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Test Automation

Exploring possibilities of Generative AI in the Testing World

Over the past six months, we’ve been delving into the realm of Generative AI within Nimbal products. It’s been an exhilarating journey, albeit one filled with challenges as we strive to keep pace with the rapid advancements in AI technology, particularly those emerging from OpenAI.

We’re thrilled to report that our endeavors have borne fruit, with seamless integration of features such as test case generation and test failure summarization. These additions have significantly enhanced the value proposition for our esteemed customers, empowering them with greater efficiency and precision in their testing processes.

Yet, as technology continues to evolve at breakneck speed, so do our ambitions. With the advent of GPT-4o (Omni), we find ourselves at the threshold of a new frontier: voice-generated tests. Imagine a future where interacting with Nimbal Tree involves nothing more than articulating your test objectives aloud, eliminating the need for manual typing altogether.

But that’s not all. We’re also exploring the integration of voice functionality within our Test Cycles pages, enabling users to navigate and interact with the platform using natural language commands. This promises to revolutionize the user experience, making testing more intuitive and accessible than ever before.

Furthermore, we’re considering the incorporation of features that allow users to submit videos or textual descriptions of their screens, with AI algorithms generating tests based on the content provided. This represents a significant step towards automation and streamlining of the testing process, saving valuable time and resources for our users.

We invite you to join us on this exciting journey by signing up on our platform and sharing the news with your network. Your feedback and suggestions are invaluable to us, as we continuously strive to enhance our offerings and tailor them to meet your evolving needs.

To facilitate further engagement, we encourage you to schedule a meeting with us online, where you can share your ideas and insights directly with the Nimbal team. Together, we can shape the future of testing and usher in a new era of innovation and collaboration.

Thank you once again for your continued support and patronage. We look forward to embarking on this next chapter with you, as we work towards building a smarter, more efficient testing ecosystem.

Warm regards,

The Nimbal Team

Test Automation

Ideas for Testing Large Language Models

Dear Readers,

Let us discover some ideas for testing large language models to ensure accurate and reliable results.

Understanding the importance of testing language models

Testing language models is crucial to ensure their accuracy and reliability. Language models are designed to generate human-like text, and it is important to evaluate their performance to determine their effectiveness. By testing language models, we can identify potential issues such as inaccuracies, biases, and limitations, and work towards improving their capabilities.

Language models are used in various applications such as natural language processing, chatbots, and machine translation. These models are trained on large amounts of data, and testing helps in understanding their behavior and identifying any shortcomings. Testing also allows us to assess the model’s ability to understand context, generate coherent responses, and provide accurate information.

Moreover, testing language models helps in validating their performance against different use cases and scenarios. It allows us to measure the model’s accuracy, fluency, and ability to handle diverse inputs. By understanding the importance of testing language models, we can ensure that they meet the desired standards and deliver reliable and trustworthy results.

Choosing diverse and representative test data

When testing large language models, it is important to select a diverse and representative set of test data. This ensures that the model is exposed to a wide range of inputs and can handle different contexts and scenarios. By including diverse data, we can evaluate the model’s performance across various domains, topics, and languages.

Representative test data should reflect the real-world usage of the language model. It should include different types of text, such as formal and informal language, technical and non-technical content, and varying sentence structures. By incorporating a variety of test data, we can assess the model’s ability to understand and generate text in different styles and contexts.

Choosing diverse and representative test data is essential for identifying potential biases and limitations of the language model. It allows us to evaluate its performance across different demographic groups, cultures, and perspectives. By considering a wide range of inputs, we can ensure that the model is fair and unbiased in its responses.

Evaluating performance metrics

To effectively test large language models, it is important to define and evaluate performance metrics. Performance metrics provide a quantitative measure of the model’s performance and help in assessing its capabilities. Common performance metrics for language models include accuracy, fluency, perplexity, and response relevancy.

Accuracy measures how well the model generates correct and coherent responses. It evaluates the model’s ability to understand the input and provide relevant and accurate information. Fluency assesses the grammatical correctness and coherence of the generated text. Perplexity measures the model’s ability to predict the next word or sequence of words based on the context.

Response relevancy evaluates the relevance and appropriateness of the model’s generated responses. It ensures that the model produces meaningful and contextually appropriate output. By evaluating these performance metrics, we can assess the strengths and weaknesses of the language model and identify areas for improvement.

Testing for bias and fairness

Testing language models for bias and fairness is crucial to ensure equitable and unbiased results. Language models can inadvertently reflect biases present in the training data, leading to unfair or discriminatory outputs. It is important to identify and address these biases to ensure the model’s fairness and inclusivity.

To test for bias, it is essential to evaluate the model’s responses across different demographic groups and sensitive topics. This helps in identifying any disparities or inconsistencies in the generated output. Testing for fairness involves assessing the distribution of responses and ensuring that the model provides equitable results regardless of demographic factors.

Various techniques can be employed to test for bias and fairness, such as measuring demographic parity, equalized odds, and conditional independence. By conducting comprehensive tests, we can identify and mitigate biases, ensuring that the language model’s outputs are fair, unbiased, and inclusive.

Iterative testing and continuous improvement

Testing large language models should be an iterative process, allowing for continuous improvement. As language models evolve and new data becomes available, regular testing helps in identifying areas for enhancement and refinement.

By conducting iterative tests, we can track the model’s progress over time and evaluate its performance against previous versions. This allows us to measure the impact of updates and improvements, ensuring that the model consistently delivers accurate and reliable results.

Iterative testing also helps in identifying new challenges and limitations that arise as the model is exposed to different inputs and scenarios. By continuously testing and gathering feedback, we can address these challenges and refine the model’s capabilities.

Continuous improvement is achieved through a feedback loop between testing and model development. Test results provide valuable insights into the model’s strengths and weaknesses, guiding further enhancements and optimizations.

Overall, iterative testing and continuous improvement are essential for ensuring the long-term effectiveness and reliability of large language models.

Please try using our large language model to generate tests and summarise failures at Nimbal Testing Platform and share your comments.

Test Automation

“Revolutionizing Software Testing: Unleashing Java Automated Tests on GitLab!”

Dear Valued Connections,

In the ever-evolving world of software development, innovation is the heartbeat that fuels progress. Today, I’m thrilled to unveil a groundbreaking approach that’s transforming the way we conduct Java automated tests—enter GitLab, the game-changer in seamless testing orchestration.

#SoftwareTesting #Java #GitLab #Innovation #CI/CD #DevOps #AgileDevelopment

Picture this: Java, a powerhouse programming language, combined with the robust testing capabilities of GitLab’s CI/CD pipelines. It’s a match made in developer heaven! This dynamic duo is not just a pairing; it’s a revolutionizing force that’s shaping the future of software testing.

Why the buzz, you ask?

#Automation #Efficiency #TechInnovation #Development #QualityAssurance

  1. Speed, Efficiency, and Precision: GitLab’s CI/CD pipelines are the turbocharged engines driving our testing processes. With Java’s suite of testing frameworks like JUnit, TestNG, and Selenium seamlessly integrated into GitLab, we’re achieving unparalleled speed, efficiency, and precision in our automated tests.
  2. Flawless Integration for Continuous Improvement: The synergy between Java automated tests and GitLab’s intuitive interface is nothing short of magic. Every code push triggers a cascade of automated tests, ensuring that each modification is rigorously scrutinized before integration. It’s a seamless, continuous improvement cycle!

#ContinuousIntegration #TestingAutomation #CodeQuality #SoftwareDevelopment

  1. Empowering Development Teams with Scalability: GitLab’s scalability and parallel execution capabilities mean that Java tests run concurrently, slashing testing times and providing rapid feedback. No more waiting for hours to validate code changes—now, it’s about instant, actionable insights.
  2. Insightful Reporting for Informed Decisions: GitLab centralizes test results, generating comprehensive reports that empower our teams with valuable insights. Identifying failing tests, tracking coverage, and analyzing trends are just a click away. It’s a data-driven approach that fuels smarter decision-making.

#DataInsights #QualityAssurance #DevelopmentTools #TestAutomation

  1. Future-Proofing with Nimbalnz Java Docker Image: And here’s the real secret sauce—leveraging the Nimbalnz Java Docker Image within GitLab. This preconfigured environment simplifies setup, streamlines execution, and ensures consistency, making our testing process even more robust and future-proof.

#Docker #Containerization #DevOpsTools #FutureTech

This is more than a technological leap—it’s a cultural shift. It’s about embracing a future where software testing isn’t just a phase but an integrated, agile mindset. It’s about continuous integration, delivery, and, most importantly, relentless commitment to quality.

#AgileMindset #SoftwareQuality #InnovativeTech #FutureTech

The journey doesn’t end here. As we propel forward, exploring new frontiers in software testing, I invite you to join this exhilarating ride. Share your experiences, insights, and let’s ignite a vibrant conversation on the future of Java automated testing on GitLab.

#TechCommunity #Collaboration #DigitalTransformation #SoftwareInnovation

The future is here. The future is agile, precise, and powered by GitLab’s Java testing prowess.

Cheers to a brighter, code-bug-free future!

Let’s connect and shape the future together!

Test Automation

🚀 Embracing AI and Test Automation: Supercharging Your Software Delivery Cost Savings! 💰

In today’s fast-paced tech world, staying ahead of the curve is no longer a choice; it’s a necessity! 💡 Let’s talk about two key factors that can give your software development process a turbo boost and help you cut down costs: AI and Test Automation. 🤖🧪

🎯 AI-Powered Precision Artificial Intelligence (AI) has completely revolutionized the way we approach software development. It’s like having a supercharged co-pilot, helping you navigate the development journey with utmost precision. 🚁

🔸AI can analyze vast amounts of data to identify potential issues, streamline workflows, and predict future problems before they even occur. This means fewer bugs and less time spent on debugging, which equals cost savings. 💸

🔸With AI-powered code generation and optimization tools, developers can write better, cleaner code more quickly. This improves code quality, reduces the risk of errors, and accelerates development, leading to cost reductions.

💡 Test Automation: The Unstoppable Force Test automation is the unsung hero of software delivery. It allows you to catch bugs early in the development process, ensuring a higher-quality product and preventing costly issues down the line. 🕵️♂️

🔹Automated tests can be run repeatedly without fatigue, which means they can provide more thorough and consistent coverage than manual testing. This leads to increased reliability, fewer defects, and substantial cost savings. 💪

🔹By automating routine, repetitive tests, your team can reallocate their time and skills to more valuable tasks, such as designing new features, improving user experience, or enhancing overall product quality.

🚀 The Perfect Symbiosis When AI and test automation join forces, the results are nothing short of spectacular. 🤜🤛

🔸AI can identify the areas that need testing the most, prioritize test cases, and generate tests automatically. This ensures that your test coverage is maximized, while your resources are optimized.

🔸Test automation can execute these tests at lightning speed, significantly reducing the time and effort required for thorough testing. It’s a win-win for productivity and cost savings!

💼 The Bottom Line The impact of AI and test automation on the cost of software delivery is clear: they supercharge your development process, improve code quality, reduce errors, enhance testing, and save you substantial amounts of money. 📈💰

Embrace these technologies and stay ahead of the competition! It’s not just about saving money; it’s about delivering high-quality software faster and more efficiently. 🚀

So, fellow professionals, if you want to skyrocket your software delivery and cut costs, don’t just follow the trends—set them! 🚀 Embrace AI and test automation and watch your projects soar to new heights. 🌟

Let’s keep the conversation going. How has AI and test automation impacted your software delivery process? Share your success stories, tips, and questions in the comments below! 🗣️💬

Here’s to a future of more efficient, cost-effective, and groundbreaking software delivery! 🚀🌐💻 #AI #TestAutomation #SoftwareDelivery #CostSavings

Please sign up at Nimbal SaaS to try both AI and Test Automation features on one platform.

Test Automation

Benefits of using screen recordings/videos to share information between business and dev teams

  1. Visual Clarity: Screen recordings can capture visual information, such as software interfaces, user interactions, and workflows. This visual clarity can help business users convey their requirements with precision.
  2. Step-by-Step Demonstration: Screen recordings can be used to provide step-by-step demonstrations of specific tasks or processes. This is particularly valuable when explaining complex software functionalities.
  3. Visual Documentation: Visual documentation through screen recordings can serve as a reference point for developers. It allows them to see exactly how a particular feature or process should work, reducing ambiguity.
  4. Bug Reporting: Screen recordings are effective for reporting and demonstrating software bugs or issues. Developers can view the recording to understand the problem and work on resolving it more efficiently.
  5. Training and Onboarding: Screen recordings can be used for training purposes, especially for onboarding new team members. They provide a visual guide for understanding software features and usage.
  6. User Experience Feedback: Business users can record their interactions with software to provide feedback on the user experience. This can help developers identify areas for improvement.
  7. Efficient Communication: Visual demonstrations often lead to more efficient communication, as developers can see exactly what the business users are referring to, reducing the need for lengthy explanations.
  8. Quality Assurance: Screen recordings can be used in quality assurance processes to ensure that the software meets the specified requirements and functions correctly.
  9. Visual Validation: Business users can visually validate that their requirements have been implemented correctly through screen recordings, reducing the risk of misunderstandings.
  10. Collaboration: Screen recordings facilitate collaboration between business users and developers, allowing them to visually review and discuss specific elements of the software.
  11. Accessibility: Team members who were not part of the initial conversation can access screen recordings to gain insights into the project and contribute effectively.
  12. Accountability: Screen recordings help establish accountability by showing how specific user interactions or functionalities were requested and should be implemented.

While screen recordings offer several advantages for visual communication, it’s important to remember that they may not always be suitable for conveying certain types of information, and they should be used in conjunction with other communication and documentation methods as needed.

Please try the free Nimbal User Journey Chrome/Edge plugin (Only Windows OS supported for now) to capture the videos of your user journeys to experience the above benefits. It will download the screen recordings in your Downloads folder with an additional feature text file with the details of the steps taken during the video.

Test Automation

Unlocking 10x Productivity with AI-Powered Test Failure Summarization

In the fast-paced world of software development, time is of the essence. Developers and quality assurance teams constantly seek ways to streamline their processes and improve productivity. Enter Artificial Intelligence (AI) – a game-changer that can transform how we handle one of the most critical aspects of software testing: test failure summarization. In this article, we explore the importance of using AI for test failure summarization and how it can yield a remarkable 10x boost in productivity.

1. The Challenge of Test Failure Data Overload:

In software testing, the process of identifying and addressing test failures can be a time-consuming and overwhelming task. As test suites grow in complexity and size, so does the volume of test failure data generated. Developers often find themselves buried under a mountain of failure logs, making it challenging to quickly pinpoint the root causes and prioritize fixes.

2. The Manual Approach:

Traditionally, identifying and analyzing test failures has been a manual, labor-intensive process. Developers spend precious hours sifting through logs, attempting to discern patterns, and understanding the failure’s context. This approach not only consumes valuable time but is also prone to human errors and inconsistencies.

3. AI to the Rescue:

AI-driven test failure summarization offers an efficient and precise solution. Machine learning algorithms can quickly analyze failure logs, categorize failures, and provide concise, actionable summaries. This enables development teams to focus their efforts on resolving issues rather than struggling with data overload.

4. Benefits of AI-Powered Summarization:

The advantages of using AI for test failure summarization are numerous:

  • Speed: AI can process vast amounts of data in seconds, significantly reducing the time it takes to identify and understand failures.
  • Accuracy: Machine learning models can identify patterns and anomalies that may be missed by human eyes, leading to more accurate diagnoses.
  • Consistency: AI provides consistent results, eliminating the variations that can occur with manual analysis.
  • Productivity: By automating the summarization process, development teams can achieve 10x productivity gains. This means faster issue resolution and quicker software delivery.

5. The Human Touch:

While AI can greatly enhance productivity, it doesn’t replace the need for human expertise. Developers still play a crucial role in interpreting AI-generated summaries, making decisions, and implementing fixes. AI is a powerful tool that complements human skills and accelerates problem-solving.

6. Real-World Success Stories:

Leading tech companies have already embraced AI for test failure summarization with impressive results. They have witnessed significant reductions in debugging time and faster software releases, leading to improved customer satisfaction and competitiveness in the market.

7. Conclusion:

In the fast-paced world of software development, every minute counts. AI-powered test failure summarization offers a transformative solution, helping development teams achieve 10x productivity gains by automating the analysis of failure data. This not only accelerates issue resolution but also ensures a more reliable and efficient software development process.

To stay competitive and deliver high-quality software faster, it’s time to consider integrating AI into your testing workflow. Embrace the power of AI, and unlock a new era of productivity in software development.

At Nimbal, we are working on developing a solution to analyze the manual and automation test failures using AI APIs and we are seeing a great productivity improvement while developing and testing our own products. If you are keen to learn more, please get in touch and book a session with us at the link Book a Discussion about the AI Summarization feature

Test Automation

4 Ways AI can transform Test Automation Reporting Analysis

AI can be used to analyze software testing automation reports in several ways. Here are the top 4 for your perusal.

  1. Natural Language Processing (NLP): NLP can be used to extract key information from the testing automation reports, such as the test case name, test result, and test duration. This can help identify areas of the software that need improvement, as well as potential bugs or errors.
  2. Machine Learning (ML): ML can be used to analyze large datasets of software testing automation reports to identify patterns and trends. By using ML algorithms, it is possible to identify which tests are most effective in detecting bugs and errors, and which tests can be optimized or removed altogether.
  3. Predictive Analytics: By analyzing historical testing automation data, AI can predict which parts of the software are likely to fail in the future. This can help prioritize testing efforts and improve the overall quality of the software.
  4. Anomaly Detection: AI can be used to detect anomalies or unexpected behavior in the testing automation reports. By using anomaly detection algorithms, it is possible to identify unusual testing results, which may indicate the presence of a bug or error.

Overall, AI can help improve the quality of software testing automation by automating the analysis of testing reports, identifying areas for improvement, and predicting future software behavior.


Test Automation

Test Automation Introduction: Why it matters

In today’s fast-paced software development world, delivering high-quality products quickly is crucial. Test automation has emerged as a game-changer, revolutionizing how software testing is conducted. But why does it matter so much? This comprehensive introduction will delve into the significance of test automation and how it transforms software development processes.

What is Test Automation?

Test automation involves using specialized software to control the execution of tests and comparing actual outcomes with expected results. It replaces manual testing with automated scripts that can run repeatedly, ensuring consistent and efficient testing processes.

The Importance of Test Automation

Enhancing Testing Efficiency

One of the primary reasons test automation is vital is its ability to significantly enhance testing efficiency. Manual testing is time-consuming and prone to human error, especially when dealing with repetitive tasks. Automated tests can run quickly and accurately, allowing testers to focus on more complex and critical aspects of the application.

Improving Test Coverage

With manual testing, covering all possible scenarios within a limited timeframe is challenging. Automated tests can be designed to cover a wide range of scenarios, ensuring that various aspects of the application are thoroughly tested. This comprehensive coverage helps identify issues that might have been missed during manual testing.

Ensuring Consistency and Reliability

Human testers can introduce variability in test results due to fatigue or oversight. Automated tests run the same way every time, ensuring consistent and reliable results. This consistency is crucial for maintaining the integrity of the testing process and the quality of the software.

Faster Feedback Cycles

In agile and continuous integration/continuous deployment (CI/CD) environments, quick feedback is essential. Automated tests provide immediate feedback on the code changes, allowing developers to identify and fix issues early in the development cycle. This rapid feedback loop helps maintain a high pace of development without compromising quality.

Cost-Effectiveness in the Long Run

While the initial setup cost for test automation can be high, it proves cost-effective in the long run. Automated tests can be reused across multiple projects, saving time and resources. Additionally, by catching defects early, the cost of fixing them is significantly reduced compared to later stages of development.

Key Benefits of Test Automation

Increased Test Coverage

Automated testing allows for extensive test coverage, ensuring that various application functionalities are thoroughly tested. This increased coverage leads to higher-quality software and fewer post-release issues.

Time Savings

Automated tests execute much faster than manual tests. This speed enables testing to be conducted more frequently and efficiently, accelerating the development process and reducing time-to-market.

Enhanced Accuracy

Automated tests eliminate the risk of human error, ensuring accurate and reliable test results. This accuracy is crucial for maintaining the quality and integrity of the software.

Reusability of Test Scripts

Test automation scripts can be reused across different projects and versions of the software. This reusability saves time and effort in writing new tests from scratch for each iteration.

Facilitating Continuous Testing

In a CI/CD pipeline, continuous testing is essential to ensure the quality of the software throughout the development cycle. Test automation enables continuous testing by running tests automatically whenever code changes are made.

Implementing Test Automation: Best Practices

Choosing the Right Tools

Selecting the appropriate test automation tools is critical for success. Consider factors like ease of use, compatibility with your technology stack, and community support when choosing tools.

Designing Maintainable Test Scripts

Ensure that your test scripts are maintainable and scalable. Use modular designs and follow coding best practices to make your scripts easy to update and extend.

Integrating with CI/CD Pipelines

Integrate your automated tests with your CI/CD pipeline to ensure continuous testing and quick feedback. This integration helps maintain the quality and stability of the software throughout the development lifecycle.

Monitoring and Reporting

Implement robust monitoring and reporting mechanisms to track the results of your automated tests. Detailed reports help identify issues and improve the overall testing process.

Common Challenges and How to Overcome Them

High Initial Investment

The initial setup cost for test automation can be high, including tool licenses, training, and script development. To overcome this, start with a small, critical part of the application and gradually expand the automation scope.

Maintenance Efforts

Automated tests require regular maintenance to remain effective. Allocate resources for maintaining and updating test scripts to keep up with changes in the application.

Skill Requirements

Test automation requires specialized skills in scripting and tool usage. Invest in training your team or hiring skilled professionals to build and maintain your automated test suite.


Test automation is no longer a luxury but a necessity in modern software development. Its ability to enhance efficiency, improve test coverage, ensure consistency, and provide quick feedback makes it an invaluable asset. By implementing best practices and overcoming common challenges, organizations can reap the full benefits of test automation, delivering high-quality software faster and more reliably.


What is test automation?
Test automation involves using software tools to execute pre-scripted tests on a software application before it is released into production.

Why is test automation important?
Test automation enhances testing efficiency, improves test coverage, ensures consistency and reliability, provides faster feedback cycles, and proves cost-effective in the long run.

What are the key benefits of test automation?
Key benefits include increased test coverage, time savings, enhanced accuracy, reusability of test scripts, and facilitating continuous testing.

What are the best practices for implementing test automation?
Best practices include choosing the right tools, designing maintainable test scripts, integrating with CI/CD pipelines, and implementing robust monitoring and reporting.

What are common challenges in test automation?
Common challenges include high initial investment, maintenance efforts, and skill requirements. These can be overcome by gradual implementation, regular maintenance, and investing in training or hiring skilled professionals.

How does test automation fit into a CI/CD pipeline?
Test automation fits into a CI/CD pipeline by providing continuous testing, ensuring quality and stability of the software throughout the development lifecycle.