#Devopstesting

[praveennareshit]

Why Full Stack Testers Are in High Demand in 2025

The tech landscape is evolving rapidly, and software quality has never been more critical. Businesses are prioritizing seamless user experiences, robust security, and faster release cycles. This shift has led to an increased demand for Full Stack Software Testing Training in KPHB, a key driver in preparing professionals for this dynamic role.

The Role of a Full Stack Tester

A Full Stack Tester is a professional skilled in both front-end and back-end testing, ensuring software works flawlessly across all layers. Unlike traditional testers who may focus on a single aspect, full stack testers possess a diverse skill set covering:

UI/UX Testing – Ensuring smooth navigation and intuitive interfaces.

API Testing – Validating seamless communication between components.

Database Testing – Checking data integrity and performance.

Security & Performance Testing – Ensuring applications are safe and efficient.

Automation & Manual Testing – Mastering both approaches for comprehensive coverage.

Why Demand is Rising

1. Agile & DevOps Integration

Companies are embracing Agile and DevOps to speed up development. Full stack testers fit seamlessly into these workflows, enabling continuous testing from development to deployment.

2. Cost Efficiency & Versatility

Hiring specialists for different testing phases is expensive. A full stack tester bridges gaps, reducing dependency on multiple professionals.

3. AI & Automation in Testing

The rise of AI-driven testing demands professionals who can work across various tools and frameworks. Full stack testers with automation expertise are highly valued.

4. User-Centric Development

User expectations are higher than ever. Full stack testers play a crucial role in delivering bug-free, intuitive applications.

How Full Stack Software Testing Training in KPHB Helps

If you're looking to enter this lucrative field, training is essential. Full Stack Software Testing Training in KPHB provides:

Hands-on experience with real-world projects.

In-depth learning of automation frameworks.

Industry-recognized certification for better job prospects.

Expert guidance from experienced professionals.

Final Thoughts

As businesses push for faster, high-quality software development, full stack testers are becoming indispensable. Investing in Full Stack Software Testing Training in KPHB can open doors to exciting career opportunities in 2025 and beyond.

FAQ

1. What skills are required to become a full stack tester? Knowledge of front-end and back-end testing, automation tools, SQL, API testing, and security testing.

2. Is automation testing necessary for full stack testers? Yes, automation skills are crucial to handle large-scale applications efficiently.

3. How long does it take to complete Full Stack Software Testing Training in KPHB? It depends on the course, but typically 2-4 months of rigorous training.

4. Are there job opportunities for freshers in full stack testing? Absolutely! Companies value freshers with practical training and hands-on experience.

5. How much can a full stack tester earn? Salaries vary, but experienced testers can earn competitive packages, especially in Agile and DevOps environments.

[futuretechskills]

Master AWS Cloud Testing & Azure Cloud Testing Certification at Future Tech Skills

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[hachion1]

Elevate your career in QA Automation Testing with our comprehensive training program! Gain hands-on experience in industry-leading tools and frameworks, led by expert instructors. Flexible learning options available. Enroll now and unlock your potential! 

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[techtweek]

Exploring Essential Tools for Continuous Integration in DevOps

In the realm of DevOps, continuous integration (CI) plays a pivotal role in streamlining software development processes. Discover the essential tools that empower teams to automate builds, run tests efficiently, and integrate code seamlessly. From popular CI/CD platforms like Jenkins and GitLab CI to robust testing frameworks like Selenium and JUnit, this comprehensive guide dives deep into the tools that drive continuous integration in DevOps workflows.

Are you navigating the complexities of DevOps testing? Dive into our comprehensive guide on testing in DevOps, where we explore the critical role of continuous integration in ensuring software quality and reliability. Discover the latest tools and best practices that empower teams to automate testing, streamline workflows, and achieve faster, more reliable releases.

[bizessenceaustralia]

We are Hiring Test Automation Lead

Elevate your career as a Test Automation Lead with Bizessence!

If you're passionate about driving efficiency through automation and leading a team to success, seize the opportunity.

Apply now to lead the automation revolution!

Job Description - https://bizessence.com.au/jobs/test-automation-lead/

[softdevels]

🌟 Elevate Your Testing Game with Automated Precision! 🚀✨

Say goodbye to manual testing woes! Our automated testing solutions are designed to bring speed, accuracy, and efficiency to your software testing processes. Swipe ➡️ to explore the key advantages!

✅ Rapid Test Execution ✅ Comprehensive Test Coverage ✅ Continuous Integration ✅ Customized Testing Solutions

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[gis56]

AI-Enabled Testing Tools – The $7.5B Market You Need to Watch! 🤯🤖

AI-Enabled Testing Tools Market is projected to expand from $1.9 billion in 2024 to $7.5 billion by 2034, growing at a CAGR of 14.7%. This market focuses on integrating AI-driven automation, machine learning, and predictive analytics into software testing, ensuring efficiency, accuracy, and scalability in DevOps and agile environments.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS23261 &utm_source=SnehaPatil&utm_medium=Article

Market Trends & Performance

Functional testing tools lead the market, leveraging AI to automate test case generation, execution, and bug detection.

Performance testing solutions are the second-largest segment, ensuring software stability under varying loads.

Security testing tools are gaining traction due to increasing cybersecurity risks and regulatory compliance needs.

North America dominates, driven by early AI adoption and strong software development ecosystems.

Europe ranks second, emphasizing quality assurance and compliance-driven AI testing adoption.

Asia-Pacific is emerging, fueled by digital transformation, IT expansion, and cloud adoption.

Key Growth Drivers

Rise of DevOps & Agile Testing — Increasing demand for continuous integration and continuous delivery (CI/CD) pipelines.

Growing Software Complexity — Need for end-to-end automation to handle diverse software ecosystems.

Advancements in AI & ML — AI-powered self-healing test automation and intelligent defect prediction.

Cybersecurity & Compliance Focus — AI-enhanced security testing to detect vulnerabilities in real-time.

Cloud & API Testing Growth — Adoption of cloud-native and microservices architectures driving automated testing demand.

Market Segmentation

Products: Automated Testing Tools, API Testing Tools, Mobile Testing Tools, Web Testing Tools

Technologies: AI, ML, NLP, Deep Learning, RPA, Computer Vision

Applications: BFSI, Healthcare, Retail, Telecom, Government, Manufacturing

Deployment: Cloud, On-Premises, Hybrid

Solutions: Test Automation, Test Execution, Test Management

The future of AI-enabled testing is driven by intelligent automation, predictive insights, and cloud-based solutions, creating significant growth opportunities for enterprises worldwide.

#aiinsoftwaretesting #testautomation #aienabledtesting #functionaltesting #performancetesting #agiletesting #devopstesting #cloudtesting #machinelearning #automationtools #artificialintelligence #cicd #softwarequality #apiintegration #mobiletesting #predictiveanalytics #intelligenttesting #roboticprocessautomation #deeplearning #cybersecuritytesting #bugtracking #aiqa #smartautomation #nlpforqa #autonomousqa #testingefficiency #cloudbasedqa #continuousdelivery #lowcodetesting #softwaretestingtrends #qualityengineering #testdatamanagement #cloudqa #aibasedtestautomation #microservicestesting #qaautomationtools #enterpriseqa #aiforsecurity #nextgentesting #smarttesting

[webomates]

Why code coverage

Code coverage is a software testing metric that shows how much of your code is executed by tests. Code coverage helps in assessing the test performance and quality aspects of your software. it’s also an important component of overall software quality. Click to know more about this article: why code coverage

[incight]

What Drives Continuous Testing in DevOps?

The need to deliver quality at speed by leveraging flexible delivery models with quick feedback loops has become critical in today’s dynamic business environment. This is where DevOps incorporating CI/CD and test automation can enable businesses to quickly adapt to changing market scenarios. With digital transformation being the buzzword to enhance efficiencies and competitiveness of businesses, DevOps continuous testing has become an essential element in the transition. It helps to minimize any associated business risks and delivers superior-quality products with quick turnarounds. Let us understand the need for continuous testing in the SDLC.

Continuous testing and its importance

Quality has become the cornerstone for business enterprises to achieve customer acceptance and increase brand visibility. The traditional software development approach of testing the integrated modules of a software application after development does not make it entirely free of bugs or vulnerabilities. However, the continuous testing approach of testing early and consistently throughout the SDLC using automation can mitigate the risks and improve the quality of the product. It is important for the following reasons:

Reduces the cost of rework by detecting and fixing bugs early

Enables developers to build features quickly by automating the QA process

Speeds up the testing process as continuous test automation tools reduce manual testing

Improves test coverage as automated tests are executed quickly and evaluate all features of the software application

Enables quicker and frequent release of quality applications

Brings consistency in testing as the configured environment allows the execution of comparative tests

Enhances the value of the software, allows accurate reporting of the errors, failures, and successes of the tests, and creates greater visibility for the stakeholders (developers and testers)

Facilitates coordination among teams with quick feedback and reduces the time for code review

The key to successful continuous testing in DevOps 

DevOps continuous testing is implemented in the following ways:

Develop a correct test code: A continuous testing strategy entails building the right test script to generate accurate test results. In other words, it would mean the difference between a high-value test suite and a wasteful and erroneous one. Testers should treat the test suite the same way they treat the production code.

Plan and execute a risk-based test automation strategy: User experience can determine whether a software application will be a success or otherwise in the market. Hence, issues leading to bad user experiences need to be identified and addressed. This calls for employing a risk-based DevOps testing approach to detect, evaluate, and mitigate the issues surrounding bad user experiences.

Provide fast feedback: Continuous testing services generate vast amounts of data that provide stakeholders (testers and developers) with deep and fresh insights into issues. These also provide the management with dashboard-based intelligence or perspective to choose “go or no go” for individual features.

Maintain test data: The DevOps approach to testing can generate mission-critical test data applicable to real-world scenarios. This data can help QA experts develop insights into the need for updating the application based on the evolving scenarios, customer preferences, and cost considerations.

Access to a stable test environment: To ensure the optimal performance of the test suite, it must be backed by a stable continuous testing framework. Further, the test environments, APIs, and third-party tools should be made available to the testers without downtime or latency.

Better collaboration between developers and testers: In the DevOps scheme of things, all silos must disappear and there should be enhanced collaboration between processes (development, testing, and operations). The teams should be small in size, and all test reports should be centrally located to be accessed by the stakeholders.

Prioritize automation: Instead of removing manual testing, automation should be prioritized across processes. Thus, focus on processes that need to run repeatedly by mapping out the SDLC and identifying the opportunities for automation.

Small design: Run iterative tests on small increments that are easier to design. Small designs allow easy automation and ready deployment.

Track everything: Set up test cases with the proper metrics and pass-fail criteria. Continuous testing can identify if there are issues with the code or if things are working or not.

Use the right tools: For continuous testing, get the right tools that can run in the working environment. Use tools that have community-based support to get better use cases and solutions.

Conclusion

Continuous testing allows the execution of automated tests in the SDLC to obtain immediate feedback on errors, bugs, vulnerabilities, or business risks. It facilitates the delivery of quality software applications seamlessly.

Resource

James Daniel is a software Tech enthusiastic & works at Cigniti Technologies. I'm having a great understanding of today's software testing quality that yields strong results and always happy to create valuable content & share thoughts.

Article Source: dev.to

[vikram739]

Agile Test Data Management is Gaining Traction, Are You Ready?

Watch this video of cigniti blog to know more about implementing Agile Test Data Management (ATDM).

Read more: https://www.cigniti.com/blog/agile-test-data-management

[glaadblognews]

How Continuous Testing Advances Your Business Goals

The two broad categories fit the objectives of a successful business and these are greater operational efficiency and driving higher revenue. The Goldmine for an organization is to find out the solution for the achievement of both categories. It is becoming simple to access new and alternate products from developers that are enhancing competition constantly over the globe. In the industry of software, the expectation of the customers magnifies the competition of cut-throat. The User expects faster releases, newer features, and successful optimal performance. For the success of these business goals, the teams of DevOps working for software development with a continuous delivery mindset. Faster release cycles are the achievement of the practice for the organization while they deliver innovative features for customer demands. Continuous Testing It is a process of automated test execution as a component of the pipeline of software delivery in order to get a response of the risk on the business-related with the candidate of software release as quickly as possible. It extends and develops test automation for the understanding of the increased difficulty and pace of advance application delivery and development. Many organizations invest in giving DevOps testing training to their employees for increased productivity. Here are we mentioning some key points of Continuous Testing that we should have in our mind; The primary goal of Continuous Testing is measuring the coverage of business risk. It creates a safety net to help the team to care for the experience of the user to escape software failure headlines and speeded up development procedures. It is incorporated into the DevOps tool chain and software delivery pipeline seamlessly. Continuous Testing holds completely “shift left” (component,unit, coverage…) to “shift right” (APM/ monitoring, Production Testing). It anticipates testing to be implanted within the process of development, not in the end phase. It helps to understand if a release candidate is risky in the delivery pipeline process. It includes continuously optimizing and reviewing the test suite to maximize coverage of the business risk and eliminate redundancy. Continuous Testing executing the correct set of trials at the correct time of the delivery pipeline, not making a bottleneck. It expects test environment stability with effective test data to be accessible for all the test run. A firm surveyed 135 professionals in 2018. These professionals implemented continuous testing successfully for their DevOps process flow insights. This survey reports that below tests were always automated in each organization: 5% UI tests. 9% Integration tests. 1% User acceptance tests. 7% Component tests. 4% Unit tests. 57% Performance and load tests. 6% Security tests. It was also reported that the top three test coverage areas focused for continuous testing were: 6% Integration tests. 1% Security tests. 7% UI tests (43.7%) Therefore, industries should have to adopt continuous testing to retain the pipelines of delivery in sync with the advancement. In the face of many benefits of continuous testing, we found some challenges for businesses that have embraced this approach. Around 78%stated that it is very easy to adopt continuous testing with a directive from their management or leadership. 78% stated that more team ownership they would like for the initiative. Also, 86% choose good team cooperation.How does business get executive hire and gather the team to implement the practice? By communicating and understanding how continuous testing contributes to achieving the business goals of operational efficiency and increased revenue. Here are some key points for increased revenue generation. In any case, the thing keeps all business in motion is money. Organizations drive revenue by: Generate Customer pain point Solution. Advising users to take on their solution. Having the swiftness to move and quickly meet the changing needs of the consumer. For the operational efficiencies achievement, the focus of businesses are: Getting feedback and the capability to answer with agility. Completing shorter release cycles. An efficient and effective side, not increasing headcount. In view of these goals, we are discussing here 3core business cases: Confidence in Quality and Increased Agility All software companies consider “Agile” as an ideal delivery model. Proper agility is like an organization can swing respond rapidly and focus quickly on the feedback of the customer or and the market changes. It is also very helpful for the teams to explore new solutions/opportunities without obstruction. Continuous testing facilitates this swiftness by supporting a philosophy of shift-left that practices test automation in the prior periods of the development cycle. Shifting left make able a constant response loop that permits teams to reply to defects and establish improved communication for the team.Automation tools additionally support a testing attitude in developers. 80.7% of organizations adopting continuous testing experienced that their developers performing additional testing. Quicker Overall Speed As we know, nowadays, shorter release cycles are the requirement of the market. As I referenced before, receiving continuous testing empowers quicker runs by reducing with the testing bottleneck toward the finish of the life cycle of the delivery. Actually, 83.7% of organizations have accomplished shorter release cycles by embracing continuous testing.Accelerating the life cycle of software development pushes items to market quicker. Getting featured in customer’s hands earlier your competition gives a huge competitive edge to your company.By embracing continuous testing, organizations are not backed off by old-fashioned testing activities. Swiftness supports them to compete on a worldwide scale and upset the market. Lower Operational Expenses There is a great way to balance cost and speed and it is the “Automation”. Routine tests easily automate with Continuous testing. With the help of open source tools like Katal on, professionals enable them to automate with the least additional expense. This relief you to test quicker and make your team more efficient and productive. 84.4% of the businesses have succeeded in superior test coverage with the irexisting size of the team and 67.4% were capable to experiment with lesser teams. Moreover, you can achieve more other things and no need to invest additional overhead in your business. However, automation is pre-production environments and does not replace testers. Read the full article

[cloud-qa-blog]

Here are the Top Factors for Implementing Continuous Testing Environments! http://www.cigniti.com/blog/top-factors-for-implementing-continuous-testing-environments/?utm_source=ReviveOldPost&utm_medium=social&utm_campaign=ReviveOldPost … #devopstesting #softwaretesting

Here are the Top Factors for Implementing Continuous Testing Environments! http://www.cigniti.com/blog/top-factors-for-implementing-continuous-testing-environments/?utm_source=ReviveOldPost&utm_medium=social&utm_campaign=ReviveOldPost … #devopstesting #softwaretesting

[indiumsoft-blog]

CIO Jury: 50% of tech leaders are implementing DevOps

Organizations including Adobe, Amazon, Target, and Walmart have adopted the DevOps workflow to improve productivity and communication. In terms of other organizations, DevOps implementation is currently "all over the map," Jeff Sussna, founder and principal of Ingineering.IT and author of Designing Delivery: Rethinking IT in the Digital Service Economy, told ZDNet.

Indium Software's insight:

#devops #devopstesting - CIO Jury: 50% of tech leaders are implementing #DevOps: http://ow.ly/tc6J30b8UEM

[michaelwadetesting]

- Why is Continuous Testing recommended for DevOps

The word DevOps had been formed by combining the development and operations functions. It is not a technology, rather an IT culture. It emphasizes ways in which development, operations and testing can collaborate more effectively. DevOps can be defined by four key activities:

-      Collaborative Development

-      Continuous Integration and Continuous Testing

-      Continuous Release and Deployment

-      Continuous Monitoring

DevOps, to some extent, reduces the need for testing and testing resources. However, this does not imply that DevOps does not require testing. What really happens in  DevOps Testing is that it brings testing into the mainstream of development process and avoids the problems created by having the testing left to the end of the cycle which causes release delays and quality issues.

Before code integration, the developers need to test their code. One of the most integral parts of the DevOps process is the regular release or the continuous deployment of the working software. The only way to support this rapid cadence of releases is through automated testing. Faster release cycles put a significant pressure on manual testing. This problem can be resolved through automated testing of the critical aspects.

Continuous testing is the first step in the direction towards DevOps Testing. It is a metaphor for a continuous feedback mechanism that helps to drive the software delivery through the SDLC process. Establishing an ecosystem for Continuous Testing involves the following steps

-      Shifting the scripts for automated testing to an enterprise version control tool and establish a common source of automation scripts.

-      Integrating the automation suite with a deployment tool to enable centralized execution and reporting.

-      Classifying test automation into multiple layers of tests. This enables faster feedback at each check point

Automated Testing, without doubt, is the most important parts of the CI/CD pipeline. Without proper automated testing, there can be no Continuous Integration/Continuous Deployment pipeline, which is the most important essence of DevOps Testing. The multiple layers of the DevOps Testing suite can be summarized as follows:

-      Unit Tests: These normally test individual classes or functions. These tests are the first to be run before any changes are committed to the code repository.

-      Integration Tests: This set of tests verify and validate that the modules comprising an application are compatible and work properly with each other.

-      System Tests: This test layer checks the entire system in an environment which is as close as possible to the real production environment.

It should be noted that test automation forms only a part of Continuous Testing process in DevOps.  It helps in augmenting software quality processes, ensures speed, quality and risk management.

Conclusion

DevOps Testing plays a key role in orchestrating an infrastructure for Continuous Deployment and Delivery. Through a  successful implementation of Continuous Testing, the dots of DevOps can be connected with development and operations, enabling a full cycle of Continuous Testing and Continuous Deployment be established.

Michael Works for Cigniti Technologies.  Cigniti is world’s leading Independent Quality Engineering & Software Testing services company, bringing the power of AI into Agile and DevOps, to accelerate enterprise digital transformation.

[webomates]

Adhoc Testing In Software Testing

Ad hoc testing is a type of software testing that involves the random testing of the system. It is also referred to as Random Testing or Monkey Testing. Ad hoc testing does not need any plan or any documentation. It is very much helpful in finding random issues which could be detected by planned or organized testing at Webomates, we have applied this technique in multiple different domains and successfully delivered with quality defects. Let us examine Adhoc testing in software testing in this article.

#SeleniumTestingAutomation #TestingAutomation #Apitesting

#USA #AutomationTesting #RegressionTesting #Softwaretesting

#Requirementtraceabilitymatrix #Streamingtesting #Apitesting #Devopstesting

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