As a software developer or product owner, the anticipation of delivering your software products early is always high. However, ensuring quality in these products requires investing time and effort into a robust quality assurance process. To achieve both speed and quality, implementing strategies such as automating your QA process is essential. The good news is that there are numerous no-code test automation tools available to expedite your QA process.

In today's fast-paced software development environment, test automation plays a vital role in ensuring the delivery of high-quality products. Yet, the misconception that test automation demands extensive coding skills can be daunting for many testers. Fortunately, several free tools are accessible, empowering testers to automate their testing processes without complex coding requirements. In this article, we'll explore some of these tools and how they make test automation accessible to everyone.

Introduction to Test Automation
Before we get into the tools, let's briefly touch upon the importance of test automation in the software development lifecycle. Test automation involves using software to execute pre-scripted tests on applications, comparing actual outcomes to predicted outcomes. This process helps identify bugs, defects, and performance issues early in the development cycle, ultimately saving time and resources.

Imagine the potential of setting a few commands and observing a computer program perform the testing process for you.

Benefits of Test Automation Without Coding
One of the main advantages of test automation without coding is its accessibility. Testers with varying levels of technical expertise can leverage these tools to create and execute automated tests, eliminating the need for extensive programming knowledge. Additionally, these tools often feature user-friendly interfaces and intuitive workflows, making them ideal for testers looking to streamline their testing processes.

Some Free Tools for Test Automation Without Coding
1. Scandium
Scandium is a free no-code test automation platform that empowers testers to create and execute automated tests without writing a single line of code. With its intuitive interface and robust features, testers can easily automate web, mobile, and API testing processes.

Scandium is an AI/ML-powered, scriptless (no-code) test automation solution meticulously designed to simplify the process of creating and maintaining automated test cases for web, mobile, and API products. An advantage of Scandium is that it facilitates collaboration and empowers teams to deliver a bug-free digital experience for their users.

2. Selenium IDE
Selenium IDE is a popular record-and-playback tool that allows testers to create automated tests without writing code. With its simple interface, testers can record their interactions with web applications and replay them to perform automated testing.

3. Katalon Studio
Katalon Studio is an all-in-one test automation solution that offers a range of features, including a recorder for creating automated tests without coding. Testers can easily capture web and mobile interactions, customize test cases, and execute tests across different platforms.

4. TestRigor
Testrigor is a test automation platform designed to streamline and simplify the software testing process. The platform offers a range of features aimed at improving test efficiency, accuracy, and scalability. Testrigor provides a no-code approach to test automation, allowing users to create and execute automated tests without the need for extensive coding knowledge. This makes it accessible to individuals with varying levels of technical expertise.

5. Reflect.run
Reflect.run is a no-code automation platform that allows users to automate tests across web, desktop, and virtual applications. Its visual workflow designer and pre-built automation components make it easy for testers to create, execute, and troubleshoot automated end-to-end tests without writing code.

Conclusion
Test automation is a critical aspect of modern software development, enabling teams to deliver high-quality products efficiently. By leveraging free tools for test automation without coding, testers can overcome barriers to entry and accelerate their testing efforts. Whether you're a seasoned tester or just getting started, these tools offer a user-friendly solution for automating your testing processes and ensuring the reliability of your software products.

You may be in search of a tool to enhance your QA process, but concerns about pricing may hold you back. However, fear not, as this article is here to provide you with all the information you need to elevate your QA process.

In today's world of software development, having the right tools can make all the difference in ensuring the quality and efficiency of your testing process. Fortunately, there are many free testing tools available that can help software testers streamline their workflows and deliver high-quality products. In this article, we'll explore the top 10 free testing tools that every software tester should know about, with a special focus on Scandium, a powerful no-code test automation tool.

Top 10 Free Tools for Software Testing
If you're wondering about the best software testing tools, the list below is sure to provide you with the answers you seek.

1. Scandium
Scandium is revolutionizing the world of test automation with its no-code approach. With Scandium, testers can effortlessly create and execute automated tests without the need for complex coding skills. Its intuitive interface and robust features make it an ideal choice for both beginners and experienced testers alike. Plus, Scandium offers seamless integration with popular development and testing frameworks, making it a versatile tool for any testing environment. Scandium provides comprehensive solutions for web UI testing, mobile testing, and API testing, all within the realm of no-code automation.

Furthermore, Scandium is free for every individual user looking to enhance their QA process and expedite the delivery of their software products. Whether you're a solo developer or part of a larger team, Scandium empowers you to optimize your testing workflow without breaking the bank.

2. Selenium
Selenium is a widely used open-source testing framework for web applications. It allows testers to automate browser interactions and perform regression testing across different browsers and platforms. Selenium's flexibility and extensibility makes it a popular choice for web application testing.

3. JUnit
JUnit is a popular testing framework for Java applications. It provides a simple and easy-to-use platform for writing and executing unit tests, making it an essential tool for Java developers and testers.

4. Postman
Postman is a powerful API testing tool that simplifies the process of testing APIs. With Postman, testers can create and execute API requests, automate workflows, and collaborate with team members, all from an intuitive interface.

5. Apache JMeter
Apache JMeter is a versatile open-source testing tool for performance testing and load testing. It allows testers to simulate real-world load conditions and analyze the performance of web applications, APIs, and servers.

6. ReadyAPI
ReadyAPI is an open-source API testing tool that enables testers to create, automate, and run functional, security, and performance tests for SOAP and REST APIs. Its comprehensive feature set and user-friendly interface make it a popular choice for API testing. ReadyAPI has a  free 14-day trial you can use to enjoy the product.

7. TestNG
TestNG is a testing framework for the Java programming language inspired by JUnit and NUnit. It provides additional features and functionalities beyond JUnit, such as test grouping, parameterization, and parallel execution, making it a powerful tool for automated testing.

8. Cucumber
Cucumber is a popular open-source testing tool that supports behavior-driven development (BDD). It allows testers to write executable specifications in plain text using the Gherkin language and automate them using various programming languages, including Java, Ruby, and JavaScript.

9. Apache Maven
Apache Maven is a build automation tool used primarily for Java projects. It simplifies the process of building, packaging, and deploying software projects, making it an essential tool for software development and testing.

10. Appium
Appium is an open-source testing tool for mobile applications. It allows testers to automate native, hybrid, and mobile web applications across different platforms, including iOS and Android, using the WebDriver protocol.

Conclusion

Having access to the right testing tools is essential for software testers to ensure the quality and reliability of their products. The top 10 free testing tools mentioned in this article, including Scandium, offer a wide range of features and functionalities to streamline the testing process and deliver high-quality software. By leveraging these tools effectively, testers can improve efficiency, productivity, and ultimately, the success of their testing efforts.

Have you found yourself caught in the web of uncertainty, wondering if your no-code background is a barrier to landing a test automation job? In this article, we'll explore the misconception that coding knowledge is a prerequisite for a career in test automation. Contrary to popular belief, there are abundant opportunities for individuals without coding expertise to excel in this field. Let's explore how leveraging no-code test automation tools can open doors to fulfilling careers in testing. Thanks to the advent of codeless test automation tools, individuals can effectively perform test automation tasks without writing a single line of code.

Unlocking Test Automation Opportunities with No-Code Tools

For individuals with a no-code background, leveraging no-code automation tools can open doors to test automation roles. These tools offer intuitive interfaces and user-friendly features that allow testers to create automated tests without the need for programming skills. Here are five top-rated no-code automation tools that you can explore to kickstart your test automation journey:

Scandium: As a leading no-code test automation platform, Scandium empowers testers to create automated tests effortlessly. With its intuitive record and replay interface and comprehensive test automation capabilities, Scandium is an ideal choice for individuals looking to explore test automation without coding skills. Scandium can be used to test APIs, Web, and Mobile applications.

TestRigor: Testrigor is a test automation platform designed to streamline and simplify the software testing process. The platform offers a range of features aimed at improving test efficiency, accuracy, and scalability. Testrigor provides a no-code approach to test automation, allowing users to create and execute automated tests without the need for extensive coding knowledge. This makes it accessible to individuals with varying levels of technical expertise.

Katalon Studio: Katalon Studio is a powerful test automation tool that supports both web and mobile application testing. It provides a user-friendly interface and a range of built-in keywords for test automation, making it suitable for testers of all skill levels.

Testim: Testim is a test automation platform that allows you to automate web and mobile testing with AI. Its model-based testing capabilities enable testers to create automated tests without scripting, making it an ideal choice for large-scale test automation projects.

Reflect.run: Reflect.run is a no-code automation platform that allows users to automate tests across web, desktop, and virtual applications. Its visual workflow designer and pre-built automation components make it easy for testers to create, execute, and troubleshoot automated end-to-end tests without writing code.

Conclusion
In conclusion, while coding skills may enhance your prospects in the test automation field, they are not always a prerequisite for landing a test automation job. With the availability of no-code automation tools like Scandium and others, individuals with a no-code background can embark on a successful test automation career journey. By embracing these tools and honing their testing skills, aspiring testers can position themselves for success in the test automation field.

Before getting into Mobile Testing with Scandium, let’s reflect on the evolution of technology. There was a time when our tasks were confined to desktops. However, with the progress of technology and the advent of mobile phones, we now have the flexibility to perform diverse tasks with the aid of mobile apps.

Numerous product owners invest considerable time brainstorming solutions to address global challenges. They collaborate with developers and designers to craft applications aimed at simplifying user experiences. However, as we're aware, delivering the best user experience requires thorough testing to eliminate bugs that could otherwise mar the app's functionality and usability.

Now that we understand the importance of testing, it's crucial to acknowledge the differences between desktop and mobile applications. Factors such as build, resolution, and dimension significantly distinguish desktop apps from their mobile counterparts. Consequently, the testing approach for mobile apps differs substantially from that employed for web apps. Whether you're a seasoned tester or a newcomer to the field, understanding mobile testing is paramount.

In this article, we will focus on leveraging Scandium, a no-code test automation tool, to enhance mobile testing efficiency and accelerate the delivery of mobile apps to the market.

What is Mobile Testing?
Mobile testing refers to the process of evaluating the functionality, usability, performance, and overall quality of mobile applications. Given the widespread use of smartphones and tablets, mobile testing has become a critical aspect of software development. The goal is to ensure that mobile apps work flawlessly, providing a positive user experience across different devices, operating systems, and network conditions.

Mobile testing is an iterative process that often involves both manual testing and automated testing tools. It helps developers and QA teams identify and rectify issues early in the development cycle, reducing the likelihood of problems reaching end-users. The dynamic nature of the mobile ecosystem requires thorough testing to guarantee a positive user experience across a wide array of devices and scenarios. Below are some of the key aspects of Mobile Testing.

Key Aspects of Mobile Testing
Functionality Testing: This ensures that all features and functionalities of the mobile app work as intended. This includes testing user interactions, navigation, and core functions.

Usability Testing: This focuses on the overall user experience, including app design, navigation, and accessibility. Usability testing helps identify areas for improvement in terms of user-friendliness.

Performance Testing: This evaluates how well the app performs under various conditions, such as different network speeds and device specifications. This testing ensures optimal speed, responsiveness, and resource usage.

Compatibility Testing: This ensures the mobile app functions correctly across different devices, operating systems (iOS, Android), and versions. It addresses challenges related to device fragmentation.

Security Testing: This identifies and addresses potential vulnerabilities in the app that could compromise user data or the overall security of the mobile application.

Installation and Update Testing: This verifies that the app can be installed and updated seamlessly, without causing any disruptions to the user's device.

Network Testing: This examines how the app performs under various network conditions, including 3G, 4G, and Wi-Fi. This is crucial for apps that rely on real-time data or communication.

Device-Specific Testing: This accounts for the diverse range of mobile devices with different screen sizes, resolutions, and hardware specifications. This ensures a consistent user experience across devices.

Localisation Testing: This checks the app's functionality when presented in different languages and regions, ensuring cultural and language-specific considerations are addressed.

Types of Mobile Apps
When discussing mobile testing, it's also essential to understand the different types of mobile apps that exist. Mobile apps can be broadly categorised into three main types: Native Apps, Web Apps, and Hybrid Apps. Each type has its unique characteristics, and testing approaches may vary accordingly.

1. Native Apps
Native apps are crafted for a particular platform or operating system, like iOS or Android, utilising platform-specific programming languages (Swift or Objective-C for iOS, Java or Kotlin for Android).

These apps are characterised by optimised performance and responsiveness, providing access to native device features such as the camera or GPS. They seamlessly integrate with the platform's look and feel, offering users a familiar and cohesive experience.

When testing native apps, special attention is given to platform-specific considerations for iOS and Android. This includes a focus on UI/UX elements tailored to each platform, ensuring a consistent and optimised user experience. Performance testing is also crucial to guarantee the app's optimal functionality on various devices.

2. Web Apps
Web apps are conveniently accessed through a mobile device's web browser, eliminating the need for installation from an app store. Essentially, they are websites optimised for seamless viewing on mobile devices.

These apps exhibit characteristics such as cross-platform compatibility, allowing access on any device with a browser. Their nature eliminates the necessity for installation, and updates are applied instantly. However, they are dependent on internet connectivity for full functionality.

Testing considerations for web apps involve rigorous cross-browser testing to ensure compatibility across different browsers. Additionally, responsiveness testing is crucial to guarantee optimal performance across various screen sizes. Performance testing becomes especially significant, addressing challenges that may arise in low network conditions.

3. Hybrid Apps
Hybrid apps combine elements of both native and web apps. They are developed using web technologies (HTML, CSS, JavaScript) and wrapped in a native container for distribution.

These apps boast a single codebase capable of serving multiple platforms, making development more efficient. While they offer some access to native device features, their deployment is notably easier and faster compared to native apps.

Testing considerations for hybrid apps revolve around ensuring compatibility across various platforms. Special attention is given to testing the integration between web and native components. Specific challenges tied to hybrid apps, like plugin compatibility, are also addressed during testing phases.

How to Perform Mobile Testing with Scandium
Mobile testing plays a crucial role in ensuring the delivery of high-quality mobile app products. With just a few steps, you can conduct mobile testing using the Scandium App.

Click here to watch the video tutorial.

Step 1: Visit www.getscandium.com, login, and navigate to your dashboard.

Step 2: Locate and Click on “Add New Project”.

Step 3: Select “Mobile” as Project Type.

Step 4: Click on "Apps" within the dashboard.

Step 5: Upload the desired mobile app for testing. (Note: Scandium supports both iOS and Android apps)

Step 6: For iOS apps, upload files with extensions: .zip, .tar, or .gz. For Android apps, use .apk extension files.

Step 7: Select the app and click 'save' to initiate the upload.

Step 8: Upon a successful upload, a new interface featuring information about your application will appear. Scroll and click on "Create Test."

Step 9: Wait for a page displaying a mobile simulator of the uploaded application to load. This is where your mobile testing will take place.

Step 10: On this page, find dropdown menus labelled 'devices,' 'operating system,' and 'orientation' to set your preferences.

Step 11: Scroll down and click the 'record' button to commence testing.

Step 12: Interact with the app emulator as Scandium records your actions.

Step 13: Once finished, click "End Session." Scandium will display all recorded steps.

Step 14: Save your test and provide it with a name.

Step 15: Validate all actions by replaying the test, accessible by clicking the 'Replay' button.

A data-driven test in software testing refers to a testing approach where test scripts are designed to run with a variety of input data sets. Instead of having fixed, hard-coded values in the test scripts, the input values and expected outcomes are stored in external data sources, such as spreadsheets or databases. The test script is then executed iteratively, each time using a different set of input data from the external source.

Data-driven testing is commonly used in regression testing, where a set of test cases needs to be executed with different data to ensure the continued functionality of the software as it evolves over time. Data-driven testing is also referred to as parameterized testing.

Key Characteristics of Data-Driven Testing

Parameterization: Test scripts are written to accept parameters, and these parameters are filled with data from external sources during test execution.

Variety of Test Data: The same test script is executed multiple times with different sets of input data to ensure that the application behaves correctly under various conditions.

Efficiency: Data-driven testing helps to improve testing efficiency by eliminating the need to create separate test scripts for each set of test data. Instead, a single script can be reused with different data sets.

Scalability: It is particularly useful for scenarios where there are a large number of test cases with similar logic but different input data.

Maintenance: Changes to test scenarios or data can be handled more efficiently as modifications can be made in the external data source without altering the test script.

Steps to Follow to Conduct Data-Driven Testing with Scandium

Watch the Tutorial Video here: How to Conduct Data-Driven Tests with Scandium

Step 1: Visit https://getscandium.com. Create an account or log in if you already have one.

Step 2: Once on your dashboard, create a new folder and give it a name.

Step 3: Click on “New Test” to create a test, and provide a name for your test.

Step 4: Input the URL of the website you want to test and click on “record.”

Step 5: To test the login flow. When on the login page of the website, enter the necessary credentials like the username and password. Then, click on the “login” button.

Step 6: Once you have successfully logged in and reached the website's homepage, validate the homepage by clicking on the green "check" button to make an assertion.

Step 7: Click on “Click here, then click on the element on the page,” and select any element on the homepage to validate it.

Step 8: Under Command, choose the option “Element should be visible” and click on “Save assertion.”

Step 9: Stop recording and click on the Save button.

Step 10: Next, create a “csv” file, possibly using Google Sheets.

Step 11: Label two separate columns on the sheet as “Username” and “Password.” Input the available variables for each category in their respective columns.

Step 12: When inputting variables, intentionally leave one or two data entries as incorrect, like a wrong password.

Step 13: Name your spreadsheet and save or download it as a “.csv” file.

Step 14: Return to your Scandium dashboard. Locate and click on the “Settings” icon.

Step 15: Click on the data source, then on the “upload file” button. Upload the saved spreadsheet and click on save.

Step 16: Once saved, go back to your test.

Step 17: Identify the fields you want to parameterize. Click on the “+” icon to expand options.

Step 18: Under the “Type Username field,” after expanding options, click on the settings icon. In the settings tab, clear the entry in the “Text to Assign” dialogue box, then click on “Insert variable” and choose “external file” for the username field.

Step 19: Repeat the process for the password. Click on the “save” button.

Step 20: Click on “run,” and Scandium will execute your test for all variables in the uploaded spreadsheet.

Step 21: Check the results of your test in “Suite Runs.”

With these steps, you're all set. Head over to Scandium now and begin automating your tests for speedy delivery.

Note: This article was originally published on Scandium's blog.

Test automation has become an integral part of the software development and testing process. It allows organisations to deliver high-quality software faster and more efficiently. However, the effectiveness of test automation largely depends on the practices and strategies implemented. In this article, we will explore the best test automation practices that can help your team achieve optimal results.

What is Test Automation?
Before we get into the details of the best test automation practices you can adopt for seamless software testing, we should talk about test automation and its benefits. Test automation is a software testing technique that uses automated tools and scripts to perform test cases and verify the behaviour of an application or system. It involves the use of specialized software to control the execution of tests, compare actual outcomes with expected results, and report the results of tests. Test automation aims to enhance the efficiency, effectiveness, and coverage of software testing processes while reducing manual effort and the potential for human error.

Benefits of Test Automation in Software Testing
Test automation offers several advantages, including:

-Faster test execution and quicker feedback to development teams.
-Reusability of test scripts for various test scenarios.
-Consistency in test execution, reducing human error.
-Improved test coverage, enabling the testing of more scenarios.
-Support for continuous integration and frequent testing.
-Enhanced support for regression testing as the application evolves.
-The ability to perform tests that are challenging or impossible to conduct manually (e.g., load and stress testing).

However, successful test automation requires careful planning, maintenance, and the selection of appropriate tools and frameworks. It is not a one-size-fits-all solution and should be used in combination with manual testing to achieve comprehensive software testing.

Best Test Automation Practices for Seamless Software Testing
1. Early Involvement in the Development Process
You should start automation early in the development cycle to identify and address issues at the onset. Collaborate with developers to ensure testability features are included during development.

2. Selecting the Right Test Cases
Prioritise test cases based on criticality and frequency of execution. Begin with high-impact, stable test cases before expanding the scope.

3. Continuous Integration and Continuous Testing
Implement continuous integration to automatically trigger test suites with each code commit. Regularly execute automated tests to identify regressions early.

4. Maintainable Test Scripts
Write clean and maintainable test scripts to ensure easy updates and modifications. Use coding standards and version control to manage your scripts effectively.

5. Data-Driven Testing
Implement data-driven testing to cover multiple scenarios with minimal test scripts. Separate test data from test logic for better scalability.

6. Parallel Execution
Utilize parallel test execution for faster feedback and reduced testing time. Leverage cloud-based testing platforms for scalability.

7. Continuous Monitoring and Reporting
Set up continuous monitoring to identify performance degradation and failures. Generate comprehensive test reports for quick issue identification and resolution.

8. Test Environment Management
Maintain stable and consistent test environments to minimize false positives. Automate environment setup and teardown processes.

9. Test Maintenance and Regression Testing
Regularly update test scripts to accommodate changes in the application. Prioritise regression testing to ensure new features don’t introduce issues.

10. Training and Skill Development
Invest in training and skill development for your test automation team. Stay updated with the latest automation tools and best practices.

11. Security Testing Automation
Incorporate security testing into your automated test suite to identify vulnerabilities. Implement tools for security scanning, penetration testing, and code analysis.

12. User Interface and Non-UI Testing
Automate both UI and non-UI tests, including API testing, database testing, and performance testing. Balance the automation efforts to achieve comprehensive coverage.

13. Feedback Loop and Collaboration
Establish a feedback loop with developers for quicker issue resolution. Foster collaboration between testers, developers, and other stakeholders.

14. Test Case Management
Utilise test case management tools for better organization and traceability. Integrate these tools with your automation framework for seamless test case execution.

15. Scalability and Extensibility
Design your automation framework to be scalable and easily extensible. Plan for future growth and changes in your application.

Benefits of Scandium No-Code Test Automation Tool in Software Testing
Implementing the Scandium no-code test automation tool can significantly enhance test automation best practices. Scandium simplifies and streamlines the test automation process, making it more efficient, accessible, and effective. Here’s how Scandium can be leveraged for best practice in test automation:

Ease of Use: Scandium’s no-code approach allows testers, developers, and domain experts to create automated test cases without extensive coding knowledge. This democratizes test automation and encourages collaboration across teams.

Rapid Test Case Development: Scandium provides a visual interface for designing test cases. Testers can record test scenarios, define actions, and set up validations without writing code. This accelerates test script development.

Codeless Test Maintenance: Traditional test automation often involves writing and maintaining complex scripts. Scandium simplifies this by abstracting technical details. When the application under test changes, users can quickly update test cases through the visual interface, reducing maintenance effort.

Reusability: Scandium promotes the reuse of test components. Users can create libraries of test actions and validations that can be employed across multiple test cases, ensuring consistency and efficiency.

Continuous Integration and DevOps Integration: Scandium integrates seamlessly with continuous integration/continuous delivery (CI/CD) pipelines. Test cases can be triggered automatically as part of the build process, ensuring that new code changes are thoroughly tested.

Cross-Browser and Cross-Platform Testing: Scandium supports testing on various web browsers and platforms. Testers can create test cases that ensure the application functions correctly across different environments.

Parallel Testing: Scandium supports parallel test execution on multiple browsers or devices simultaneously. This reduces testing time and accelerates feedback to development teams.

Reporting and Analytics: Scandium provides detailed test execution reports and analytics. Users can track test results, identify failures, and make data-driven decisions to improve the quality of the software.

Scalability: As test automation requirements grow, Scandium can scale to accommodate more test cases, users, and environments, making it suitable for both small teams and large enterprises.

Training and Support: Scandium offers training and support to help teams get the most out of the tool. Training sessions can help users maximise the benefits of no-code test automation.

Conclusion
Implementing best test automation practices is essential for achieving efficient, reliable, and scalable testing processes. By following these practices, your organisation can optimise the benefits of test automation, enhance product quality, and accelerate the delivery of software to your users.

You can take your test automation game to the next level by introducing the Scandium no-code test automation tool. With Scandium, Organisations can adhere to best practices, such as improved test coverage, faster feedback to development teams, reduced testing costs, and increased test efficiency. The no-code approach makes test automation accessible to a broader range of team members, leading to more effective collaboration and better software quality.

This article was published originally on Scandium’s Blog.

Quality assurance is a critical aspect of software development. In today's fast-paced world, automation is becoming increasingly vital in ensuring that software applications meet the desired quality standards. Choosing the right test automation tool for beginners in quality assurance can be challenging. In this article, we will introduce you to the top five beginner-touchable test automation tools, with a special focus on Scandium, an emerging no-code test automation tool in the field.

Top 5 Best Test Automation Tools for Software Quality Assurance Engineers

1. Selenium
Selenium is one of the most popular open-source test automation frameworks. It provides a wide range of tools and libraries for automating web applications. With support for multiple programming languages like Java, Python, and C#, Selenium is an excellent choice for beginners due to its extensive community support and numerous online resources.

2. Scandium
Scandium is an emerging no-code test automation tool that caters to beginners and experienced QA professionals alike. Its intuitive record-and-playback feature sets Scandium apart, allowing users to create automated tests without writing code. This makes it an ideal choice for those new to test automation who want to accelerate their testing efforts.

3. Appium
For those interested in mobile app testing, Appium is a fantastic choice. It's an open-source tool for automating native, hybrid, and mobile web applications on Android and iOS platforms. Appium's cross-platform capabilities and support for multiple programming languages make it accessible for beginners looking to test mobile apps.

4. TestComplete
TestComplete is a user-friendly test automation tool that supports both web and desktop applications. It offers a record-and-playback feature, making it easy for beginners to create test scripts without extensive coding knowledge. TestComplete also provides a wide range of built-in test objects, making test creation more intuitive.

5. Katalon Studio
Katalon Studio is a comprehensive automation tool designed for both beginners and experienced testers. It offers a simple, user-friendly interface enabling testers to create automated tests quickly. With built-in test frameworks and a scripting option for advanced users, Katalon Studio accommodates testers with varying skill levels.

Key Features and Concepts of Scandium

No-Code Automation: Scandium simplifies test design and execution, allowing users, including beginners, to create tests without any coding expertise.

Efficient Test Case Management: The platform offers a centralised repository for test cases, enhancing organisation and simplifying test management. Users can create multiple projects for various purposes, such as production, staging, testing, or team-specific needs. Each user starts with a default project that can be customised with new ones.

Detailed Reporting and Analytics: Scandium provides robust reporting and analytics tools, empowering users with valuable insights into test results and trends for data-driven decision-making.

Test Case Creation: Scandium allows users to create as many test cases as needed within a project. Test cases represent recorded user journeys, defining a sequence of steps to test specific application features or functionalities. These may also be referred to as test scenarios.

Organisational Folders: Folders within Scandium serve as a means to group related test cases, ensuring easy identification and organisation. Much like folders on a computer, users can create multiple folders to structure their test cases effectively.

Test Steps and Events: Test cases are composed of multiple test steps or events, with each action in the application recorded as a step. Examples of test steps include "click," "type," "mouse scroll," and more, allowing for precise and detailed testing.

Test Execution and Validation: Creating a test case is only part of the process; the ultimate goal is to validate its success or failure. Scandium facilitates this through test runs, which display the results of executing an existing test case. Users can choose to run test cases using the Scandium Browser Extension (locally on their computers) or remotely on the Scandium Cloud Runner.

These features and concepts within Scandium empower users to efficiently organise, create, and execute test cases for their applications, streamlining the quality assurance process and ensuring thorough testing and validation.

Conclusion
As a beginner in quality assurance, choosing the right test automation tool is essential for success. Selenium, Appium, TestComplete, Katalon Studio, and Scandium are all excellent choices, each with its own unique features and capabilities. Scandium, in particular, stands out as a user-friendly no-code automation tool, making it a top pick for beginners looking to streamline their testing efforts. Whether you choose Scandium or one of the other tools on this list, you'll be well on your way to mastering the art of test automation and ensuring the quality of software applications.

The blog was originally published on Scandium's Blog.

In today's tech-driven world, software products have become integral to nearly every industry, from healthcare to finance and beyond. Alongside this widespread use of software comes a growing need for regulatory compliance to ensure that these products meet industry-specific standards, guidelines, and legal requirements. Achieving regulatory compliance is not only a legal obligation but also essential for maintaining trust with customers and stakeholders. In this article, we'll explore the pivotal role of test automation in achieving regulatory compliance for software products.

The Complex Landscape of Regulatory Compliance

Before delving into the role of test automation, let's briefly understand the complexity of regulatory compliance in the software industry. Software products often need to adhere to a multitude of regulatory frameworks and standards, including but not limited to:

1. HIPAA (Health Insurance Portability and Accountability Act): For healthcare software, ensuring data security and privacy is paramount.

2. PCI DSS (Payment Card Industry Data Security Standard): Finance and e-commerce software must protect sensitive payment card data.

3. GDPR (General Data Protection Regulation): Software handling personal data of European Union residents must comply with strict privacy regulations.

4. NDPR (Nigerian Data Protection Regulation): Regulates software products that handle personal data in Nigeria.

5. ISO 27001: For information security management systems, ensuring robust security controls.

6. FDA 21 CFR Part 11: Software used in the pharmaceutical and medical device industries must adhere to FDA regulations.

7. Accessibility Standards: Ensuring that software is accessible to individuals with disabilities, as per WCAG guidelines.

Navigating this regulatory maze can be daunting for software development and quality assurance teams. Manual testing alone may not suffice to meet these compliance requirements effectively and efficiently. This is where test automation steps in as a crucial ally.

The Key Role of Test Automation in Regulatory Compliance

1. Consistency and Reproducibility

Test automation ensures that tests are executed consistently and reproducibly, reducing the risk of human error. In regulatory compliance, consistency is vital as it helps demonstrate that the software consistently meets the specified criteria over time.

2. Continuous Monitoring

Automation enables continuous monitoring of software products. It can run tests at regular intervals or in response to code changes, providing real-time insights into compliance status.

3. Comprehensive Test Coverage

Automated tests can cover a wide range of scenarios and conditions, including edge cases, which are critical for regulatory compliance. This comprehensive coverage helps identify potential issues early in the development cycle.

4. Documentation and Reporting

Automation tools often provide detailed logs and reports, which are invaluable for compliance audits. These reports offer a clear trail of test execution, results, and any deviations from expected behaviour.

5. Regression Testing

Compliance requirements may change over time. Automated regression tests ensure that new code changes do not inadvertently break compliance with existing regulations.

Implementing Test Automation for Regulatory Compliance

To harness the power of test automation for regulatory compliance, consider the following steps:

1. Identify Applicable Regulations: Understand which regulations and standards are relevant to your software product. This forms the basis for creating compliance test cases.

2. Develop Compliance Test Cases: Create test cases that specifically address compliance requirements. These should cover data security, privacy, accessibility, and any other relevant aspects.

3. Select the Right Automation Tools: Choose automation tools and frameworks that align with your software's technology stack and compliance needs.

4. Continuous Integration: Integrate test automation into your CI/CD pipeline to ensure compliance tests are executed with every code change.

5. Regular Review and Updates: Regulations evolve, so it's crucial to regularly review and update your compliance test suite to reflect changes in requirements.

6. Documentation: Maintain detailed records of compliance tests, results, and any actions taken to address non-compliance.

Achieving regulatory compliance for software products is not optional; it's a fundamental responsibility. Test automation emerges as a vital strategy in this endeavour, providing consistency, coverage, and documentation essential for compliance audits. By embracing test automation, software development teams can navigate the complex landscape of regulations with confidence, ensuring that their products meet industry-specific standards and legal requirements while maintaining the trust of their users and stakeholders.

The Role of Scandium Test Automation in Achieving Regulatory Compliance

In today's dynamic business environment, achieving regulatory compliance is not just necessary but a strategic imperative. Organisations across various industries must navigate a complex web of rules and standards to ensure they meet global compliance requirements. While the journey to compliance can be challenging, the right tools can make all the difference. That's where Scandium, a powerful no-code test automation tool, comes into play.

Why Scandium?

Scandium is not just your average test automation tool; it's a game-changer for software testers, SDETs, product owners, developers, and all stakeholders involved in delivering products that meet global standards. Here's how Scandium can supercharge your compliance efforts:

1. Unmatched Efficiency

Achieving and maintaining compliance demands rigorous processes, systems, and data testing. Scandium's no-code approach simplifies test case authoring and maintenance, saving time and effort. With Scandium, you can easily design and execute compliance tests, ensuring consistent and accurate results every time.

2. Precision and Accuracy

The key to compliance is precision and accuracy in testing. Scandium's automated tests are designed to execute flawlessly, eliminating human errors and oversights that can jeopardise compliance efforts. With Scandium, you can trust that your compliance tests are carried out to perfection.

3. Real-Time Monitoring

Compliance is not a one-time task; it's an ongoing commitment. Scandium provides real-time monitoring capabilities, allowing you to assess and validate compliance continuously. Stay ahead of regulatory changes and address issues promptly with Scandium's robust monitoring features.

4. Comprehensive Reporting

Auditing and reporting are critical aspects of compliance. Scandium generates comprehensive reports and detailed documentation of test results, simplifying the auditing process. Our tool ensures you have the necessary evidence to demonstrate compliance at any moment.

5. Flexibility and Adaptability

Regulations evolve, and so should your compliance efforts. Scandium offers the flexibility to adapt and update your automated tests quickly. Stay compliant with changing regulations without disrupting your workflow.

6. Data Security Assurance

Data protection regulations demand rigorous security measures. Scandium helps you validate data integrity and security protocols, ensuring compliance with standards like GDPR and HIPAA.

How to Leverage Scandium for Compliance Success

Embracing Scandium for regulatory compliance is a strategic move that can significantly benefit your organisation. Here's how to get started:

1. Assessment: Begin by identifying the specific compliance requirements relevant to your industry and organisation.

2. Automation Strategy: Develop a clear automation strategy that aligns with your compliance goals.

3. Tool Selection: Choose Scandium as your test automation tool, tailored to your industry and compliance needs.

4. Test Design: Design automated compliance tests that cover critical checkpoints specific to your regulatory environment.

5. Continuous Monitoring: Implement Scandium's real-time monitoring features to ensure ongoing compliance.

6. Audit Trails: Leverage Scandium's comprehensive reporting to create detailed audit trails and reports for compliance audits.

7. Training: Equip your teams with the necessary training to use Scandium effectively for compliance efforts.

8. Integration: Seamlessly integrate Scandium into your existing compliance workflows, enhancing efficiency and accuracy.

Discover Scandium's Impact on Regulatory Compliance

Scandium, the no-code test automation tool designed for software testers, SDETs, product owners, developers, and all stakeholders, is your trusted partner in achieving and maintaining regulatory compliance. With its efficiency, precision, real-time monitoring, and comprehensive reporting, Scandium empowers organisations to navigate the complex regulatory landscape confidently. Ensure that your products and processes meet global standards while saving time and resources with Scandium.
Ready to experience Scandium's impact on compliance? Sign up today and embark on a compliance journey like never before.

This article was posted originally on Scandium's Blog.

In today's fast-paced software development landscape, ensuring the quality of your applications is paramount. One of the key strategies to achieve this is by implementing test automation frameworks. Scandium, a robust no-code test automation tool, is designed to make it easy for software testers, SDETs, product owners, developers, and all stakeholders involved in delivering great products to meet global standards. This article will explore the best practices and considerations for implementing test automation using Scandium.

What is Scandium?: Unleashing the Power of Scandium
Before diving into best practices, let's take a moment to understand what Scandium is and why it's a game-changer:
Scandium is a user-friendly, no-code test automation tool that empowers teams to author and maintain automated test cases effortlessly. It is tailored for software testers, SDETs, product owners, developers, and all those involved in delivering high-quality products.

Best Practices for Implementing Test Automation in the Quality Assurance Process
Before you implement automation in your quality assurance testing process, you have to consider some practices to get the best of your desired result. Below are some best practices for implementing test automation in the QA process.

1. Define Clear Objectives and Scope
Before you start using an automation tool like Scandium, it's essential to define clear objectives and scope for your test automation efforts. What are you trying to achieve with automation? What parts of your application will benefit the most from automated testing? Having a well-defined strategy ensures that your efforts are focused and aligned with your goals.

2. Select the Right Test Cases
Not all test cases are suitable for automation. Focus on automating repetitive, critical, and stable test cases that provide the most value. Scandium allows you to identify and prioritise these test cases easily.

3. Choose an Appropriate Test Environment
Ensure that you have a reliable and consistent test environment for running your automation scripts. Develop a strategy for managing test data and handling dependencies like third-party services and APIs.

4. Design a Modular and Maintainable Framework
Scandium encourages modularity and maintainability. Use its no-code interface to create reusable and organised test scripts effortlessly. This approach simplifies the addition of new test cases and the maintenance of existing ones.

5. Implement Version Control
Utilise version control systems like Git to track changes to your automation workflows. This allows multiple team members to collaborate on automation projects, ensuring code consistency and facilitating rollbacks when necessary.

6. Continuous Integration and Continuous Deployment (CI/CD) Integration
Integrate your Scandium automation suite into your CI/CD pipeline. This ensures that automated tests are run automatically after each code change, providing rapid feedback to developers and maintaining a high level of quality.

7. Parameterise Test Data
With Scandium's no-code capabilities, avoid the need to hardcode test data. Instead, parameterise the data within the tool, making it easy to modify and reuse for different test scenarios. This enhances script flexibility and reduces maintenance efforts.

8. Error Handling and Reporting
Scandium simplifies error handling and reporting. Leverage its built-in features to capture and report failures effectively, ensuring that issues are promptly addressed.

9. Regular Maintenance and Review
Remember that test automation is not a one-time effort. Regularly review and update your automated test cases within Scandium to keep pace with application changes. Remove obsolete tests and enhance existing ones as needed.

10. Training and Skill Development
Invest in training and skill development for your team. Scandium's no-code approach makes it accessible to a wide range of team members. Ensure they are well-versed in Scandium and keep up with industry best practices.

Considerations for Successful Scandium Test Automation Implementation in Quality Assurance
In addition to best practices, consider the following factors for a successful Scandium implementation:

1. Resource Allocation
Allocate the right resources, including individuals with diverse skill sets, to maximise the benefits of Scandium.

2. Cost-Benefit Analysis
Conduct a cost-benefit analysis to assess your test automation efforts' return on investment (ROI). This analysis will help justify expenses and measure the value gained from automation.

3. Scalability
Scandium is designed to scale with your needs. Ensure that your automation framework can adapt to the growth of your application and testing requirements without significant overhauls.

4. Collaboration and Communication
Promote open communication and collaboration between different teams involved in the development process. Align everyone's goals and expectations to ensure a unified approach to quality assurance.

Conclusion
Implementing test automation with Scandium, a user-friendly no-code test automation tool, can significantly enhance the quality of your software while improving the efficiency of your development and testing processes. By following best practices and considering important factors, you can harness the full potential of Scandium to create a robust and maintainable test automation framework that empowers your entire team to deliver exceptional products. Remember that test automation is an ongoing effort, and Scandium simplifies the process, making it accessible to a wide range of team members involved in the software development lifecycle.

This article was originally posted on Scandium's blog.

In the ever-evolving landscape of software development, ensuring the quality of your product is paramount. A crucial aspect of this quality assurance process is regression testing. Traditionally, regression testing has been manual and time-consuming, often fraught with errors due to its repetitive nature. However, with the advent of test automation tools like Scandium, regression testing has become more efficient and more effective. In this article, we'll explore the benefits of test automation for regression testing and how Scandium can be a game-changer in your software development process.

What is Regression Testing?
Regression testing is the process of testing the modified parts of a software program and the parts that might get affected due to some modifications to ensure that no new errors have been introduced in the software after the changes have been made. It is an essential activity in software development as you have to ensure the software still performs its essential functions even when an update is made.

How does Scandium enhance the regression testing process?
The introduction of automation tools in the regression testing process helps to speed up the process and deliver top-quality results. However, we have highlighted some of the benefits you stand to enjoy using the Scandium no-code tool to automate your regression testing process below.

1. Time Efficiency
Regression testing involves re-running previously executed test cases to ensure that new code changes haven't introduced new defects or broken existing functionality. Doing this manually can be extremely time-consuming, especially as your software grows. Test automation with tools like Scandium allows you to execute a large number of test cases in a fraction of the time it would take a human tester; this means faster feedback and quicker releases.

2. Accuracy
Humans are prone to errors, especially when performing repetitive tasks. Manual regression testing can lead to missed defects or inconsistencies in test execution. As an automated testing tool, Scandium follows predefined test scripts meticulously, ensuring that every test case is executed precisely. This significantly reduces the chances of overlooking defects or making testing mistakes.

3. Reusability
Test automation allows you to create and reuse test scripts for different software versions. Once you've automated a test case, you can use it across multiple regression testing cycles, saving valuable time and effort. This reusability also ensures that the same tests are consistently applied, reducing the risk of missing critical issues.

4. Parallel Testing
Scandium enables parallel testing, which means you can run multiple test cases simultaneously on different environments or configurations. This not only accelerates the testing process but also helps uncover compatibility issues across various platforms, browsers, or device types.

5. Comprehensive Test Coverage
Regression testing is all about ensuring that changes to the codebase do not negatively impact existing functionality. With test automation, you can achieve comprehensive test coverage by running a vast number of test cases in each regression cycle. This ensures that even minor changes are thoroughly examined, reducing the risk of regression defects slipping into production.

6. Continuous Integration and Continuous Delivery (CI/CD) Integration
Scandium can seamlessly integrate into your CI/CD pipeline. This means that regression tests can be automatically triggered whenever there's a code change, ensuring that the software is always thoroughly tested before deployment. This integration fosters a culture of continuous testing and helps catch defects early in the development cycle.

7. Cost-Efficiency
While the initial setup of test automation may require an investment, the long-term cost savings are substantial. Automated tests can be run repeatedly without incurring additional costs, whereas manual testing demands ongoing resources. Moreover, automated tests can be easily modified and extended, reducing maintenance costs over time.

8. Improved Developer Productivity
By automating repetitive regression tests, Scandium frees up your QA team's time, allowing them to focus on more complex and exploratory testing. Developers also benefit from faster feedback, as they can quickly identify and fix issues, leading to shorter development cycles and more efficient workflows.

Conclusion
The benefits of test automation for regression testing, facilitated by tools like Scandium, are evident. It not only enhances efficiency, accuracy, and test coverage but also integrates seamlessly into modern development practices like CI/CD. By making regression testing a streamlined and repeatable process, Scandium empowers development teams to deliver high-quality software faster, ultimately improving the user experience and reducing costs. Embrace the power of automation and elevate your regression testing with Scandium.

This article was originally posted on Scandium's blog.

In the fast-paced world of software development, quality assurance (QA) plays a vital role in delivering products that meet user expectations and perform flawlessly. Traditionally, testers use the manual testing method to approach quality assurance, but as technology evolves, there are lots of tools at our disposal to carry out quality assurance.

In this article, we'll explore how Scandium, a no-code automation testing tool, transforms QA processes, taking them from manual to automated and significantly enhancing efficiency, accuracy, and overall product quality.

The Challenges of Manual Testing
Manual testing, while effective, has its limitations. It's time-consuming, labour-intensive, and prone to human errors. QA engineers spend valuable time executing repetitive test cases, leaving less room for creative and exploratory testing. As software complexity increases, manual testing requires more work time to keep up with the rapid-release demand without compromising quality.

Automated Software Testing to the Rescue
Automated software testing harnesses the power of automation to optimise the quality assurance process that creates deliverables and increases the efficiency of software products, eliminating the challenges of sole manual testing. Implementing quality assurance means identifying potential areas for improvement, enacting changes, and planning for ongoing assessments; automation helps achieve these faster and more effectively.

Automated software testing helps eliminate many activities involved in the QA process that can slow down the delivery of quality software products, such as the time to train staff to carry out some manual QA processes that can be automated.

Introducing Scandium: The No-Code Automation Testing Solution
Scandium offers a fresh perspective on QA processes. As a no-code automation testing tool, it empowers QA engineers to create, execute, and manage automated test scripts without requiring extensive coding skills. This paradigm shift enables QA teams to tackle challenges once hindered by manual testing.

Key Benefits of using Scandium for software testing

Enhanced Test Coverage: Scandium allows for comprehensive test coverage by automating repetitive tasks, ensuring that every aspect of the software is thoroughly tested, including edge cases that might be overlooked in manual testing.

Speed and Efficiency: Automation testing with Scandium drastically reduces testing time. What might take hours or days to test manually can now be executed swiftly, enabling faster iterations and releases.

Consistency and Reliability: Automated tests using Scandium consistently execute the same test scripts, minimising human error and providing reliable results with each run.

Resource Optimisation: QA engineers can focus on complex scenarios, exploratory testing, and analysis, as Scandium handles repetitive test cases. This allocation of resources leads to more strategic and value-driven testing efforts.

Early Issue Detection: Scandium's automated tests identify issues in the early stages of development, allowing for prompt bug fixes and reducing the likelihood of defects reaching production

Efficiency and Collaboration: Scandium improves the efficiency and collaboration of your team by providing a centralised platform for test management and reporting. You can collaborate with your team in real-time, track your progress, and get comprehensive reports on your testing efforts, all from a single platform.

How to get started with Scandium
Adopting Scandium into your QA processes is a straightforward process. The tool offers an intuitive visual interface that empowers QA engineers to create automated test scripts by recording test scenarios. Even those with minimal coding experience can quickly leverage Scandium's capabilities.

Conclusion
The transition from manual to automated testing is no longer a luxury; staying competitive in the software industry is necessary. Scandium's no-code automation testing tool is at the forefront of this transformation, enabling QA teams to enhance their processes, boost efficiency, and deliver high-quality products that meet the demands of today's fast-paced development landscape. As organisations strive to balance quality and speed, Scandium emerges as a game-changing solution that ensures software excellence without compromising time-to-market.

Elevate your QA processes with Scandium and embrace the future of software testing. Experience the shift from manual to automated testing and witness its remarkable impact on product quality, efficiency, and overall success.

This article was originally posted on Scandium's Blog.

Delivering a functional product that the end users will accept is the aim of every product developer. Software developers must test every product they have designed for functionality to ensure that their products meet every requirement to qualify for it to be successful.

Many product owners use manual testing to test for the functionality of their new products. They hire manual testers and wait for them to interact with the new product. However, this method can be capital and time-consuming. A better option will save a lot.

A better way through which software developers carry out software testing is by running tests using automated software testing tools. This method is more efficient, saves time, and is less costly when compared to running every aspect of software testing manually.

This article will highlight the top five automated software testing tools you can use as a software developer to do your functional, API, regression, and every other software testing your product requires to meet global standards.

What is software testing?
Software testing is the process of evaluating a software product or application to see if it does what it is designed to do. Software testing, also known as product testing, helps improve performance, preventing bugs and reducing the cost of developing your product, such as web applications.

There are different types of software testing, each with its own objectives. All will work together to ensure the product meets the developer’s expectations and the user’s acceptance. The types of software testing include;

Acceptance testing: This testing determines if the whole system works as intended.
Integration or API testing: This testing determines if the software components and functions of the system are all working.
Performance testing: This testing involves measuring the ability of the system to handle workloads.
Unit testing: Unit testing ensures that each software unit works. The testing coverage involves the most minor units of the system.
Regression testing: This testing determines if the system still works perfectly after a new feature is added to the software development.
Usability testing: This testing involves validating how well an end-user can use the system or product and its features to complete tasks it is designed to do.
Functional testing: This testing involves checking all system functions by emulating business scenarios based on operational requirements.
Stress testing: This testing involves measuring how much strain a system will go through before it fails.

What is an automated software testing tool?
By now, we should know the importance of testing in a product’s life cycle. How else do we perform quality assurance on products we are ready to roll out? However, some automated tools exist that make testing easy for software developers. We have code-based software testing tools, no-code software testing tools, and hybrid (code and no-code).

Test automation tools help teams and organisations automate their software testing needs, reducing the need for human intervention and thus achieving incredible speed, reliability, and efficiency.

There are a lot of these tools in existence. However, we curated a list of the top five software testing tools in 2023.

Top 5 automated software testing tools
In no particular order of ranking, here are the five best tools you can take advantage of for your automated software testing.

Scandium:
Scandium is a no-code software testing tool that doesn’t require the user to know any programming language before they can carry out tests on their software products. With Scandium, you can create and maintain automated test cases and keep records of test scenarios.

Scandium is easy to use. Whether you are a QA expert, Software Developer or Manual Tester seeking to make your testing process more efficient with automation, Scandium will work for you. Product owners, product managers, business analysts and other key stakeholders can easily use the tool for testing.

Selenium:
Selenium is arguably the most popular automation software tester among web developers and product testers. It has been in existence since 2004 and has evolved with time.

Selenium is compatible with many popular web browsers and allows users to write tests in several popular programming languages, including JavaScript, Java, Ruby, Python, PHP, and C#.

Appium:
Appium is an open-source automation tool (hosted publicly on GitHub) for running test scripts and testing native applications, mobile-web applications and hybrid applications on Android or iOS using a web driver. Appium allows testers to write tests in their favourite programming language and tools they are familiar with.

Katalon:
Katalon Studio is a test automation solution built on the framework of Selenium and Appium. Non-programmers can use the Katalon tool to generate test scripts, while programmers with Groove, Java, or Javascript knowledge can explore more advanced Katalon Studio features.

Cucumber:
Cucumber employs Behavior-Driven Development (BDD) technology to help testers get the most out of software testing. The technology implements essential acceptance test scenarios while development progresses for better results.

Conclusion
Delivering quality products to end-users should be the aim of every product owner, which is why every developer or product owner must do continuous testing on their software products. In recent times, testing can be done easily using automated testing tools like Scandium, Selenium, Appium, and Katalon, which makes test executions faster and more efficient compared to manual testing. Automation tools like Scandium allow users to perform no code testing on their products. That is, one does not necessarily have to be a programmer before they can run tests on their products.

This article was originally published on Scandium blog.

Ever experienced a fire accident once before? You might want to share your experience after a few minutes. I will love to share a story of the first industrial fire accident I experienced before we go into learning ways to prevent fire outbreaks in different industries.

The first industrial fire accident I experienced was in the year 2019. I worked as an intern with an aluminium milling company where aluminium scraps are being melted to produce aluminium billets and slabs, which serve as raw materials for aluminium products. On a Wednesday, we started sensing smoke coming from the open space in the industry. This open space served as a site where aluminium slags are being deposited to cool off before being transported to areas where they are needed, mostly used in filling portholes on bad roads. Every worker in the industry knows what to do next as they are trained to handle fire accidents or outbreaks. The factory workers unwrapped the fire hose, opened the valves and directed the hose towards the fire, pointing the hose to the fire. The fire was contained and prevented from spreading into the factory with this practice. The factory workers would have prevented this fire if they had placed the hot aluminium slag for it to cool before transporting it to the bushy site with dry leaves. Fire outbreaks are as good as inevitable, but certain practices have to be in place to prevent the possible harms that fire accidents may cause. This article will highlight things to do to prevent possible fire accidents. But before we treat ways to prevent fire outbreaks, we need to identify the possible causes of fire accidents in industries.

Causes of industrial fire accidents

So many factors can cause fire accidents, but more especially the human factor, many mistakes and negligence from the human aspect can be costly and may lead to accidents that threaten lives. Apart from life loss, fire disasters can also cost the loss of properties worth millions of dollars. Therefore, safety practices are fundamental to put in place to prevent fire outbreaks. Below are some factors that can cause fire accidents;

1. Improper management of combustible dust
2. Inappropriate handling of flammable liquids and gas.
3. Hot-working process.
4. Incidents from mechanical equipment and machinery.
5. Electrical hazards.

All these mentioned above are prominent causes of industrial fire outbreaks. But they are can be prevented with some practices. Click here to learn more about industrial fire outbreaks on Maxserve Global Consulting website.

You can check up the beautiful website where this is sourced from, UPreviews.net.

Full list on UPreviews.net starring the likes of Abayomi Alvin from Kasanova movie.

If you've seen any of those guys in any movie, you'd agree with the article.

Scanning through the Nollywood film industry from 2010, as a movie lover, you should agree with me when I say it is a no-brainer that it has improved over time. Talking of the quality of the blockbuster movies they make, the budget they spend into making their films, the production, the highly skilled actors and actresses surfacing, and so many points I didn’t highlight.

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Talking of top movies by Nigerians, I do not even need to dig very deep before getting you to be in my rhythm. Most have seen the magic in films like King of Boys, The Wedding Party, Isoken, Merry Men, Living in Bondage, October 1, Your Excellency, Nimbe, The Delivery Boy, Elevator Baby, and mehn… the list is a very long one. Now, to make such movies, you should consider all they had to put into it: the directors, the whole crew, and the casts.
With this article, I will be discussing ten young and promising actors and actresses I have observed over the years in the Nollywood movie industry that have been doing great and will be doing great in the industry.

1. Timini Egbuson



From Tobi in the Shuga drama series, Mohammed in Skinny Girl in Transit, and Dare Williams in the award-winning Elevator Baby movie. Award-winning actor, Timini Egbuson has shown to be ready for the acting business with his top performances in his past acting roles.

Timini Egbuson is a native of Bayelsa state who was born on June 10, 1987. He is a younger brother to top Nollywood actress Dakore Egbuson-Akande, and has been in the game since 2010, where he featured on M-net's soap opera Tinsel. Timini graduated with a degree in Psychology from the University of Lagos. He won the Best Actor in a Drama at the 2020 African Magic Viewers’ Choice Awards for his acting role in the Elevator Baby movie.

Timini Egbuson has been a favorite for most Nollywood movie fans, especially the ladies, who won't stop talking about his cuteness. I believe he has what it takes to take the Nollywood film industry to greater heights as he seems to be a very determined young actor. He once said in an interview with The Punch that his motivation was that he feared embarrassing his sister, Dakore.

2. Jemima Osunde

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If you thought I would leave out a Physiotherapist on this list, you had better think again. Jemima Osunde, who graduated with a degree in Physiotherapy from the University of Lagos, has been one of the new big guns in the Nollywood movie industry. She is well-known for her role as Leila in the MTV television series Shuga.

Jemima has made appearances in movies such as 'My Wife & I' in 2017, where she played the Ireti Akinyele character, The Delivery Boy in 2018, as Nkem, New Money (2018) as Toun, and as Adaeze in the 2018 Lionheart movie. Jemima was nominated as the Best Actress in a Leading Role at the 15th Africa Movie Academy Awards for her role in The Delivery Boy movie in 2018.

Jemima Osunde has dealt with every role given to her as a Nollywood movie actress and does seem to have what it takes to dominate the Nigerian movie industry.

3. Tomiwa Tegbe



Is the MTV Shuga television series like an academy for young actors? Because we just got to number three on my list and the TV series already produced three actors, wow.

So, who is Tomiwa Tegbe? Tomiwa is a young Nigerian actor from Ibadan, Oyo state. He is a graduate of the Federal University of Agriculture, Abeokuta (FUNAAB), where he finished with a BSc in the Department of Environmental Management and Toxicology. Tomiwa started acting in 2011 and has made notable appearances in popular films like MTV Shuga, Kasala, Kasanova, Psycho, Ehis Bitters, On the Real, amongst others.

A promising actor indeed, who is more intelligent than the characters he plays in his movies, looks to be determined for the campaign to rule the Nollywood film industry.

Nairaland has limited options for photos and I'd like you to have a picture of everyone on my list, so I will direct you guys to the article I published on UPreviews.net to complete my list of promising actors in the Nollywood movie industry.

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Lol, how do they even correlate?

The new release dates for these movies will be updated as soon as they are being announced.

Nollywood/Bollywood rather

Maybe the Bollywod/Nollywood will be worth it, who knows?

Message https:///2349090009872?text=Hello%20UPreviews%20Media%2C%20I'm%20interested%20in%20your%20WhatsApp%20Channel%2C%20my%20name%20is to get the link to download Bloodshot movie HD

Nollywood movies are more based on theatrical releases, I don't know if Living in Bondage has its digital version available.

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chefremy:
Nice, I must say we are improving in our movies...... Not suprised anyways.

Yeah, we've really improved, I was wowed especially when I saw the Ratnik trailer.