; we’re building trust and loyalty with our users, ensuring long-term success for our projects.

Note: We love sharing inspiring ideas and helpful tips to make your home even more beautiful! Please keep in mind that the products and designs mentioned here are for informational purposes only. Our current offerings may vary, so be sure to explore Qaston Global to see our latest collections and find the perfect fit for your space. Happy designing!

[qualityassurance11]

Automation in Test Design - Enhancing Efficiency with GhostQA

In today’s fast-paced software development world, manual test design fails to keep up with rapid releases and evolving application features. Test automation has become essential, but automating test design itself is the next big step in ensuring high-quality software with minimal effort. 

Automated test design reduces human errors, improves test coverage, and integrates seamlessly with modern DevOps and workflows. This is where GhostQA plays a key role by offering an AI-powered test automation solution that generates, optimizes, and executes test cases efficiently. 

In this blog, we’ll explore the importance of automating test design, key approaches, benefits, and how GhostQA is transforming the landscape of test automation. 

Why Automate Test Design? 

Automating test design is about removing manual bottlenecks and allowing software teams to: 

Speed Up Test Case Generation – Automated tools like GhostQA create test cases within minutes, reducing manual effort. 

Enhance Test Coverage – AI-driven automation ensures all critical scenarios are tested, including edge cases. 

Improve Accuracy – Eliminates human errors in designing test cases, resulting in more reliable testing. 

Support Scalability – Automated test design adapts to continuous changes in Agile and DevOps pipelines. 

Reduce Costs – Less manual intervention means lower testing costs and faster time-to-market. 

With AI and machine learning transforming QA, GhostQA simplifies test automation by providing smart test design solutions that accelerate testing processes. 

Key Approaches to Automating Test Design 

1. Model-Based Test Design (MBT) 

Model-Based Testing (MBT) automates test generation by creating visual models of an application’s behavior. Instead of manually writing test cases, testers define models that automatically generate test cases. 

How GhostQA Helps: 

GhostQA simplifies model-based test generation by analyzing application workflows and creating automated test cases. 

Optimized test selection ensures maximum coverage while avoiding redundant tests. 

2. AI and Machine Learning in Test Design 

AI-driven test design uses historical test data, user behavior, and risk analysis to predict and generate the most relevant test cases. 

How GhostQA Helps: 

AI-Powered Test Creation – GhostQA analyzes test data patterns to generate the most impactful test cases. 

Self-Healing Test Scripts – If the UI changes, GhostQA automatically updates scripts to reduce maintenance effort. 

3. Scriptless Test Automation 

Traditional test scripting requires programming knowledge, but scriptless automation allows testers to create automated tests without coding. 

How GhostQA Helps: 

Drag-and-Drop Interface – GhostQA offers a scriptless test design, making it accessible for both testers and developers. 

Faster Execution – Automates repetitive tasks, reducing test creation time by up to 70%. 

4. Risk-Based Test Design 

Not all tests have the same impact; some are more critical than others. Risk-based test automation prioritizes tests based on business impact and risk analysis. 

How GhostQA Helps: 

AI-Powered Risk Analysis – GhostQA automatically identifies high-risk areas and prioritizes test execution accordingly. 

Intelligent Test Selection – Reduces test execution time while maintaining high software quality. 

Challenges in Automating Test Design 

Even with automation, test design comes with challenges: 

Choosing the Right Tools – Selecting an automation tool that integrates well. 

Initial Setup Effort – Configuring AI-driven automation requires a learning curve. 

Maintenance Overhead – Automated tests require updates when application logic changes. 

GhostQA addresses these challenges by offering:  ✔ Seamless Integration with DevOps pipelines.  ✔ AI-Driven Adaptive Testing to minimize test maintenance.  ✔ Pre-Built Testing Frameworks to reduce setup efforts. 

GhostQA – The Future of Automated Test Design 

Why GhostQA Stands Out? 

AI-Driven Test Design – Generates optimized test cases without manual effort. 

Automated Test Execution – Runs tests across multiple environments with one-click execution. 

Self-Healing Scripts – Detects UI changes and updates test cases automatically. 

Faster Bug Detection – Real-time analytics help identify issues early in the development cycle. 

Scalable Testing – Supports web, mobile, and cloud-based applications effortlessly. 

Best Practices for Implementing Automated Test Design 

Define Clear Objectives – Identify which areas of test design can be automated for maximum efficiency. 

Use AI-Driven and Model-Based Tools – Leverage tools like GhostQA to optimize test design and execution. 

Integrate Seamlessly – Ensure test automation aligns with continuous development cycles. 

Regularly Update Automated Tests – Adapt test cases as the application evolves to maintain accuracy. 

Conclusion 

Automation in test design is no longer optional – it’s a necessity in today’s Agile and DevOps-driven world. GhostQA simplifies and accelerates test automation by leveraging AI, machine learning, and model-based testing to create high-quality, reliable test cases. 

By automating test case generation, execution, and maintenance, GhostQA enables software teams to deliver bug-free applications faster, with minimal effort. 

Ready to transform your test design process? Try GhostQA today and experience the future of test automation! 

[vstellar]

Speed up your QA testing processes

Speed up your testing processes with Stellar’s low code test automation platform. Enhance efficiency, minimize errors, and achieve smarter software testing with effortless solutions for UI, API, mobile, performance, and accessibility testing. Empower your team to test more and stress less with effortless integration and advanced analytics.

[yethiconsulting]

Dynamic vs. Static API Security Testing: Key Differences

API security testing is crucial for identifying vulnerabilities, and it can be performed through two distinct approaches:

Dynamic API Security Testing (DAST)

DAST evaluates APIs during runtime, simulating real-world attacks to uncover vulnerabilities.

Focus: Detects issues such as injection attacks, misconfigurations, and access control flaws in live environments.

Tools: Burp Suite, OWASP ZAP.

Benefits: Offers real-time insights into security risks, replicates actual threat scenarios, and ensures API security testing behave securely under various conditions.

Static API Security Testing (SAST)

SAST examines the API’s source code or design before deployment.

Focus: Identifies vulnerabilities like insecure coding practices, logic flaws, and improper error handling.

Tools: SonarQube, Checkmarx.

Benefits: Detects issues early in the development lifecycle, reducing remediation costs.

Key Differences

Timing: DAST occurs post-deployment, while SAST is pre-deployment.

Scope: DAST tests live behavior; SAST analyzes code structure.

Output: DAST focuses on runtime flaws; SAST addresses coding-level issues.

Conclusion

Both approaches complement each other. SAST prevents vulnerabilities during development, while DAST ensures robust protection in production environments. Combining them provides comprehensive API security.

[qa10blogs]

Best QA testing course online

Looking for the Best QA testing course online to jumpstart your career in software testing? Our course offers in-depth training in manual and automated testing, providing you with the skills needed to succeed in the ever-growing tech industry. Learn from industry professionals who guide you through real-world scenarios, giving you hands-on experience with tools like Selenium and JIRA. Whether you’re transitioning into QA testing from a non-IT background or looking to sharpen your skills, this comprehensive course will equip you with the knowledge needed to excel. Enroll now and become a certified QA tester with expert guidance!

[genqeai]

Quality Assurance (QA) in software testing is vital to ensuring applications meet quality standards before reaching users. QA involves systematic practices throughout the software development lifecycle to prevent defects, ensure reliability, and enhance user satisfaction. Key aspects include testing for functionality, performance, and security, regression testing to verify new changes don’t affect existing code, and integrating QA with the software development life cycle (SDLC). GenQE improves QA through AI and machine learning, automating test case generation, and enabling intelligent regression testing. Its seamless integration with development tools like Jira enhances efficiency. Overall, QA ensures software reliability, and GenQE elevates the process with advanced solutions for better outcomes.

If you want to get complete information related to this topic click HERE.

[rfbugs]

Metal surfaces have ice material properties applied to them

Platform: Win10 Pro

Build: Jak and Daxter OpenGOAL 0.1.38

Severity: Minor

Description: In the level Misty Island, there are metallic surfaces that have ice material properties applied to them. The level is not supposed to contain any ice and the textures do not imply that they should be icy.

Repro Steps:

Download and install build

Boot game in debug mode and enter the Misty Island level

Navigate to 45.39, 25, 1069.44

Press R3 > Collision > Collision Renderer > Mode > Material to set the renderer to show material type

Press R3 > Collision > Collision Renderer > Enable to enable the collision renderer

Observe how the edges of the metallic surfaces are blue and contain ice properties

Expected Outcome: The metallic surfaces should not have ice material properties applied to them. Instead, they should have metal material properties.