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7 Key Benefits of No-Code Apps Development

“No-Code” has emerged as an approach that seeks to popularize application development and emboldens individuals with little programming experience to create functional software solutions. 

Read More

PactFlow: Software Quality Assurance with Contract Test Management Tool

In the fast-paced world of software development, quality is an essential aspect to ensure customer satisfaction and business success. In this context, we present PactFlow, a powerful quality assurance tool. With PactFlow, you make sure your services and apps work seamlessly, delivering a superior end-user experience. In this article, we will explore the benefits and features of this amazing solution.

Read More

IoT Testing: Challenges and solutions

Traditional software testing methods are not applicable to IoT-connected devices. In order to achieve an IoT-connected device true potential, it is necessary to address a very innovative technological concept: IoT testing.

Read More

Test automation: the benefits of quality assurance in software

As digital businesses give more importance to quality in software and meeting release deadlines, test automation technologies applied to the final stages of testing and quality assurance (QA) gain relevance. The tenth edition (2018-2019) of the World Quality Report, published by Capgemini and Sogeti in collaboration with Micro Focus, reveals that automation is integral to agile and DevOps practices, serving as the most effective means to enhance user performance. The report, derived from interviews with approximately 1,700 IT executives across 32 countries (with 50 respondents in Italy), underscores the imperative of ensuring user satisfaction as the primary objective in testing and quality assurance. This goal ranked key for 42% of respondents this year, up from 27% in 2017, alongside the necessity of identifying errors before going live (42%, up from 34% in 2017). For 41% of respondents (compared to 29% in 2017), QA and testing capabilities contribute to business growth and company revenue. Quality control and test automation are revolutionizing the development lifecycle. Following years of deployment in specific, segregated environments, these practices have expanded and are reshaping the development lifecycle. According to the authors, the most significant trends today revolve around model-based testing (for automatic script generation and automated testing; expected availability next year for 61% of respondents), robotic process automation (RPA 54%), and cognitive automation (49%). Automated testing of APIs emerges as an upcoming trend for the next two years. The report indicates that 18% of functional tests are already conducted using scripting tools, while 16% utilize test automation tools. Automation is employed in 16% of performance tests and 16% in security tests. Moreover, 15% of respondents employ end-to-end test automation in all scenarios. Is test scenario automation a suitable solution? Test scenarios can be automated when critical features necessitate repetitive testing or are too complex to handle manually. For example, tests involving large volumes of data or intricate data entry procedures are adapted for automation. The advantages of test automation tools over manual testing Today, test automation is an essential strategy, particularly when analyzing complex products or applications with thousands or millions of lines of code, utilizing lengthy, repetitive, and tedious test routines. Through test automation tools, testers can not only expedite their work but also reduce or eliminate potential errors. Automated tests can be programmed to operate without supervision and facilitate comparison of results with expected outcomes. However, this does not imply a lack of control, as test automation tools can integrate reporting functions capable of recording the activity of each test script, monitoring progress and status at any given time. Test automation enables you to save time and resources by enhancing test accuracy and coverage while identifying code bugs and errors more effectively and efficiently. It also empowers Quality Assurance (QA) teams to increase the reusability and adoption of test automation scripts, ensuring consistent test configuration and procedures with each new code check. Additionally, test automation enables the automation of functional tests, performance tests, and stress tests on a broad scale. For instance, it can be applied to conduct checks in multilingual infrastructures and distributed sites across various geographical areas. Under the DevOps model, test automation assumes even greater importance The significance of test automation tools continues to rise in the context of the DevOps model, which, in contrast to traditional methodologies based on the classic ‘cascade’ paradigm, aims to enhance agility and automation in the software development and distribution cycle. Today, Agile and DevOps development methods are widely adopted in IT departments to accelerate software releases, reduce costs, and maintain code quality and reliability. Through CI/CD (continuous integration, continuous delivery/continuous deployment) practices, DevOps fosters a fully integrated and automated code creation, distribution, and implementation pipeline. Within this highly automated pipeline, however, the testing phase should not impede the overall process. Therefore, the DevOps model embraces continuous testing, wherein code is tested at each stage of the continuous deployment process through a recursive continuous feedback mechanism. For example, when code is modified, it undergoes immediate verification via a set of automated unit tests. If the test fails, the code is rejected; if successful, it proceeds to subsequent deployment stages, and so forth. Continuous testing is complemented by ‘shift-left testing’, a strategy that seeks to introduce software testing early in the development cycle. A pivotal component of continuous testing Continuous testing, as a testing methodology, cannot be achieved solely by implementing new technologies or testing tools; it necessitates a cultural shift in the mindset of testers and a transformation of development processes. However, continuous testing cannot be realized without suitable test automation tools. In the context of continuous testing, automated testing is employed to execute multiple operations automatically. This encompasses, for instance, verification of individual components and segments of program code (unit testing), functional testing, regression testing (focused on validating software functionality post-addition of new features and functions), and integration testing (assessing system behavior holistically and the accuracy of interactions among program modules, APIs, third-party software, and other components of the application architecture).

Read More

What is Codeless Testing?

Discover the advantages of codeless testing in software development. Streamline your testing phase with easy-to-use, no-code tools.

Read More

Non-Functional Testing: Understanding its Importance in Software Development

Non-functional testing aims to check non-functional aspects of an application, such as performance, usability, accessibility, scalability, etc. It is designed to identify the operational behavior of a system in accordance with specific functional behaviors. Therefore, our daily tests mainly focus on non-functional testing and non-functional requirements.

Read More

Process automation to improve performance

Our relationship with machines is growing stronger every day. Today, business leaders need more time to think and make decisions, as machines can perform the automatic work of enterprise processes. Using process automation to improve performance can make all the difference. Imagine how much time it would be wasted by doing data analysis or software testing manually. Now, imagine that these processes become automated so that you can predict errors in no time as you analyse improvements. Process automation to improve performance plays an important role that brings many benefits to businesses. Cost reduction, standardised, aligned operations, performance control, and greater operational agility are all positive outcomes from process automation. According to an analysis performed by Morgan Stanley, that considered 94 occupations, it is estimated that 45% of the U.S. workforce works in positions that could have at least a 70% chance of being automated. When is the right time for implementing automatisation? It’s always a good moment to begin process automation to improve performance. It allows identifying errors and the ability to correct them at an early stage. Nevertheless, there are some critical aspects that indicate the need for automatisation in your company: Communication failures: If there are many sectors in your company that need to communicate to perform tasks, responses can often be slow and even lost. Therefore, these communication failures show the need to automate processes to accelerate performance. Difficulty identifying problems: In case of a drop in productivity or if your business can no longer grow at the same rate, process automation allows you to identify exactly where the problem is and save time on other tasks. Non-standardised processes: When the tasks to be executed are very similar, the lack of standardisation can cause errors, and waste time. It’s vital to define rules to follow and automate all processes. What are the benefits of implementing process automation Processing and execution time reduction. The biggest difference in cost savings through automation is the reduction of hours employees spend on repetitive tasks. Remember that the time earned can be spent on further professional development. A recent Gartner study found that automation has the potential to save over 25,000 hours of avoidable rework in finance departments.   NOT spending time on repetitive tasks You might prefer to devote time to business development, proposals, or improve relationships with those customers who are interesting to your business. Whatever the activity you consider most significant, process automation will help you spend more time on what you consider important. Professional training of people Thanks to automation, now there is more time available to train your employees and get them engaged in more mental and less manual tasks, which really helps everybody grow. Reduction of possible “human errors” Many say that practice makes perfect, but it is normal to make mistakes when performing a task several times. Therefore, with automation, possible process failures can be predicted, and adjustments made. Therefore, system tasks can be performed much faster. By ensuring consistency, simplifying management, and providing unmatched speed for remediation, there will be loads of additional benefits. Different automation methods and languages There are several ways to build automation. It can be by existing programs in the market to save time or build a new and completely customised programming for the needs of your company. Shell Script A script is just a command language, so it’s a good choice for program integration and designating automated functions in the computer. Therefore, it is an interface for communication between the user and the operating system. Programs Programs such as RPA, Web Services (NiFi), Automation Anywhere, UiPath, Selenium, and Grafana are ready-to-use programs. They allow you to perform simpler tasks, such as storing and crossing data, and automating bots. Languages Languages such as Java and Pynton are usually better known and also more friendly to programmers. These are languages used in the creation and execution of programs that can help automate functions. Is automation a solution for your business? As you can see, process automation is essential for the constant improvement of your business. An organisation with optimised processes can deliver products and services to customers and stakeholders with greater added value. In addition to optimising the work time of employees in tasks that really make them and the company grow. If you are interested in applying process automation to your business, please contact us.

Read More

Integrated MES systems: the 4 main benefits

Manufacturing businesses face a constant battle to stay on top of costs, deliver efficiencies, and support sustainability initiatives. GetPro is Getronics’ Manufacturing Execution Systems (MES) that can optimise production and maximise outputs, transforming raw materials into finished productions in the most efficient way.

Read More

7 Key Benefits of No-Code Apps Development

“No-Code” has emerged as an approach that seeks to popularize application development and emboldens individuals with little programming experience to create functional software solutions. 

Read More

PactFlow: Software Quality Assurance with Contract Test Management Tool

In the fast-paced world of software development, quality is an essential aspect to ensure customer satisfaction and business success. In this context, we present PactFlow, a powerful quality assurance tool. With PactFlow, you make sure your services and apps work seamlessly, delivering a superior end-user experience. In this article, we will explore the benefits and features of this amazing solution.

Read More

IoT Testing: Challenges and solutions

Traditional software testing methods are not applicable to IoT-connected devices. In order to achieve an IoT-connected device true potential, it is necessary to address a very innovative technological concept: IoT testing.

Read More

Test automation: the benefits of quality assurance in software

As digital businesses give more importance to quality in software and meeting release deadlines, test automation technologies applied to the final stages of testing and quality assurance (QA) gain relevance. The tenth edition (2018-2019) of the World Quality Report, published by Capgemini and Sogeti in collaboration with Micro Focus, reveals that automation is integral to agile and DevOps practices, serving as the most effective means to enhance user performance. The report, derived from interviews with approximately 1,700 IT executives across 32 countries (with 50 respondents in Italy), underscores the imperative of ensuring user satisfaction as the primary objective in testing and quality assurance. This goal ranked key for 42% of respondents this year, up from 27% in 2017, alongside the necessity of identifying errors before going live (42%, up from 34% in 2017). For 41% of respondents (compared to 29% in 2017), QA and testing capabilities contribute to business growth and company revenue. Quality control and test automation are revolutionizing the development lifecycle. Following years of deployment in specific, segregated environments, these practices have expanded and are reshaping the development lifecycle. According to the authors, the most significant trends today revolve around model-based testing (for automatic script generation and automated testing; expected availability next year for 61% of respondents), robotic process automation (RPA 54%), and cognitive automation (49%). Automated testing of APIs emerges as an upcoming trend for the next two years. The report indicates that 18% of functional tests are already conducted using scripting tools, while 16% utilize test automation tools. Automation is employed in 16% of performance tests and 16% in security tests. Moreover, 15% of respondents employ end-to-end test automation in all scenarios. Is test scenario automation a suitable solution? Test scenarios can be automated when critical features necessitate repetitive testing or are too complex to handle manually. For example, tests involving large volumes of data or intricate data entry procedures are adapted for automation. The advantages of test automation tools over manual testing Today, test automation is an essential strategy, particularly when analyzing complex products or applications with thousands or millions of lines of code, utilizing lengthy, repetitive, and tedious test routines. Through test automation tools, testers can not only expedite their work but also reduce or eliminate potential errors. Automated tests can be programmed to operate without supervision and facilitate comparison of results with expected outcomes. However, this does not imply a lack of control, as test automation tools can integrate reporting functions capable of recording the activity of each test script, monitoring progress and status at any given time. Test automation enables you to save time and resources by enhancing test accuracy and coverage while identifying code bugs and errors more effectively and efficiently. It also empowers Quality Assurance (QA) teams to increase the reusability and adoption of test automation scripts, ensuring consistent test configuration and procedures with each new code check. Additionally, test automation enables the automation of functional tests, performance tests, and stress tests on a broad scale. For instance, it can be applied to conduct checks in multilingual infrastructures and distributed sites across various geographical areas. Under the DevOps model, test automation assumes even greater importance The significance of test automation tools continues to rise in the context of the DevOps model, which, in contrast to traditional methodologies based on the classic ‘cascade’ paradigm, aims to enhance agility and automation in the software development and distribution cycle. Today, Agile and DevOps development methods are widely adopted in IT departments to accelerate software releases, reduce costs, and maintain code quality and reliability. Through CI/CD (continuous integration, continuous delivery/continuous deployment) practices, DevOps fosters a fully integrated and automated code creation, distribution, and implementation pipeline. Within this highly automated pipeline, however, the testing phase should not impede the overall process. Therefore, the DevOps model embraces continuous testing, wherein code is tested at each stage of the continuous deployment process through a recursive continuous feedback mechanism. For example, when code is modified, it undergoes immediate verification via a set of automated unit tests. If the test fails, the code is rejected; if successful, it proceeds to subsequent deployment stages, and so forth. Continuous testing is complemented by ‘shift-left testing’, a strategy that seeks to introduce software testing early in the development cycle. A pivotal component of continuous testing Continuous testing, as a testing methodology, cannot be achieved solely by implementing new technologies or testing tools; it necessitates a cultural shift in the mindset of testers and a transformation of development processes. However, continuous testing cannot be realized without suitable test automation tools. In the context of continuous testing, automated testing is employed to execute multiple operations automatically. This encompasses, for instance, verification of individual components and segments of program code (unit testing), functional testing, regression testing (focused on validating software functionality post-addition of new features and functions), and integration testing (assessing system behavior holistically and the accuracy of interactions among program modules, APIs, third-party software, and other components of the application architecture).

Read More

What is Codeless Testing?

Discover the advantages of codeless testing in software development. Streamline your testing phase with easy-to-use, no-code tools.

Read More

Non-Functional Testing: Understanding its Importance in Software Development

Non-functional testing aims to check non-functional aspects of an application, such as performance, usability, accessibility, scalability, etc. It is designed to identify the operational behavior of a system in accordance with specific functional behaviors. Therefore, our daily tests mainly focus on non-functional testing and non-functional requirements.

Read More

Process automation to improve performance

Our relationship with machines is growing stronger every day. Today, business leaders need more time to think and make decisions, as machines can perform the automatic work of enterprise processes. Using process automation to improve performance can make all the difference. Imagine how much time it would be wasted by doing data analysis or software testing manually. Now, imagine that these processes become automated so that you can predict errors in no time as you analyse improvements. Process automation to improve performance plays an important role that brings many benefits to businesses. Cost reduction, standardised, aligned operations, performance control, and greater operational agility are all positive outcomes from process automation. According to an analysis performed by Morgan Stanley, that considered 94 occupations, it is estimated that 45% of the U.S. workforce works in positions that could have at least a 70% chance of being automated. When is the right time for implementing automatisation? It’s always a good moment to begin process automation to improve performance. It allows identifying errors and the ability to correct them at an early stage. Nevertheless, there are some critical aspects that indicate the need for automatisation in your company: Communication failures: If there are many sectors in your company that need to communicate to perform tasks, responses can often be slow and even lost. Therefore, these communication failures show the need to automate processes to accelerate performance. Difficulty identifying problems: In case of a drop in productivity or if your business can no longer grow at the same rate, process automation allows you to identify exactly where the problem is and save time on other tasks. Non-standardised processes: When the tasks to be executed are very similar, the lack of standardisation can cause errors, and waste time. It’s vital to define rules to follow and automate all processes. What are the benefits of implementing process automation Processing and execution time reduction. The biggest difference in cost savings through automation is the reduction of hours employees spend on repetitive tasks. Remember that the time earned can be spent on further professional development. A recent Gartner study found that automation has the potential to save over 25,000 hours of avoidable rework in finance departments.   NOT spending time on repetitive tasks You might prefer to devote time to business development, proposals, or improve relationships with those customers who are interesting to your business. Whatever the activity you consider most significant, process automation will help you spend more time on what you consider important. Professional training of people Thanks to automation, now there is more time available to train your employees and get them engaged in more mental and less manual tasks, which really helps everybody grow. Reduction of possible “human errors” Many say that practice makes perfect, but it is normal to make mistakes when performing a task several times. Therefore, with automation, possible process failures can be predicted, and adjustments made. Therefore, system tasks can be performed much faster. By ensuring consistency, simplifying management, and providing unmatched speed for remediation, there will be loads of additional benefits. Different automation methods and languages There are several ways to build automation. It can be by existing programs in the market to save time or build a new and completely customised programming for the needs of your company. Shell Script A script is just a command language, so it’s a good choice for program integration and designating automated functions in the computer. Therefore, it is an interface for communication between the user and the operating system. Programs Programs such as RPA, Web Services (NiFi), Automation Anywhere, UiPath, Selenium, and Grafana are ready-to-use programs. They allow you to perform simpler tasks, such as storing and crossing data, and automating bots. Languages Languages such as Java and Pynton are usually better known and also more friendly to programmers. These are languages used in the creation and execution of programs that can help automate functions. Is automation a solution for your business? As you can see, process automation is essential for the constant improvement of your business. An organisation with optimised processes can deliver products and services to customers and stakeholders with greater added value. In addition to optimising the work time of employees in tasks that really make them and the company grow. If you are interested in applying process automation to your business, please contact us.

Read More

Integrated MES systems: the 4 main benefits

Manufacturing businesses face a constant battle to stay on top of costs, deliver efficiencies, and support sustainability initiatives. GetPro is Getronics’ Manufacturing Execution Systems (MES) that can optimise production and maximise outputs, transforming raw materials into finished productions in the most efficient way.

Read More

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