Forem: Navya

Measuring the Return on Investment (ROI) of Digital Experience Testing: A Guide for Businesses

Navya — Wed, 22 Feb 2023 08:21:09 +0000

Digital experience testing is a crucial aspect of any digital marketing strategy. It assists organizations in optimizing their online presence, improving user experience, and driving more conversions and income.

Many businesses, however, require assistance in quantifying the ROI of their testing efforts, making it difficult to establish whether their testing program is providing value.

In this article, we’ll look at how to calculate the ROI of digital experience testing and why it’s critical for organizations to keep track of this metric.

Why Measure ROI on Digital Experience Testing?

Measuring the return on investment (ROI) on digital experience testing is critical since it reveals the financial benefits and costs connected with the testing process. This enables organizations to make informed decisions regarding their digital experience testing activities, such as allocating resources, making modifications to the testing process, and prioritizing initiatives. Organizations can demonstrate the impact of their testing efforts on their bottom line by quantifying ROI, allowing them to make data-driven decisions to improve the customer experience and promote business growth.

Make informed decisions: Measuring ROI on digital experience testing aids decision-making by providing a clear picture of the financial impact of testing activities. This includes the expenditures of implementing and running the tests, as well as the benefits realized from improving customers’ digital experiences. Organizations can determine the overall return on their investment in testing by comparing these costs and benefits and making data-driven decisions about where to allocate resources, what changes to make to the testing process, and which initiatives to prioritize by comparing these costs and benefits.
Furthermore, assessing ROI reveals which tests and modifications have the greatest influence on the customer experience and business outcomes. This data can be utilized to improve and enhance the testing process in order to increase the effect and ROI of future testing efforts. Organizations should ensure that their digital experience testing initiatives are providing real business value and benefiting the bottom line by making informed decisions based on ROI data.
Justify investments: Tracking the ROI of digital experience testing allows you to justify your time and money while also demonstrating the benefit of your testing program to stakeholders.
For example, if a company invests in digital experience testing and the ROI analysis reveals that these efforts resulted in enhanced customer satisfaction, higher conversion rates, and higher revenue, this provides a solid rationale for future testing expenditure. This form of data-driven evidence can be used to persuade stakeholders, including executives and investors, of the importance of continuing to invest in digital experience testing.
Improve performance: Measuring ROI on digital experience testing can help enhance performance by revealing which testing activities have the biggest influence on customer experience and business outcomes. This data can be utilized to improve and optimize the testing process, ensuring that future testing efforts are directed toward the initiatives with the most impact.
For example, if a firm monitors the ROI of its digital experience testing and discovers that specific tests result in large increases in conversion rates, the company can focus its testing efforts in that area to further optimize performance. This can lead to ongoing improvements in the client experience and a more efficient testing process in general.
Furthermore, assessing ROI can assist firms in prioritizing their testing efforts depending on the financial impact of various activities. This enables firms to direct resources to areas that will have the biggest impact on their bottom line, so increasing overall performance and driving corporate growth.
Organizations may continuously improve the effectiveness of their testing efforts and maximize the impact on the customer experience and business outcomes by analyzing ROI on digital experience testing on a regular basis.

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How to Calculate ROI for Testing Digital Experiences

Assessing ROI for digital experience testing for websites and mobile apps entails calculating the costs of running the tests as well as the benefits achieved from improving the consumer experience. The steps for calculating the ROI of digital experience testing are as follows:

Define your objectives: It is critical to have clear goals and objectives in mind before beginning any testing program. This will assist you in focusing your efforts and tracking your success. For example, you may wish to boost the conversion rate for a certain product page, raise general user satisfaction, or decrease bounce rates. Having specific goals will make measuring the performance of your testing program easier.
Gartner in their report quotes “A large section of reviewers from the Peer Insights community recommends that the D&A leaders should acquire an in-depth level of understanding of the objectives.
Determine the price: To correctly estimate the ROI of digital experience testing, you must first understand how much it costs. This includes the price of testing equipment, technology, and any other resources required to execute the tests. Include the time and effort spent on preparing and carrying out the tests, as well as interpreting the results.
Measure the benefits: Once you have a firm grasp on the costs, it is essential to assess the benefits. Analytics and stats come into play here. For example, if you want to enhance the conversion rate on a specific product page, you may track the number of conversions before and after the test to evaluate if your efforts were worthwhile. You can use surveys and feedback tools to measure how people feel about their experience on your site or app in order to increase user happiness.
Calculate the ROI: Here’s a simple formula to calculate ROI:
ROI = (Benefits — Costs) / Costs.
You may calculate the overall ROI for your digital experience testing efforts by evaluating the benefits and costs. If the ROI is positive, it suggests that the advantages of improving the customer experience outweigh the costs of running the tests; if it is negative, the opposite is true.
Continuous Monitoring: Finally, your testing procedure must be constantly monitored and adjusted. You can find areas for improvement and make adjustments that will maximize your ROI by keeping an eye on the metrics and results. This could imply changing your testing strategy, employing new technologies, or focusing on various aspects of your digital experience.

It’s crucial to remember that tracking and analysis must continue in order to determine the ROI of digital experience testing. Organizations may make wise judgments, prioritize projects, and increase the efficacy of their testing efforts by routinely assessing ROI.

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Key Metrics to Track

Measuring the ROI of digital experience testing for websites and mobile apps requires tracking the right metrics that accurately reflect the impact of testing efforts on the customer experience and business outcomes. Here are some key metrics to consider for measuring the ROI of digital experience testing for websites and mobile apps:

For websites:

Conversion rate: One of the primary benefits of digital experience testing is improving conversion rates. Tracking changes in conversion rate over time can provide a clear picture of the impact of testing efforts on the customer experience.
Average order value (AOV): By tracking changes in AOV, organizations can determine if testing efforts are leading to increased sales and higher revenue.
Bounce rate: A lower bounce rate can indicate that testing efforts are leading to a better customer experience, as users are spending more time on the website and engaging with more pages.
Time to complete tasks: By tracking the time it takes for users to complete specific tasks on the website, organizations can determine if testing efforts are leading to a more efficient and user-friendly experience.

For mobile apps:

App store ratings and reviews: By tracking the number of positive ratings and reviews, organizations can determine if testing efforts are leading to a better app experience and increased customer satisfaction.
User engagement: Tracking metrics such as session duration, pages per session, and bounce rate can provide insights into how testing efforts are affecting user engagement with the mobile app.
Retention rate: By tracking changes in the number of users who continue to use the app over time, organizations can determine if testing efforts are leading to a more engaging and user-friendly experience.
In-app purchases: Tracking changes in in-app purchases can provide insights into whether testing efforts are leading to increased revenue and higher customer lifetime value.

It’s important to track these metrics over time to get a complete picture of the impact of testing efforts on the customer experience and business outcomes. Regularly measuring the ROI of digital experience testing will help organizations make informed decisions, prioritize initiatives, and continuously improve the effectiveness of their testing efforts.

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Conclusion

In conclusion, measuring the Return on Investment (ROI) of digital experience testing is essential for organizations looking to improve their online presence and provide a better customer experience. By tracking the right metrics and using the right tools, organizations can effectively measure the ROI of digital experience testing, making informed decisions and continuously improving their digital experiences.

Whether it’s for a website or a mobile app, digital experience testing can help organizations understand customer needs and preferences, improve design and layout, and increase conversion rates and customer satisfaction. By maximizing ROI through digital experience testing, organizations can stay ahead of the competition and provide a better customer experience that drives business growth and success.

Therefore, measuring the ROI of digital experience testing should be a top priority for organizations looking to improve their digital presence and provide a better customer experience. By leveraging the right tools and metrics, organizations can make informed decisions and continuously optimize their digital experiences, maximizing ROI and driving business success.

Digital Experience Testing: A Complete Step by Step Guide

Navya — Tue, 21 Feb 2023 07:28:45 +0000

Building a digital experience is all about setting up a digital technology-based holistic interaction interface between a user and a company. Websites, mobile apps, e-commerce sites, social media content, in-store kiosks, and smart devices all provide a digital experience to customers, partners, and employees and give them a way to interact with a company or brand.

Digital experiences enable businesses to move beyond digitizing paper-based procedures, it enables them to develop services that are only made feasible by the internet and other contemporary technologies. Therefore, it has become crucial for organizations and businesses to incorporate well-defined and planned digital experience testing strategies to keep customers loyal, satisfied, and happy.

The digital experience first strategy is a customer-driven endeavor rather than an IT-driven one. Utilizing digital technology for its own sake is very different from utilizing it to enhance customer experiences, and better meet consumer wants.

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Need for Digital Experience Testing

IT organizations lack the right operational models for developing and delivering great digital experiences. A customer-focused approach should be taken by software development leaders in support of digital transformation and digital experience testing is crucial.

Modern application delivery best practices can help you overcome the challenges of digital experience testing and significantly improve the odds of a successful digital experience for application development and delivery leaders.

Unique digital experiences are often key to great customer experiences: It would be impossible to differentiate companies if the best customer experience were easily available as a service to everyone. Coherent, contextual, connected, uniquely valuable customer journeys are built, assembled, configured, and automated by teams working with customer experience professionals.
Quick action and adaptation are essential to digital innovation: To transform products and experience development through digital innovation, innovators need to start small and adapt what they learn with rapid releases. It’s also critical that development teams are autonomous enough to use DevOps tools and processes quickly so that digital teams can test new features and capabilities as soon as they are created. As part of implementing a Future Fit strategy, this is crucial.
Businesses that harness digital technology can create great economic opportunities: With platform APIs, public cloud services, cloud-native architecture, and open-source frameworks, the buy-or-build dilemma has become more nuanced. Platform strategies are only effective if you have teams to assemble and test the custom-built and purchased pieces.
No need to compromise on quality to accelerate release velocity: Organizations don’t have to cut corners on quality or overwork people unnecessarily in order to deliver faster. However, it requires digital and Application Development and Delivery leaders to reshape how they organize, staff, collaborate, and automate their teams. Delivery of high-quality software applications requires nothing short of total reinvention around a customer-centric approach.

Digital Experience Testing ensures that organizations’ digital products and services are seamless and provide a positive user experience. In addition to testing functionality, usability, and performance, we perform browser compatibility testing across different devices and platforms. Organizations can identify and resolve issues that negatively impact the user experience by conducting Digital Experience Testing, which ultimately leads to increased customer satisfaction, loyalty, and revenue. Moreover, Digital Experience Testing is a great way for organizations to ensure that their digital products and services comply with industry standards as well as meet the expectations of their users.

We’ll walk you through the steps of creating a digital experience testing strategy in this blog post.

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Step 1: Determine the Goal of the Digital Experience Testing

To determine the goal of the digital experience testing, first, understand the project or product being tested. This will assist you in identifying the target audience and their specific requirements. Consider the organization’s business goals and objectives, as well as how the testing goal fits into them. Define the metrics that will be used to assess the testing’s success, such as user engagement, conversion rates, and overall performance. The goal should be reviewed and refined as needed throughout the testing process, as it may change as you learn more about the product and its users.

Step 2: Identifying Test Cases and Scenarios

Identifying key user journeys and interactions on a website or app entails analyzing how users typically interact with the site or app and identifying the most important and frequently used features and functionality. This can be accomplished through user research, analytics, and feedback from users.

After the key user journeys and interactions have been identified, test cases and scenarios based on those interactions can be developed. Creating test cases for specific user flows, such as registering for an account or making a purchase, as well as individual features and functionality, such as searching for products or updating account information, may fall under this category.

It is critical to consider different types of users and their various needs, such as new and returning users, as well as different devices.

Creating test scenarios that cover various combinations of test cases, as well as different types of user interactions and devices, will ensure that the website or application has been thoroughly tested and is functioning properly for all users.

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Step 3: Formulate a Test Plan

After identifying test scenarios, a test plan for a digital experience would outline the specific testing scenarios that were identified during the project’s requirements gathering and design phases. This would include specifics on the steps and inputs needed to run each test, as well as the expected outcomes and any acceptance criteria that must be met. The test plan would also include a list of the resources and personnel needed to carry out the tests, as well as any test tools or equipment that will be used. Furthermore, the test plan would outline the testing schedule and milestones, including start and end dates for each phase of testing as well as any dependencies or risks that may impact the testing process.

Step 4: Set Up a Complete Test Pipeline

Creating a test pipeline for a digital experience entails several key steps, which include:

Creating a testing environment entails configuring the necessary hardware and software to mimic the production environment closely.
Identifying the testing devices, browsers, and operating systems: This includes identifying the most commonly used devices, browsers, and operating systems by the target audience and ensuring that tests on them are included in the test pipeline.
The testing infrastructure consists of selecting and configuring the testing tools and resources required to run the tests. Automated testing frameworks, load testing tools, and issue-tracking software are examples of testing tools.
Setting up a continuous integration and continuous delivery (CI/CD) pipeline that automates the testing process as much as possible is part of this. It entails integrating testing tools into the development process so that tests are executed automatically as part of the build process.
Managing test data entails the creation and upkeep of test data that can be used to test the various scenarios and use cases of the digital experience.
Managing test results entails documenting and analyzing test results, identifying and tracking issues, and reporting on overall digital experience quality.

Setting up a test pipeline aims to create an efficient, repeatable, and automated testing process that ensures the quality and usability of the digital product.

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Step 5: Test Observability

Test observability is an important aspect of digital experience testing because it allows teams to see how their digital products perform and behave during testing. This visibility enables teams to identify and resolve issues quickly, as well as ensure that the digital experience is of high quality before it is made available to users.

Test observability is required in digital experience testing for the following reasons:

Identifying bottlenecks and performance issues: Test observability enables teams to see how the digital experience performs under various load and user scenarios, as well as identify any bottlenecks or performance issues that must be addressed.
Debugging and troubleshooting: Test observability enables teams to see what is going on behind the scenes when a test fails, allowing them to identify and troubleshoot the underlying cause of the problem quickly.
Improving test coverage: Test observability enables teams to see where their tests fail to cover specific aspects of the digital experience, allowing them to improve test coverage.
Monitoring production: Once a digital experience is in production, test observability enables teams to monitor its performance and behavior, allowing them to identify and resolve any issues that may arise quickly.
Test observability allows teams to measure the effectiveness of their testing efforts by providing insights into how tests are performing and which areas of the digital experience require additional testing.

Test observability is an important component of digital experience testing because it allows teams to ensure the quality and usability of their digital products before releasing them to users, as well as monitor and improve performance once in production.

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Step 6: Documentation and Reporting

Documentation and reporting are critical components of digital testing because they provide a clear and detailed record of the testing process, including the steps taken, the results obtained, and any issues or defects discovered. This data is critical for debugging and troubleshooting, as well as communicating the status and progress of testing to stakeholders like project managers and development teams. Furthermore, documentation and reporting can help to ensure that testing is done consistently and can serve as a reference for future testing efforts. Overall, documentation and reporting contribute to a thorough, accurate, and transparent digital experience testing process.

Conclusion

Digital experience testing is essential for creating a seamless and enjoyable user experience. Omni-channel customer testing measures a brand’s customer experience across multiple channels and touchpoints. This includes evaluating the customer experience across various digital touchpoints, such as the website, mobile app, social media, email, in-store, and others. It ensures that customers have a consistent and seamless experience across all channels and that they can easily find the information and services they require.

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Common challenges in Digital Experience Testing and How to Overcome Them

Navya — Mon, 20 Feb 2023 09:56:43 +0000

Testing your digital platforms as part of a digital experience program is a vital element of ensuring that your customers have a seamless and user-friendly experience as they interact with your digital platforms. As with any other aspect of the testing process, there are challenges that can arise, but this is to be expected.

It is our intention in this blog post to discuss some of the most commonly encountered challenges in the field of digital experience testing, including dealing with the complexity of digital platforms, ensuring cross-browser and cross-device compatibility, personalizing and localizing, performance and load tests, security testing, user experience testing, as well as the need for continuous testing. Moreover, we will provide you with strategies to overcome these challenges and ensure that your digital platforms provide your customers with the best experience possible. This article offers valuable insight and information to anyone involved in software development, quality assurance, or digital product management who will be trying to navigate the complexities of digital experience testing, whether they are software engineers, quality assurance professionals, or digital product managers.

1. The complexity of Digital Platforms

Websites and mobile apps have become increasingly complex, with multiple pages, features, and interactions. This complexity makes it difficult to test every possible combination of interactions and ensure complete coverage. This can result in missed bugs and a negative user experience.

One solution is to prioritize the most important pages and features of the digital platform and focus on thoroughly testing those. This can be accomplished by determining which pages and features receive the most traffic or are the most important to the platform’s functionality. By focusing on these key areas, testers can ensure that the platform’s most important features are thoroughly tested.

Another approach is to use automated testing tools to increase coverage while decreasing the amount of manual testing needed. Automated testing tools can simulate user interactions and check for bugs and errors automatically. Even with a complex structure, this can help to increase coverage and ensure that the digital platform is thoroughly tested. Furthermore, as the platform evolves and new features are added, it is critical to maintain and update automated test scripts. This ensures that the automated test scripts are always up to date-and capable of testing the most recent platform version.

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2. Cross-Browser and Cross-Device Compatibility

Cross-browser and cross-device compatibility can be a significant challenge for digital experience testing because different browsers and devices may display and interact with web content differently. This can make it difficult to ensure that a website or application works properly and looks as intended across a wide range of devices and browsers.

One approach to overcoming this challenge is to use a combination of manual and automated testing tools. Manual testing entails physically testing the website or application on various devices and browsers in order to identify any compatibility issues. Automated testing tools, such as Selenium or Appium, can be used to automate the process of testing a website or application across multiple browsers and devices, allowing you to quickly identify and fix compatibility issues.

Another option for overcoming this challenge is to use browser testing services such as LambdaTest. These services offer a diverse set of browsers and devices for testing your website or application. You can use these services to test your website or application on various browsers and devices without having to access each one physically.

It’s also important to remember that in order to ensure cross-browser and cross-device compatibility, web standards such as HTML, CSS, and JavaScript must be used, as well as best practices for web development.

Furthermore, it is advisable to use a consistent testing process with a clear set of acceptance criteria, as well as a responsive design and development approach, to ensure that your website or application works well on a wide range of devices and screen sizes.

3. Continuous testing

The ability to quickly and efficiently test changes is critical to the digital experience in a way that ensures that the changes do not negatively impact the user experience.
One way to overcome these challenges is to implement a continuous testing process. It can help speed up the testing process and ensure that all necessary tests are run consistently and efficiently. Also incorporating test observability into the automation process can help identify and troubleshoot issues more quickly.

It also makes sense to implement testing frameworks that are designed for continuous testing, such as shift-left testing, which involves moving to testing earlier in the development process. This allows for issues to be identified and resolved more quickly, which can help reduce the risk of negative impacts on the user experience.

Additionally, having a clear and well-communicated testing process and test observability across the organization and stakeholders can help ensure that everyone involved in the testing process understands the importance of testing and is able to quickly identify and troubleshoot issues.

In summary, Implementing automation, shift-left testing, and having a clear testing process and test observability can help overcome the challenges posed by continuous testing, release velocity, and test observability in digital experience testing.

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4. Personalization and Localization

Personalization and localization involve creating different versions of a website or application to cater to different user groups or regions. This makes it difficult to ensure that all versions of the website or application are functioning properly and that the user experience is consistent across all versions.

Using automated testing tools that can be configured to test different versions of a website or application is one way to overcome this challenge. Selenium or Appium, for example, can be used to automate the process of testing a website or application across multiple languages and regions, allowing you to quickly identify and resolve any localization or personalization issue.

Another approach to overcoming this challenge is to use a testing method known as “internationalization testing” (i18n testing), which focuses on how well the application or website handles different languages, cultures, and regions. This method can assist you in detecting and resolving personalization and localization issues.

It is critical to implement a localization process, including translation management, from the beginning of the development process. It is also critical to have a clear set of acceptance criteria for different languages and locales, as well as to use a responsive design and development approach, to ensure that your website or application works well in different languages, cultures, and user segments.

Finally, real-world testing with users from the targeted regions and cultures is required to assess the effectiveness of personalization and localization efforts.

5.Performance and load testing

The ability of a website or application to handle high traffic and heavy usage is tested during the performance and load testing. This makes ensuring that the website or application can handle the expected load and provide a good user experience under high-traffic conditions difficult.

Using performance and load testing tools such as Apache JMeter, Gatling, LoadRunner, and Neoload is one way to overcome this challenge. These tools can simulate a large number of users and transactions, allowing you to test the performance of your website or application under various loads. You can also use cloud-based performance and load testing services such as BlazeMeter, LoadImpact, and LoadRunner Cloud to overcome this challenge. These services enable you to perform large-scale load testing and test the performance of your website or application under various loads without having to invest in costly infrastructure.

In order to find and fix any performance issues that may arise, it is crucial to implement a performance testing methodology from the very beginning of the development process and to regularly monitor the performance of the website or application in production.

As well as using best practices for web development and optimization, such as minifying code, compressing images, and using a content delivery network (CDN) to improve the website or application’s performance, it’s crucial to establish precise performance goals and acceptance criteria for the website or application.

To make sure that a website or application can manage expected traffic and usage, it’s crucial to undertake load testing in a realistic environment with actual data and to evaluate the application’s performance under a range of varied loads, including peak loads.

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6.Security Testing

The ability of the system to protect against a wide range of potential threats, such as hacking, data breaches, and unauthorized access, must be evaluated during security testing. This can be difficult due to the increasing number and sophistication of these threats. Traditional testing methods, which are often focused on functional testing of the user interface and user experience, make this difficult.

Furthermore, security testing frequently necessitates specialized knowledge and tools that digital experience testers may not have. Incorporating security testing as part of the development process, as well as having a comprehensive security policy and performing regular security audits, can assist organizations in identifying and mitigating potential vulnerabilities.

Businesses can overcome these challenges by doing the following:

Integrating security testing into the overall testing strategy and ensuring its integration with other types of testing, such as functional and performance testing.
Using advanced security testing tools and techniques such as penetration testing and vulnerability scanning.
Training digital experience testers on security testing best practices and procedures.
Security testing can be carried out in collaboration with security experts or consulting firms.
Reviewing and updating security protocols and procedures on a regular basis to keep up with the latest threats and vulnerabilities.
Regular security audits and penetration testing
Adequate access controls and security protocols, such as encryption, multi-factor authentication, and secure socket layer (SSL) connections, must be implemented.

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7. User Experience Testing

It’s crucial to test for user experience in digital experience testing by imitating real-world settings and seeing how users engage with the platform. Given that it necessitates knowledge of user behavior and preferences, this can be a difficult undertaking. Challenges include-

Participant recruitment can be challenging when trying to find a varied group that adequately reflects the target market.
Biases: Participants’ behavior during the test may be influenced by preconceived notions or biases.
The bias of the observer: Researchers’ prejudices may also influence how they interpret the findings.
Privacy issues: Collecting individual participant information may give rise to privacy issues.
Measurement of emotions can be challenging because participants’ emotional reactions to the exam can be unpredictable.

To address these issues, researchers can employ a variety of strategies, including:

Recruiting participants via online platforms to reach a larger and more diverse group.
Using a variety of methods, such as randomized sampling, a control group, and standardized procedures reduces biases.
To reduce observer bias, multiple researchers interpret the data.
Being open and honest about the data collection and storage processes, as well as obtaining participant consent.
Emotions are measured using techniques such as eye tracking, facial coding, and physiological measurement.

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8. Integration testing

Integration testing entails examining the interactions between several systems and components, which can be intricate and challenging to predict, integration testing can provide difficulties for testing digital experiences. Additionally, integration testing frequently necessitates access to numerous environments and systems, which can be time- and resource-intensive.

A thorough test plan that defines the precise interactions and scenarios that must be tested is essential to overcoming these difficulties. This can make sure that all required tests are run and that any pertinent problems are found and fixed.

Utilizing automated testing frameworks and tools is another strategy that can help to simplify and streamline the integration testing process. This can save time and costs by eliminating the need for manual testing and automating repetitive operations. It’s also crucial to have a strong and well-designed continuous integration and delivery (CI/CD) pipeline, which may ensure that integration testing is included in and executed on a frequent basis during the development process.

Finally, in order to ensure that the testing process is effective and does not disrupt the service, it is crucial to have a solid understanding of the architecture and platform for the digital experience.

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Conclusion

Digital experience testing can be a complex and difficult process, but by utilizing automated testing tools, real-time monitoring and analytics, a clear testing plan and methodology, and involving end users, teams can overcome these challenges and ensure that digital products are of high quality and meet the needs of users.

Why Quality of Digital Experience is Important to Achieve Business Goals: A CXO View

Navya — Fri, 17 Feb 2023 06:39:52 +0000

According to a Gartner Report — “By 2026, at least 60% of I&O leaders will use Digital Experience Monitoring to measure application, services and endpoint performance from the user’s viewpoint, up from less than 20% in 2021.”

In the current digital era, a company’s success can be made or broken by the quality of its digital experiences. Providing clients with top-notch digital experiences is becoming more and more crucial as more businesses move their operations online.

In this post, we will discuss the significance of the quality of digital experiences for accomplishing business objectives as well as the actions businesses can take to raise that quality.

The effect that high-quality digital experiences can have on consumer engagement, conversion rates, and general satisfaction will be covered first. We’ll also look at how great digital experiences may raise brand recognition and consumer loyalty while also boosting sales.

We’ll then get into the significance of usability and accessibility for digital encounters. We’ll talk about how a product or service can be more inclusive and user-friendly for a wider group of individuals by putting an emphasis on quality assurance.

Finally, we’ll offer some useful advice for enhancing the caliber of digital experiences, emphasizing the value of Personalization, performance, and security

Overall, this blog will demonstrate how investing in high-quality digital experiences can boost engagement, conversion rates, and overall satisfaction with a product or service. It can also boost brand reputation and customer trust while increasing accessibility and usability for a broader range of users. Ultimately, this can lead to increased revenue and customer loyalty, assisting businesses in meeting their objectives.

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Significance of Digital Experience

According to a Gartner Report “Through 2025, 50% of large organizations will have failed to unify engagement channels, resulting in a disjointed and siloed CX that lacks context.”

Realizing company goals depends on the effectiveness of digital experiences on websites and mobile applications because it directly affects consumer satisfaction and engagement. A positive digital experience can lead to increased sales, customer loyalty, and positive word-of-mouth, whereas a negative digital experience can lead to customer loss, a negative brand reputation, and lost revenue.

High-quality digital experiences can have a significant impact on consumer engagement, conversion rates, and overall satisfaction.

Customer engagement: A well-designed and user-friendly website or mobile app can increase the likelihood that visitors will stay on the site longer, view more pages, and visit it again in the future. Increased engagement and recurrent usage may result from this, which may ultimately boost revenues and build consumer loyalty.
Conversion rates: A satisfying online experience can boost the likelihood that customers will finish a transaction and raise the average order value. For instance, a well-thought-out checkout procedure can lower friction and increase the likelihood that customers will finish their purchases.
Overall satisfaction: Increasing consumer happiness can result in positive word-of-mouth and growing brand loyalty. A high-quality digital experience can do this. Customers are more likely to return to a website and refer it to others when they had a great experience.

If a website takes too long to load or is difficult to navigate, customers may become frustrated and leave. A well-designed and easy-to-use website, on the other hand, can increase the likelihood that customers will complete the actions and return to the site in the future. Similarly, an intuitive and user-friendly mobile app can result in increased engagement and repeat usage, whereas a poorly designed app may be deleted and never used again.

Businesses might also think about gamification, push alerts, and location-based services to improve the user experience, in addition to personalization, AI-driven chatbots, and other interactive elements.

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The Holy Trinity of a Quality Digital Experience

Businesses may improve the quality of digital services and offer a better user experience by putting a greater emphasis on personalization, performance, and security. Performance may improve efficiency and enjoyment, personalization can make the experience more relevant and engaging for the user, and security can safeguard the user’s data and foster trust in the good or service.

1. Personalization

Personalization can enhance the digital experience by making it more relevant, efficient, and engaging for the user. It can also increase conversions and revenue for the business and can lead to increased customer loyalty.

Increased engagement: Personalization can make the user feel like the digital product or service is tailored to their needs and preferences, leading to increased engagement and satisfaction.
Relevancy: Personalization can increase the relevance of the content, offers, and recommendations provided to the user, which can improve the user’s experience and lead to increased conversions and revenue for the business.
Efficiency: Personalization can make the user’s experience more efficient by reducing the number of steps needed to find what they are looking for and by providing relevant and useful information.
Personal touch: Personalization can make the user feel like the product or service is tailored to them and can create a sense of personal connection with the brand, which can increase customer loyalty.
Personalized offers and recommendations can also increase the chances of purchase because the product is more likely to be of interest to the user.

2. Performance

Good performance of websites and apps can enhance the digital experience by providing a faster, smoother, and more responsive experience for the user. This can lead to increased engagement, improved productivity, and a more positive overall experience for the user.

Speed: A website or app that loads quickly can provide a more positive user experience and can help to keep the user engaged. A faster website or app can also improve the user’s productivity and save time.
Navigation: A website or app with smooth and intuitive navigation can make it easier for the user to find what they are looking for and can improve their overall experience.
Responsiveness: A website or app that is responsive on different devices can provide a consistent and positive experience for the user, regardless of the device they are using.
Search engine optimization: A fast website or app can also help with search engine optimization, which can increase the visibility of the website or app in search engine results and drive more traffic to the site.
Reducing bounce rate: A fast website or app can also help to reduce the bounce rate, which is the percentage of visitors who leave the site after viewing only one page. A faster website or app can keep users more engaged, increase the chances of them staying on the site and reduce the bounce rate.

3. Security

By safeguarding user information, preserving privacy, fostering trust, and guaranteeing regulatory compliance, website and app security may improve the digital experience. This can improve customer experience and safeguard the company from any legal and financial problems.

Protecting user data: Encryption and secure login procedures are two security techniques that businesses can use to safeguard user data from online risks including phishing, hacking, and identity theft. Users may feel more at ease as a result, which may boost their confidence in the good or service.
Increasing privacy: Businesses can also increase the user’s privacy by putting security measures in place. This may be particularly crucial for goods or services that deal with delicate information like personal data.
Building trust: Businesses can raise the likelihood that customers will utilize their product or service by demonstrating to customers that their data is safeguarded.
Compliance: There are rules in place for many businesses that specify the security precautions that must be taken. Businesses can guarantee compliance with these rules and prevent legal problems by making sure the product or service is secure. Compliance also aids in preventing data breaches, which can cost the company money and damage its brand.

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Importance of Usability and Accessibility for Digital Experience

Usability and accessibility are critical for the digital experience because they ensure that the user can use the product or service effectively and efficiently. Usability refers to a product’s ease of use and learnability, whereas accessibility refers to the product’s design and development to include users with disabilities.

Consider a website that sells products over the internet. If the website is not usable, the user may struggle to navigate the site, find what they are looking for, or complete a purchase. This can cause frustration and a poor user experience, leading to the user leaving the site without making a purchase. On the other hand, a website that is easy to use, with clear navigation, accessible product information, and a straightforward checkout procedure, is more likely to lead to a successful sale and a happy consumer.

Users with visual impairments could find it challenging to read the language or comprehend the information displayed on the screen if the app is not accessible. They may find it challenging to adequately manage their health and use the app as a result. On the other side, an app that is created with accessibility in mind will include users with visual impairments and offer a better UX for them by using larger text, high contrast, and alternative text for images.

Usability and accessibility are key in both cases for producing satisfying digital experiences. They make sure that customers can utilize the product or service successfully and efficiently regardless of their abilities, which raises customer happiness and loyalty. Businesses that place a high priority on usability and accessibility can also broaden their customer base and provide everyone access to their goods and services.

How to go about creating a Quality Digital Experience

A grasp of client needs and a dedication to ongoing improvement are necessary for a flawless customer digital experience. To find and fix problems and continuously enhance the customer experience, it’s critical to have a systematic approach to the quality of the digital experience assurance that involves both proactive and reactive procedures.

User-centered design: Design the website or app with the user in mind, taking into account their needs and goals.
Responsive design: Ensure that the website or app is easy to use and navigate on all devices, including desktops, laptops, tablets, and smartphones.
Optimize for speed: Minimize page load times and ensure that the website or app is fast to load and use.
Accessibility: Make sure that the website or app is accessible to users with disabilities, such as those who are visually impaired or have mobility issues.
Test and iterate: Conduct user testing to identify any issues and make improvements based on the feedback received. Continuously test and iterate to improve the overall user experience.
Faster Release velocity: Forrester Analytics survey data shows 33% of global developers at the manager level or higher consider speeding up cycle time to be a top-three priority; 30% said the same about increasing the automation of software development lifecycle (SDLC) tasks. Wait time is the silent killer of faster application delivery. Continuous testing can also help in finding and fixing bugs and security vulnerabilities more quickly, which can improve the stability and security of the software and increase release velocity.
Faster feedback loop: Continuous quality checks can also lead to a more agile development process, allowing for faster response to changing user needs and preferences. According to a Gartner Report — “ By 2025, 70% of organizations will complement continuous delivery of applications with continuous infrastructure automation to improve business agility, which is a significant increase from fewer than 20% in 2021.”
Personalization: Personalize the website or app to match the user’s preferences, interests, and behavior.
Security: Implement security measures to protect user data and ensure that the website or app is secure to use.
Clear navigation: Make sure that the website or app has clear and intuitive navigation so that users can easily find what they’re looking for.
Use analytics: Use analytics tools to track user behavior and engagement, and use the insights gained to improve the website or app. According to a Gartner Report — “ By 2026, 60% of technology and service provider product teams will include practitioners of data and analytics to improve CX, increasing more than three-fold from 16% in 2021.”
Provide support: Make sure that users can easily contact you for support and that you respond promptly to any issues or concerns they may have.

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How to ensure the Quality of Digital Experience is good

There are several ways to test the quality of a digital experience:

User Testing

Companies can find areas for improvement in the digital experience and make adjustments to maximize the user experience, resulting in a high-quality digital product, by doing several sorts of user testing.

Usability Testing: A website’s user-friendly interface and straightforward navigation are built, but to verify this, a representative group of users is given specified tasks to complete, and their actions and feedback are observed, documented, and analyzed.

A/B testing: In order to increase the conversion rate of their e-commerce website, a corporation runs two distinct versions of the website in parallel and compares the conversion rates between the two.

Remote User Testing: Before releasing their new app, an app development company needs to test it. A set of people is emailed a link to the app and requested to do specified tasks and offer feedback, which is then recorded and evaluated. This is known as remote user testing.

Contextual Inquiry: Let’s say a corporation is creating a new healthcare app and wants to guarantee that elderly consumers will find it to be user-friendly. Contextual inquiries involve observing a user using the app in their environment to learn more about their experience and spot any difficulties they may be having.

Performance testing

It is a sort of testing that concentrates on assessing a digital product’s speed, scalability, and stability under a certain workload. Performance testing can assist ensure the quality of the digital experience in the following ways:

Load testing: A business may make sure that its website can support several concurrent visitors without becoming unresponsive or crashing. To assess a website’s performance and find any bottlenecks, load testing is done by simulating a lot of users visiting it at once.

Stress testing: An e-commerce company needs to ensure that its website can withstand abrupt spikes in traffic during busy shopping seasons. They conduct stress testing by progressively raising the workload on the website until it reaches its maximum capacity, then measuring its performance to detect any problems that need to be fixed.

Endurance testing: A mobile app development company needs to ensure that its software will continue to work properly over time. They do endurance testing by constantly running the app for several days and monitoring its performance to uncover any issues that may develop.

Accessibility testing

The process of analyzing how well a digital product is designed to be utilized by persons with impairments is known as accessibility testing. Here are a few instances of how accessibility testing might aid in ensuring the quality of a digital experience:

Screen Reader Testing: A corporation wants to ensure that its website is accessible to blind visitors who use screen readers. They do screen reader testing by navigating the website using a screen reader and analyzing accessibility features such as alt text for images, headers, and other elements.

Keyboard Navigation Testing: An app development business needs to ensure that its software is accessible to customers who have limited mobility and navigate with a keyboard. They do keyboard navigation testing by navigating the app with a keyboard and evaluate accessibility features such as keyboard shortcuts and focus indicators.

Color Contrast Testing: A website is developed with brilliant colors, but in order to verify that it is accessible to colorblind visitors, the company does color contrast testing by measuring the contrast ratio between the foreground and background colors to ensure they fulfill the WCAG guidelines.

Alt Text Testing: A corporation wants to ensure that its website is accessible to visually challenged users. They conduct alt text testing by reviewing picture alt text descriptions to ensure they provide a meaningful description of the content.

Security testing

It is the practice of assessing a digital product’s security against potential threats and weaknesses. Here are a few instances of how security testing might aid in ensuring the quality of digital experiences:

Penetration testing is used when a corporation wishes to identify potential security flaws in its website. They conduct penetration testing by mimicking an attacker’s attempts to breach the website’s security and identifying any flaws that must be repaired.

Cross-Site Scripting (XSS) Testing: A website is created to allow visitors to make comments and criticism, but to ensure that it is secure from harmful scripts, the company does XSS testing, which involves analyzing the website’s capacity to avoid cross-site scripting assaults.

SQL Injection Testing: A corporation wishes to ensure the security of its database-driven website against SQL injection threats. SQL injection testing is carried out by analyzing the website’s capabilities to avoid SQL injection attacks and identifying any vulnerabilities that must be fixed.

Session Management Testing: A retailer needs to ensure that its website is secure from session hijacking threats. They conduct session management testing by assessing the website’s session management system to guarantee that it is secure and protects the information of users.

Compatibility testing

It is the process of determining if a digital product will work properly on various platforms, browsers, and devices. Here are a few instances of how compatibility testing can aid in ensuring the quality of a digital experience:

Browser Compatibility Testing: A business needs to ensure that its website works properly on various web browsers such as Google Chrome, Mozilla Firefox, and Internet Explorer. Browser compatibility testing is done by accessing the website through various browsers and evaluating its functionality, layout, and appearance.

Mobile Compatibility Testing: An app development company needs to ensure that its mobile app works properly on a variety of mobile devices and operating systems, including iOS and Android. They assess mobile compatibility by accessing the app on various devices and analyzing its operation, performance, and aesthetics.

Operating System Compatibility Testing: A corporation needs to ensure that its software is compatible with various operating systems, such as Windows and MacOS. They examine operating system compatibility by installing software on several operating systems and assessing its functionality, performance, and compatibility with various hardware combinations.

Device Compatibility Testing: A website is designed for desktop devices, but to ensure that it is compatible with different screen sizes and resolutions, the company performs device compatibility testing, which involves accessing the website on various devices such as desktops, laptops, tablets, and smartphones and evaluating its functionality, layout, and appearance.

User Feedback

In order to guarantee the quality of the digital experience, user feedback is crucial. Users may help firms better understand their requirements, preferences, and problem spots while also enhancing the overall experience of their digital goods by providing feedback.

Use analytics tools to monitor user behavior, page views, click rates, and other metrics. Examples include Google Analytics, Mixpanel, and Amplitude.
Make user surveys Directly question users about their insights, viewpoints, and feedback.
Follow heatmaps: Visualize the areas of the website where users are clicking, scrolling, and spending time.
Examining server logs To learn how people interact with particular pages or features, look at the server logs.
A/B evaluation Try out various layouts, functions, and contents to see how users react.

Continuous monitoring

It is a process of reviewing the performance and functioning of websites and apps on a frequent basis to ensure that users have a favorable digital experience. This can include, among other things, testing load times, checking for broken links, tracking user engagement metrics, and ensuring the website or app is accessible to all users. The purpose of continuous monitoring is to discover and rectify any problems as soon as possible before they have a negative influence on the user experience.

Here are some continuous monitoring strategies:

Regular user testing: Conduct usability tests on a regular basis to understand how people interact with the site/app and identify areas for improvement.
Monitoring website and app performance parameters such as load time and uptime to maintain a consistent user experience.
Track problems and bugs with tools, and prioritize correcting the most essential ones that affect user experience.
Tracking feedback: Review customer comments and ratings from multiple channels (e.g., social media, app stores, support requests) on a regular basis and reply to improve the experience.
Analytics tracking: Constantly monitor analytics data to better understand user activity patterns and make informed decisions about site/app updates or modifications.
Regular site/app updates: To improve the user experience, keep the site/app updated with bug repairs, security patches, and new features.
User engagement metrics: Measure the success of the site/app by tracking engagement metrics such as time on site, bounce rate, and conversion rate.

It is critical to test the quality of a digital experience to ensure that users have a positive and productive experience with a website or app. The testing results should provide useful insights into user behavior and preferences, as well as areas for development. Organizations may boost user engagement, contentment, and overall success by prioritizing recommendations and continuously monitoring and enhancing the digital experience. The digital experience testing should conclude with a clear summary of findings, recommendations, and a plan for implementing modifications to improve the overall user experience.

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What Happens When Digital Experiences Go Wrong

Providing a smooth and enjoyable digital experience for customers in order to maintain trust and a positive brand reputation is a priority. It’s important for companies to thoroughly test and optimize their digital products and services before launch to ensure a positive customer experience.

It’s important to note that the digital experience is an ongoing process and businesses should regularly assess and improve their digital touchpoints to meet the changing expectations of customers. There have been a number of stories of companies that have provided a bad digital experience for their customers, which has hurt their brands. Some examples include

The rollout of the Healthcare.gov website also known as Obamacare in 2013, was plagued by technical difficulties and poor user experience, leading to significant frustration and dissatisfaction among customers and negative media coverage. The deficit-cutting effects of Obamacare will rise over time. The CBO projects that the ACA will cut the deficit by an average of 0.5 percent of GDP per year from 2023 to 2032, resulting in a total deficit reduction of almost $1.6 trillion over that ten-year period.
The launch of the Pokemon Go mobile app in 2016, which was plagued by server outages and poor performance, led to significant frustration and dissatisfaction among customers. Nintendo confessed that Pokemon caused a $6.7 billion loss in Nintendo’s market value.
Google’s release of Google+ failed to provide a personalized experience for its users, resulting in low engagement and the eventual shutdown of the platform. Less than 1% of the 2.2 billion people who used Google products, despite Google’s four years of work, were actually active users of Google+.
The website and mobile app of Capital One in 2019, experienced a data breach that exposed the personal information of customers. The company’s initial response was criticized as inadequate and slow, leading to significant reputational damage and financial penalties. To satisfy charges that it put customer information in danger during this 2019 data breach, Capital One paid $190 million as part of a consumer data security litigation settlement.
The website of Zoom in 2020, which experienced a surge in usage due to the pandemic, also faced a number of security and privacy concerns. The company’s initial response was criticized as slow and inadequate, leading to negative media coverage and damage to the brand’s reputation. In order to resolve a class action privacy lawsuit in the US, Zoom agreed to pay $86m (£61.9m).

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Conclusion

In today’s digital landscape, the quality of a company’s digital experience is becoming increasingly important. Businesses may boost customer happiness, drive sales and revenue development, enhance brand reputation, streamline processes, and acquire important insights into customer behavior by providing a seamless, user-friendly, and engaging experience. In today’s fast-paced digital environment, investing in the quality of a company’s digital experience is consequently critical for attaining business goals and remaining ahead of the competition.

Why does DevOps recommend shift-left testing principles?

Navya — Thu, 16 Feb 2023 10:26:18 +0000

Companies are using DevOps to quickly respond to changing market dynamics and customer requirements.
In any case, the biggest bottleneck in implementing a successful DevOps framework is testing.

Many QA organizations leverage DevOps frameworks, but still prefer to test their software manually. This means less visibility and project backlogs that eventually lead to project delays and cost overruns.

The need for better approaches to development and testing has been fueled by smaller budgets and the desire for faster delivery. With the right testing principles, DevOps can help shorten the software development lifecycle (SDLC), but not without costly mistakes.

Many organizations are adapting their traditional sequential approach to software development to be better equipped to test earlier and at all stages.

Everyday test automation challenges

Development time — Many companies think about developing their test automation frameworks in-house, but this is usually not a good idea because it is time-consuming and would cost you significant capital to develop it from scratch.
Learning Curve — Companies that use code-based open-source tools like Selenium rely on tech-savvy people to manage their test automation framework. This is a big problem because non-technical business users may find it difficult and time-consuming to learn the tools. Technical users and teams have more important tasks to perform than testing.
Maintenance costs — Most test automation tools use static scripts, which means they cannot quickly adapt to changes that occur due to UI changes in the form of new screens, buttons, user flows, or user input.

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What is the Shift-left strategy?

It is part of an organizational pattern known as DevSecOps (a collaboration between development, security, and operations) that ensures application security at the earliest stages of the development lifecycle.

The term “shift left” refers to moving a process left on the traditional linear depiction of the software development lifecycle (SDLC). In DevOps, security and testing are two of the most commonly discussed topics for shifting left.

Shift left Testing

Testing applications was traditionally done at the end of development before they were sent to security teams. Applications that did not meet quality standards, did not function properly, or otherwise did not meet requirements would be sent back into development for additional changes. It resulted in significant bottlenecks during the SDLC and was incompatible with DevOps methodologies, which emphasize development velocity.

As a result of shift left testing, defects can be identified and fixed much earlier in the software development process. This streamlines the development cycle, dramatically improves quality, and enables faster progression to later stages for security analysis and deployment.

In this Ad hoc testing tutorial, let’s deep dive into what Ad hoc testing is, its advantages, disadvantages, types, characteristics, and their best practices.

Shift-Left Security

Security testing has become a standard practice in recent years following application testing in the development cycle. At this point, various types of analysis and security testing would be conducted by security teams.

Security testing results will determine whether the application can be deployed into production or if it must be rejected and returned to developers for remediation. Due to this, long delays in development occurred or the risk of releasing software without necessary security measures increased.

Shifting security left means incorporating security measures throughout the development lifecycle, rather than at the end. By shifting security left, the software is designed with security best practices integrated, and potential security issues and vulnerabilities are identified and fixed as early as possible in the development process, making addressing security issues easier, faster, and more affordable.

It is no secret that IT has shifted left over the last two decades. It is possible to operate development infrastructure on a self-service basis today because it is fully automated:

With AWS, GCP, or Azure, developers can easily provision resources without involving IT or operations
CI/CD processes automatically create, stage, and deploy test, staging, and production environments in the cloud or on-premises, and tear them down when they are no longer required
CloudFormation and Terraform are widely used to deploy environments declaratively using Infrastructure-as-Code (IaC).
With Kubernetes, organizations can provision containerized workloads dynamically using adaptive, automated processes.

As a result of this shift, development productivity and velocity have increased tremendously, raising serious security concerns. The fast-paced environment leaves hardly any time for post-development security reviews or analysis of cloud infrastructure configurations. It is often too late to fix problems that are discovered before the next development sprint.

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What is the shift-left testing principle?

When developers test early in the development cycle, they can catch problems early and address them before they reach the production environment. By discovering issues earlier, developers don’t waste time applying workarounds to flawed implementations, and operations teams don’t have to maintain faulty applications. To improve the quality of an application, developers can identify the root cause of issues and modify the architecture or underlying components.

The shift left approach to testing pushes testing to the left, or the earlier stages of the pipeline. By doing this, teams can find and fix bugs as soon as possible during the development process.

In addition to increasing collaboration between testers and developers, shift left testing makes identifying key aspects that need testing early in development a whole lot easier.

A major benefit of shifting testing is that testers are involved in the whole cycle, including the planning phase. Testing becomes part of the developer’s day-to-day activities, as they become competent in automated testing technologies. Software is designed from the ground up with quality in mind when testing is part of the organization’s DNA.

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Benefits of Implementing Shift-left Strategy

A key benefit of “shift-left” testing is that it reduces overall development time. To shift left, two key DevOps practices must be implemented: continuous testing and continuous deployment.

Increased speed of delivery

It’s not rocket science that the sooner you start, the sooner you finish. Identifying critical bugs early in the Software Development Cycle allows you to fix them sooner and more efficiently. The result is a significant decrease in the amount of time between releases, and a faster delivery time.

Improved test coverage

Starting with the test execution right at the start of the development process, all features, functionalities, and performance of the software can be quickly evaluated. Test coverage percentages increase naturally when shift left testing is performed. The overall quality of the software is significantly enhanced by increased test coverage.

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Efficient workflow

In the end, shifting left is worth the effort and time it takes to implement. This allows the QA team to go deeper into the product and implement innovative testing solutions. Furthermore, it allows the testing team to become more comfortable with the tools and techniques involved. In addition, shift left testing simplifies several aspects of software development.

Lower development and testing cost

Debugging is one of the most difficult aspects of software development. Usually, the cost of fixing a bug increases significantly as the software progresses in SDLC. The earlier you find your bugs, the easier they are to fix.

Let us take the example of a payment app that discovers a security vulnerability only after the release of its latest app version. Sure, it would have cost some more if the team had found the vulnerability earlier in development. But now the company will have to spend significantly more time, effort, and money to fix the problem. The complexity of implementing changes in a production environment makes it difficult to do anything after the fact, not to mention the associated total cost of late maintenance.
Gartner estimates the cost of network outages at $5,600 per minute — a total of over $300,000 per hour.

Improves product quality

The Shift Left testing approach positively impacts overall code quality with rigorous and frequent code quality checks. It facilitates timely correspondence between stakeholders, developers, and testers, and ensures timely feedback, which helps improve code quality. This means that your customers receive a stable and high-quality end product.

Also, you can listen to Siddharth Kaushal where he shared an Idea of using Shift-left Testing and how automation tools can aide the idea of shift-left testing to make the process easily consumable by agile teams.

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Conclusion

Once you mix Shift Left with leading DevOps practices — Continuous Testing and Continuous Development — you lay the foundation for Shift Left to win. Moreover, Shift Left is essential in a DevOps environment because.

Teams discover and report bugs quickly.
Features are released quickly.
The quality of the software is outstanding.

How Can Enterprises Put Accessibility at the Centre of their Mobile App Testing Strategy?

Navya — Wed, 17 Aug 2022 06:04:37 +0000

The evolution of mobile has made it a revelatory digital touchpoint in the customer decision-making journey. For enterprises, this omnipresent device offers an ideal platform to reach a broad base of consumers and deliver services.

As Gartner said, ‘To enhance the mobile marketing experience, marketers must look beyond pure functionality and consider the emotional reaction of users.’ The physical response, especially in the case of differently-abled consumers, is critical. Accessibility testing of mobile applications should be a priority for enterprises to ensure that mobile services are readily available to all, including those who are differently abled. In doing so, enterprises will widen their customer base and fulfill legal compliance and corporate social responsibility, all of which enhance their brand image with customers.

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Some Important Numbers on Mobile Apps and accessibility

According to a Statista report, in 2021, consumers downloaded 230 billion mobile apps, which is 63% more than 140.7 billion downloads in 2016.

Mobile apps will generate more than 613 billion U.S. dollars in revenues in 2025.

During the first quarter of 2022, over 3.29 million mobile apps were available on the Google Play Store, and around 2.11 million mobile apps were available in the Apple App Store.

Mobile internet traffic contributes to almost 55 percent of total web traffic.

According to the WHO, about 15% of the world’s population, or around 1 billion people, has some form of disability, expected to double by 2050.

With the increase in app usage and regulations to accommodate accessibility and a growing population of people who are differently-abled, mobile app accessibility is more important than ever.

Accessibility Problem Assessment and their solution

There are broadly four categories of disabilities concerning mobile accessibility. We briefly review these categories in line with issues encountered when using mobile applications. We also outline accessibility features commonly available on mobile devices, which will serve to overcome these problems.

Physical Disabilities

Individuals with upper limb mobility issues face difficulties performing gestures such as pinch, spread, and flick, tapping buttons, and controlling sliding bars on a mobile device.

Solution: Provisioning advanced speech recognition software and accessibility design allow hands-free mobile device control. Some high-end mobile devices also provide eyeball tracking and touch-free gesture features. People with upper limb mobility issues can operate a mobile device with a stylus pen using other parts of the body.

Visual Disabilities

Those with visual disabilities such as blindness, low vision, or color blindness cannot view screens and controls on mobile applications. Therefore, they cannot see the buttons on a mobile device or use the touch screen to access functions.

Solution: Such individuals rely on the screen reader software to convert information displayed on the device screen into speech or Braille on a Braille display. Some mobile device screen readers are equipped with gesture-based features that enable people with visual disabilities to listen to descriptions of functions on their devices and operate them using touch and gestures.

Hearing Disabilities

Individuals with hearing disabilities cannot hear the caller, audio notifications, audio content, and instructions presented in audio formats.

Solution: Such individuals rely on sign language and Text messaging to communicate. Providing good captions and sign language for audio content and visual and vibration alerts will enable people with hearing disabilities to use mobile applications.

Cognitive Disabilities

People with cognitive disabilities can experience attention, memory, analytics, communication, computation, and reading problems. They experience difficulties in understanding complex text and following complicated instructions.

Solution: Although cognitively impaired individuals do not require special tools to use a mobile device, providing intuitive user interfaces will simplify accessibility for them. Additionally, people with learning difficulties can use screen readers to improve their focus and understanding of the content on mobile applications.

What is Mobile App Accessibility?

Mobile app-accessibility narrates the significance of mobile application designs for phones, tablets, and wearables and encourages apps to be user-friendly to the 1+ billion people worldwide who have a disability.

Making your mobile app accessible also increases the size of your potential market. In addition, studies show that accessibility and good user experience are closely related.

Which are the most wanted Automated Testing Tools that have climbed the top of the ladder so far? Let’s take a look.

Why Should Enterprises Opt for Mobile Accessibility Testing?

Making your mobile app accessible also increases the size of your potential market. In addition, studies show that accessibility and good user experience are closely related.

Accessibility testing of mobile applications is a top priority for enterprises to ensure that app services are readily available, especially for those with disabilities. In addition, ensuring that your apps reach the broadest potential market is good business sense.

In addition to this, accessibility testing will ensure you fulfill all legal compliance, exhibit corporate social responsibility, and also helps in enhancing your brand image with customers.

Support for the disabled will give enterprises an advantage over competitors who do not offer this support. In addition, every customer that can navigate around your app with ease leads to better reviews of the app in the market and eventually leads to more app downloads.

The inclusivity will not only transform the user experience but will enhance your brand image and increase brand loyalty amongst users.

All mobile applications should be designed and coded as per accessibility compliance so that people with disabilities can use them.

However, the recent data shows that websites are poorly developed and are not accessibility compliant. In contrast, mobile applications are not yet considered for accessibility which poses barriers for people with disability.

So here are a few reasons why enterprises should have a solid testing strategy for accessibility

Capture a huge, overlooked market share of $490 billion

In a recent Nucleus Research report, researchers found that 2% of total eCommerce transactions are completed by people who are blind. This 2% assumes that less than half of the blind population (5 percent of the total population) are everyday eCommerce shoppers and contribute that 2 percent share of total eCommerce. From these findings, we can infer that the total available market for consumers with visual impairments is about $10.3 billion.

Minimized Operational Cost

Operational costs are the costs associated with running a business. Most businesses break out these costs through various channels to better understand their business and minimize costs. In addition, most omnichannel organizations wish to push transactions to the digital space to minimize costs.
In short, if you have problems with accessibility in your digital channel, you are pushing more calls, more traffic, and more work to your call center even if consumers abandon the transaction.

Reduce Potential Legal Risk

From 2017 to 2018, web accessibility-related lawsuits skyrocketed by 181%. Thousands of enterprises reacted and started to work toward reaching accessibility compliance. Enterprises have to deal with demand letters or lawsuits from people looking for some settlement. However, within these numbers, there are tons of legitimate customers or legitimate prospective customers simply trying to use a company’s products or services.

Increase Brand Awareness

Most company core values include inclusivity, ease of use, being always there, etc. If your company’s mission is to be inclusive, connected, customer-driven, simple, helpful, and customer-centric, how can accessibility not be a part of that? You cannot have a company motto that revolves around inclusivity and exclude a significant portion of the population.

9 out of 10 blind Internet users are vocal anti-advocates for inaccessible companies and choose your competitors if your company’s website or application is inaccessible.

Overview of Mobile Accessibility Testing Guidelines

The current standard for designing web accessibility is crafted by W3C called Web Content Accessibility Guidelines WCAG 3. It is currently an incomplete draft. It is intended to develop into a W3C Standard in a few years. WCAG 3 applies to web content, apps, tools, publishing, and emerging technologies on the web

These suggestions are inspired by guidelines found in the WCAG.

Design for different screen sizes

Smaller screens and custom aspect ratios are trademarks of mobile devices. Designers need to keep them in mind while building native apps. A smaller screen limits the amount of information users grasp at a time, especially when users with poor vision need to magnify content due to poor vision.

Placement of Touch Targets

Higher resolution in mobile devices permits multiple interactive elements to be displayed on a small screen. But these elements must be legible and spaced well enough so that users can easily target them by touch.

Simple gestures and feedback

Gesture controls used in native apps should be simple and easy to use. However, complex gesture control can be challenging for users with motor or dexterity impairments. Therefore, create alternative gestures like a simple tap or swipe in place of complex ones.

Consistent Templates and Layouts

Components repeated across multiple pages in an application should be presented in a consistent layout.
For example, If the app has a logo to the left followed by a menu bar and a search tab, make sure these elements appear in the same relative order and position on all the app screens.

Easy Data Entry methods

Multi-modal data entry is another prominent feature of mobile devices and native applications. Users can enter information using various modes like an on-screen keyboard, Bluetooth keyboard, and Voice.
Text entry can be difficult for some users, but other data entry styles can replace it

Be mindful of Images and Colors

Colors are perceived differently by different people. The relationship between color and optimal combinations can be measured digitally to benefit people with sight disabilities and improve general legibility.

Optimizing your digital products to make sure your mobile app is accessible requires more than optimizing the designs.

Creating an accessible mobile app is a team effort:

Designers need to incorporate consistent, understandable, and meaningful designs.
Copywriters need to write short, easy-to-read, and understandable content that even reads well on a small mobile screen.
Developers need to write logical, well-structured, and accessible code.
Testers, in particular, need to go beyond the usual visual testing. They should test with screen readers, an external keyboard, or even a joystick!

Checklist for Mobile Accessibility

Based on the guidelines we have mentioned above, we have created a checklist for you to follow to build a great and accessible mobile app. By using this checklist, you can ensure the content on your app can be used independently by people with disabilities.

Screen Designs

The content displayed on a screen is reasonable
Buttons are controls are legible
Buttons and controls are spaced well
Form fields positioned below their label

Gestures

Simple gestures
Make sure alternate gestures are available
Controls activate upon release and not during initial touch
Functionality triggered by shaking, tilting, or moving the device can be disabled
Functionality triggered by device motion can be used by more typical interface components

Indicators for Gestures and Actions

Visual indicators and Text to show how to perform gestures
Indicators and Text to show elements are actionable
Actionable elements are grouped intuitively
Clear, Text-based instructions for complex interaction

Multiple Data entry methods

Virtual keyboard
Keyboard and other input device support
Speech-based input

Texts and resize

Ability to resize Text to 200%
No loss of content when resized or magnified
Content should not require scrolling in 2 directions when magnifies
Browser’s pinch to zoom is functional

Orientation and Layout

Supports portrait and landscape
Consistent and predictable page layout

Structure and Navigation

Descriptive Titles
Properly nested headings available to assistive technology
Menu, controls, and links work with touch and keyboard
Menu, controls, and links are clearly labeled

Text Alternative for Images and Media

Images have an accessible text alternative
Videos have synced and accurate captions
Videos provide text transcripts and audio description
Digital Text and not images of Text are used

Click to know about the 30 Top Tools for Automation Testing.

Conclusion

While enterprises focus on addressing the needs of their core customer base through digital channels, they can inadvertently sideline an essential section of society, the differently-abled, and miss the opportunity of selling to them. Despite technological breakthroughs, people with disabilities continue to face barriers to computer use.

Whether users are on a desktop or mobile device, the Web Content Accessibility Guidelines offer comprehensive best practices for developing and maintaining digitally accessible websites and applications. In addition, new legislation and court decisions worldwide have continually held businesses accountable for not following WCAG to make their digital products accessible, and it’s only a matter of time before mobile devices are considered an integral part of those legal requirements.

Quality Management – Whose Responsibility is it Anyway?

Navya — Tue, 16 Aug 2022 09:37:53 +0000

In 1924, W. A. Shewhart of Bell Telephone Laboratories developed a statistical chart to control product variables. This chart is the beginning of statistical quality control as we know it.

After the second world war, engineers W. Edwards Deming and Joseph M. Juran, who worked as consultants in the Japanese manufacturing industry, created the concept of Total Quality, in which quality extends beyond the manufacturing process to all organizational processes and instills the values of quality in every worker called — Total Quality Management (TQM)
Since 2000, TQM has evolved to meet the needs of a changing marketplace.

Universalisation and emerging technologies have exploded in both the scope of quality and the tools used to meet Quality standards. New methodologies like Six Sigma have achieved higher productivity and services free from defects. Quality can now be applied to any organization, including benefits, government, healthcare, education, and even new technologies like Bitcoin and Blockchain.

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Testing over the years

When people mainly followed the waterfall methodology, the business analysts wrote the requirements, the developers coded the criteria, and the Testers tested the criteria. Each of these people was responsible for different silos and did what they were expected. Quality was thought to be analogous with testing and therefore was considered the Tester’s responsibility solely.

But nowadays, when the world has moved on to agile methodology, the barriers have been broken down — quality is not just a testers’ responsibility anymore. The whole team owns quality. The best agile teams have a mindset that everyone is responsible for quality. There are multiple ways that the team maintains quality. It is supported from the very beginning and not just measured with testing. Because testing only detects defects, quality assurance prevents defects. Teams that own quality are willing to contribute to it any way they can.

This Cypress Automation testing tutorial will help you learn the benefits of Cypress automation, and how to install Cypress and execute Cypress automation testing over scores of browsers and operating systems online.

Making Quality everyone’s responsibility

People usually believe that project managers and other leaders are less educated about testing. So misconceptions are usual. However, if you ask today, they would tell you quality is everyone’s responsibility. But no one will tell you how it is everyone’s responsibility.

What role does everyone play in making a quality product? A product owner translates user needs to user stories and works with developers. Developers who develop these user requirements and features and make them more user-friendly. Testers understand what needs to be solved and what needs to be tested to satisfy the customer. A tester with facts can influence the decisions about a product but ideally should not be making decisions about the product. It’s not that testers cannot give their opinion, but coming up with solutions and features for the product should be left to product managers.

Although we have changed our opinions towards the roles with quality and now believe quality is everyone’s responsibility, we should recognise the necessity for engineers with a quality emphasis. Having engineers focused on product performance, user experience and customer scenarios, internal development, and security ensure that these areas prioritize the product and that any issues in those areas will have a voice.

We don’t look to these teams to handle scale, UX, security, etc.; we expect these teams to deepen their understanding in these areas.
Quality is not a one-off process, and it is a continuous process. It is not the result of efforts from a single person, but it is the team’s effort. We have to make it a habit of delivering a quality product; that is how a new brand is born into the market and known for its standards. Quality is not an act! It is a habit!

Communication is the key

Good understanding between the teams is one way to ensure quality. Creating cordial relations between QA and Development will minimize the difference between the two groups. Testers can work with scrum masters for advice and input. They can work with Product managers to give and receive feedback on acceptance Criteria or test cases and defects. The result will be ensured quality in testing teams.
Opportunistic pairing is another technique for ensuring quality.

The pairing could be Developer with Developer, Tester with Tester, Developer with Tester or even the Developer, Tester and Product manager. Pairing reduces post-implementation code reviews and reworks in many cases. Each person in a team will get visibility into the other person’s tasks and processes.

With good understanding and freedom within the teams comes the ability to question and even disagree. So it might mean some features need to be redesigned around testability, testers need to shift on what they think the most critical tests are, or the team takes a calculated risk around what will be validated. The crucial point is understanding the risk and discussing what tests are essential for today and the sprint. Engaging everyone in the conversation helps shift more toward the idea that quality is everyone’s responsibility.

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Conclusion

When the project team correctly describes quality specifications and the organization has set up a procedure to ensure quality control and assurance measures are taken care of, the project is more likely to be delivered of better quality and hence more likely to succeed.
For Instance: During the Planning Stage of a Project Life Cycle, documents are the majority component of the deliverables. Ensuring the teams submit quality documents will influence the project’s success.

Similarly, during the Execution Stage, the team should ensure appropriate quality control and influence its success.

Quality is just like security. Every person can contribute to having a safer product by identifying threats or ensuring the necessary actions are taken when they see any danger. So, every person can contribute to having a higher quality deliverable by understanding the project’s quality expectations and delivering up to its standard.

A Breakdown of Continuous Testing

Navya — Fri, 12 Aug 2022 07:30:00 +0000

In the present world that we live in, the software is a vital component. As users, we interact with an ever-increasing amount of software every day. The wheels of innovation are constantly churning out new digital experiences.

The old way of testing was based on the waterfall model. The product was passed on from one team to another. A product would have separate development and QA phases. QA teams usually needed more time to ensure quality. If businesses want to keep up with the ever-increasing customer expectations, they’ll have to deliver their software faster without hindering its quality. Continuous Delivery (CD), a practice that ensures that the software can be released into production at any time, can help businesses with that. Businesses use a build pipeline to automatically test the software and deploy it to their testing and production environments with continuous delivery.

A common issue when developing software using CD principles is that businesses can only deliver at the speed of their slowest asset. After a feature has been created and released, the most time-consuming part is testing and associated activities. Testing can be achieved quickly with automation and at the same time, it can increase accuracy and thereby lower risk, which overall enhances product quality. So, automation is key in agile. Continuous testing enables software teams to approach the idea of evaluating quality at several stages of a pipeline where code is developed, delivered, and deployed continuously.

Watch this webinar to learn about enterprise-wide actionable strategies, the dos and don’ts of automation testing and DevOps tooling that will help you improve the release and test velocity.

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The Era of Agile Development

Agile development does not ensure good quality by itself; continuous delivery aspires to test the quality of our software at any given point in the pipeline. Test and development teams collaborate efficiently in a continuous delivery model and cut down manual methods while streamlining the process with automation, guaranteeing timely releases. If you need to get the most from your continuous delivery model, you must make a significant investment in continuous testing.
Continuous testing is a method that enables testing the quality of the product at any given point, as this method is all about:

Testing at initial stages of the release pipeline
Testing more before release
Testing across environments and devices

How Continuous Testing Powers Continuous Delivery

Without investing in continuous testing, a continuous delivery model will remain an unfulfilled dream. Continuous testing involves many automated test implementations each time code changes are made. These tests are conducted during the software delivery to drive feedback on code changes. In addition, continuous testing helps you save production costs as it’s a known fact that a bug caught during the production phase might prove to be ten times costlier than the one noticed during the continuous testing phase itself.

Proper implementation of continuous testing in continuous delivery can benefit your product. Developers can perform a live test of their code’s execution, functionality, and behavior with tools like Selenium. Regression testing, API, UI, and Performance testing, must be executed to ensure app quality in several customized cases. Businesses can test all the changes made on the go. After making the necessary changes in the CI environment, the DevOps team can implement parallel tests with automatic notifications, alerts etc., whenever there’s a failure in any build component. QA team then must approve by running regression, load, and functional tests deployment. If the test configuration is correct, the tests can go on continuously without any manual testing.

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Obstacles in Continuous Testing

Continuous testing makes it possible to remove testing as a blocker for faster CD. But Continuous testing has its challenges:

Lack of Test Support in software — Achieving continuous testing for new feature work done in legacy products becomes more complicated if the product doesn’t have testability support. Implementing test support features to these products is expensive, hindering the success of Continuous Testing.
Absence of Standard Tools — Standard tools to implement continuous testing for many products does not exist. Teams usually use in-house automation tools or frameworks that lack proper documentation and maintenance. This adds to the problems of the testing team. They will now have to struggle with the issues of the tool/framework as well.
Insufficient Testing Infrastructure — Continuous testing needs additional test environments to be maintained, kept up, and running round the clock. It would help if one also has advanced tools to implement faster feedback loops. Although these costs aren’t high compared to the price that is incurred due to the poor quality of the product, there is a need for organizational commitment. A halfway journey to continuous testing without adequate infrastructure only adds to the problems of the testing team and doesn’t help anyone.
Scaling — Not all testing frameworks/tools may scale. Lack of support for sizeable concurrent test sessions and slow test executions can become severe blockers for the dream of achieving Continuous Testing. These scalability issues are not always seen in the beginning. They become visible only after a significant amount of tests have been added to the system, and the test system starts to get highly loaded.

Advantages of Continuous Testing

Actionable feedback — Risk-based feedback helps developers and managers discover and fix critical defects while building code, not afterward. Risk-based insights from automated tools help cast a much wider safety net for business risk coverage than traditional manual testing. Instant feedback also helps developers make better design decisions at the moment.
Faster Deployment — With quicker and more continuous feedback loops throughout the pipeline, bugs can be found earlier and fixed earlier. It also means that QA can happen faster, and deployment can occur sooner.
Efficient Testing — Continuous testing helps developers and managers by enabling them to perform the correct tests at all times. This allows them to decide whether a shift left or a shift right is required in their delivery pipeline. End-to-end testing with automated tools helps reduce the false positives and timeouts which usually appear in standard test environments. As testing is done during every stage of development, developers can be confident of building a secure, highly-flexible product.
Low Risk — Automated tasks perform much better at repetitive tasks with large quantities of data. These tasks are executed faster and with higher accuracy and can effectively mitigate risk in testing.

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Conclusion

Continuous testing is no longer an option for businesses but an essential software development and release process. Modern-age businesses must utilize the benefits of continuous testing, and having the right software to do that is essential. LambdaTest’s test execution platform allows users to run both manual and automated tests of web and mobile apps across 3000+ different browsers, browser versions, and operating system environments. Over 500 enterprises and 600,000+ users across 130+ countries rely on LambdaTest for their test execution needs.

Complete Automation Testing – Is It Feasible?

Navya — Fri, 12 Aug 2022 06:03:00 +0000

It is a fact that software testing is time and resources consuming. Testing the software can be observed from different perspectives. It can be divided based on what we are testing. For example, each deliverable in the project, like the requirements, design, code, documents, user interface, etc., should be tested. Moreover, we may test the code based on the user and functional requirements or specifications, i.e., black-box testing. At this level, we are testing the code as a black box to ensure that all services expected from the program exist, work as expected, and with no problem. We may also need to test the structure of the code, i.e., white box testing. Testing can also be divided based on the sub-stages or activities in testing, for instance, test case generation and design, test case execution and verification, building the testing database, etc. Testing ensures that the developed software is, ultimately, error-free. However, no process can guarantee that the developed software is 100% error-free.

Though manual testing is often responsible for missed bugs, sub-optimal test coverage, and human errors, it is impossible to completely replace it with automation testing, even in large projects. Testing such as UX, usability, exploratory, etc., requires human factors because an automatic tool can’t mimic user behavior. Automated testing doesn’t work for security testing either. Automated vulnerability scanning requires a subsequent manual check because it provides many false positives.

In today’s real-world scenarios, applications undergo frequent changes based on user feedback, web traffic (performance/load), competition, compliance laws, etc. So to stay in the race, there is a need to innovate, upgrade, and enhance your product offerings, making it challenging to automate everything. So what does it mean to implement a complete automated testing strategy? Is it even feasible? And does fully automated QA guarantee quality?

Watch this webinar to learn about enterprise-wide actionable strategies, the dos and don’ts of automation testing and DevOps tooling that will help you improve the release and test velocity.

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Do we need complete automation testing?

Automated testing is not precisely testing; it is checking facts. Checking is machine-decidable; testing requires perception. Testing is an investigation exercise where we aim to obtain new information about the system under test through exploration.Testing (manual) requires a human to make sound judgments on usability. As a result, we can notice irregularities when we were not expecting. In addition, there are other interrelated development activities when implementing a test automation solution than just scripting test cases.

Usually, businesses develop a framework to demonstrate operations like test case selection, reporting, etc.The development of the framework is a huge task and requires skilled developers, and takes time to build. Furthermore, even when a fully functional framework is in place, scripting automated checks takes longer than manually executing the same test.
However, businesses should not be lenient towards one or the other, as both methods are required to get insight into the quality of the application. Businesses spend many hours developing a perfect test automation solution using the best tools and practices, but it isn’t beneficial if the automated checks do not help the team. Instead of aiming to replace manual QAs, we should embrace its advantages to the team. For example, automation testing helps liberate QA’s time for more exploratory testing and will reveal bugs.

Which tests should be automated?

Teams often want to automate everything they can. But that comes back to haunt them as they run into various problems. Businesses should analyze the types of test cases they wish to automate and cases that cannot be automated or should not be automated. Teams should not automate tests just for the sake of it. For example, if you automate a whole set of tests that will require a great deal of upkeep, you are investing additional time and money that you may not have. Instead, it would help if you focused on adopting a risk-based approach, such that you’re only automating the most valuable tests.

Let’s have a look at the most feasible automation test scenarios:

Regression tests: Regression tests require the same variables to be tested multiple times to ensure the new features do not mess with the older functionality. Regression tests are perfect for automation.
Complex functionalities: Businesses can automate all tests requiring complex calculations.
Smoke tests: The quality of significant functionalities can be verified for the businesses by running automated tests, which will quickly analyze if the functionality needs more testing.
Data-driven tests: Testing functionalities repeatedly with numerous data sets is also a good scenario to consider automation testing.
Performance tests: Tests that monitor software performance under different circumstances are perfect for automation testing. Doing the performance testing for the manual testing team would be incredibly detailed and time-consuming.
Functional tests: Every time a developer needs to perform functional testing that is to be executed quickly for immediate feedback is another example of automation testing that makes sense. It is impossible to achieve this without automation, especially in fast-growing organizations.

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Problems with automated testing

The crux of the problem is that agile teams are not testing anymore. Manual testing has lost its advantage due to development practices and cultures like DevOps. There is a divide in the QA space — those who can code and those who can’t. Most testers now struggle to keep up with the automation demand. There is pressure to automate tests in every sprint, and there is not enough time for thorough exploratory testing.
The problem in agile development is that testers take a user flow and automate its acceptance criteria. But, while doing so, their primary and only focus is to wrestle with their limited coding skills to get the test passed. So, naturally, this creates a narrow focus when you’re only interested in automating the test and see it getting passed in the build pipeline.

High expectations
Most people in business believe new technical solutions will save the day. Testing tools are no exception! We cannot deny that tools nowadays can solve almost every problem we currently face in test automation. However, this unrealistic optimism also leads to unrealistic expectations. No matter how competent the tool is, if management expectations are unrealistic, it will not meet expectations.
Automating unnecessary tests
Don’t automate tests just for the sake of it. Instead, put some thought into the process. Study the high-level and low-level architecture of the product. Ask what can go wrong. Analyze the integration points and look for potential breaking points.
Take a risk-based approach in automation with your overall testing approach. For example, what is the likelihood of something breaking, and what is the impact of the failure? Those scenarios should be automated and executed every build if the answer is high.
Flawed security
Just because the test tools do not find any defects doesn’t mean there is no defect in the software. It is crucial to understand that if the tests contain defects, they will bring incorrect outcomes. The automation test will preserve those unsatisfactory results indefinitely.
Overlooking important scenarios
A severe issue often leaks into production because no one thought about a particular scenario. It doesn’t matter how many automation tests are executed. If a scenario is overlooked, there will be a bug as per Sod’s law i.e if something can go wrong, it will.

Conclusion

Most test automation engineers spend time battling automation code and getting the tests to work in modern software development. They hardly focus on proper testing and exploring the system.
There is not enough time to write automation code and perform exploratory testing. Teams automate sprint after sprint and forget about the big picture.
Often businesses end up executing tons of automated tests, yet exploratory testing finds the majority of bugs. Instead, businesses should be selective on what to automate based on risk assessment. What might go wrong, and what will impact the business if it does go wrong?

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Best Practices to Follow in Test Automation

Navya — Wed, 10 Aug 2022 11:07:37 +0000

Enterprises today look at a feature delivery schedule of 2–3 days or even on the same day, from wanting delivery within a year, a month, or a week. The advent of software automated testing and its use in conjunction with manual testing has enabled project managers to stick to the needed delivery time frame.

A timely software testing catches the problem, rectifying it before the feature reaches the user. Software testing is one of the most active discussions while the software is being designed to provide ease to its users and is an integral part of software development.
But to maximize the use of automated testing, certain practices need to be followed. This blog will discuss a few practices to follow in test automation.

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Know the hurdles of automated testing

Once you build a testing team, the next step is to know what is stopping your team from moving to automated testing. In most cases, it is the idea of learning a new programming language. Can a team learn a new programming language and implement a successful test automation project? These are the hurdles that the team has to overcome. To overcome such fears, a team should start small.

Watch this webinar to learn about enterprise-wide actionable strategies, the dos and don’ts of automation testing and DevOps tooling that will help you improve the release and test velocity.

Right tools and frameworks

The main idea is to get your team comfortable with the tools and framework you wish to utilize. It is a fact that the choice of the automation tool has a vital role to play. The tool selected can either be open-sourced and free or commercial ones that need to be purchased but have better features and offer better support. The features associated with the tool should be in line with the test requirements of the software applications that need to be tested. It should be functional with multiple programming languages, operating systems, etc.

What to automate

First and foremost, the team has to prioritize which tests to automate. Just because you can automate tests, it doesn’t mean it should be applied to everything. It’s unnecessary to automate all tests. Many tests are better off being done manually. Automating complex and less often used tests is a definite failure and isn’t worth the team’s effort. In addition, create a list of the browsers and devices that will be essential to your particular test suite.

Allocate and divide the effort for automation

Usually, the creation of different tests reflects QA engineers’ skill levels. Therefore, it is essential to identify each team member’s experience and skills. Then, divide the testing efforts based on the team member’s skill set. For example, writing test scripts requires an in-depth knowledge of scripting languages. Thus, to perform these tasks, you should have QA engineers that know the script language provided by the automated testing tool. The efficiency of a test automation plan depends on the correct task allocations to personnel based on the test schedule, the expertise of the professionals, and the testing team size.

Divide into smaller functional modules

Creating modules makes it easier for the project managers to track test coverage efficiently and understand the exact location of the defect or errors. It is also easier for testers to write test scripts for smaller modules.

Custom test environment

Creating an effective customized test environment can only be done by the exact replication of the production environment. Thus the test environment needs to include test automation systems and tools which are used in the development of software with customized configurations.

Test early and with higher frequency

Testing early and frequently facilitates a significant reduction in the defect or error turn-around time. In addition, frequent testing throughout the different phases of software development also enables it to function with greater accuracy.

Metrics for test result analysis

Getting the right metrics to assess and monitor the quality objectives throughout the different software development cycles is another crucial aspect of an effective software test automation plan.

Emphasis on bug reporting

There is a direct relation between the quality of bug reporting done and the turn-around time. In addition, the availability of clear, detailed, and precise information on the errors present in the software helps to eliminate them faster.

This Playwright Browser Testing tutorial will guide you through the setup of the Playwright framework, which will enable you to write end-to-end tests for your future projects.

Comment heavy!

Most of the time, you will not be the only one working on automation. So help your co-workers and yourself by keeping good comments on your code. People are not mind readers and will not understand your thought process. So always add very detailed comments in incredibly confusing sections for your co-workers’ benefit but also your future self!

Code Reusability

One of the most common actions in automation is finding the element for every action like click, enter, etc. Code reusability is essential since finding the same element for every action is a waste of time. Instead, create it once and then reuse the same everywhere required.

The delivery of a quality software or application depends on the effectiveness and efficiency of its software testing plan. Therefore, test automation can only help achieve quality software and reduce time-to-market when it follows certain best practices. However, it’s essential to understand that every enterprise has different requirements. Therefore, study these practices and implement them to best suit the software, the business, and the users.

How to keep CEOs deeply invested in DevOps

Navya — Tue, 09 Aug 2022 15:04:48 +0000

Customers and employees today are demanding increasingly high-quality digital user experiences. This means new DevOps teams need to implement applications securely and efficiently.

As enterprise needs become more complex, so does their DevOps process. For example, web and mobile UI require multi-platform development, which means multiple processes. In addition, as the complexity of the system increases, processes need greater observability to ensure that all the necessary steps are implemented before code is released.

Also, regulatory compliance requires enterprises to maintain fully documented and auditable processes.

These challenges can be overcome with a current DevOps system that automates workflows which helps in reducing errors and increasing productivity while also maintaining audit tracking and compliance reporting.

Watch this webinar to learn about enterprise-wide actionable strategies, the dos and don’ts of automation testing and DevOps tooling that will help you improve the release and test velocity.

This Playwright testing tutorial will guide you through the setup of the Playwright browser testing framework, which will enable you to write end-to-end tests for your future projects.

Why Should Enterprises Focus on DevOps?

The benefit of DevOps in enterprises is that it helps interdisciplinary, autonomous, and small teams work together to achieve common goals. For example, collective efforts, automation, and response to all stakeholders and teammates directly affect product quality and speedy deliveries. Therefore, adopting the DevOps culture becomes essential for enterprises because competing and conflicting priorities may compromise product quality and speed.

There are countless benefits of DevOps. Some of the benefits of DevOps for enterprises are listed below

Faster Delivery
DevOps benefits enterprises in making deployment faster. Enterprises can now quickly deploy new processes, systems, and applications using DevOps.
You can deliver faster results because the whole development and deployment process will take less time when departments work together. This is advantageous for the enterprises. It allows enterprises to improve business timing and delivery consistently.
Improved Customer Experience
According to Peerbits, using DevOps, enterprises can improve their deployment frequency by 200 times, recovery times by 24, and lower change failure rates three times. Automating the delivery pipeline makes it possible to ensure the reliability and stability of an application after every new release. In addition, when the applications perform flawlessly in production, organizations reap the benefit of greater customer satisfaction.
Early bug detection
The collaborative DevOps environment encourages a culture of knowledge sharing between the teams. The automated CI/CD helps improve the code’s overall build quality. Teams are encouraged to share their feedback to detect and resolve the bugs as early as possible. This helps enterprises avoid overhead costs later.
Room for Innovation
DevOps benefits for enterprises mean more time for innovating. After implementing DevOps, enterprises can automate and improve the efficiency of the processes. This makes sure employees get a lot of time for brainstorming and innovation for the benefit of the enterprises. The more time enterprises have to innovate and improve, the more they will grow and succeed.
Collaboration
Today development teams need to divide their inter-departmental silos and collaborate and communicate in a dynamic environment. DevOps clears the way to increase business agility by providing the much–needed atmosphere of team collaboration, communication, and integration across distributed teams in an enterprise setup. The earlier set boundaries are getting blurred in an encouraging DevOps environment. Together, all team members are responsible for meeting the quality and timeliness of deliverables.
Transparency
The elimination of silos and increasing collaboration between the teams helps make them more focused in their specialized field. Therefore, incorporating DevOps practices also leads to an upsurge in productivity and efficiency among the employees of a company.
Minimal production cost
With proper collaboration, DevOps helps cut down the management and production costs of the enterprise, as both maintenance and new updates are now under a broader single umbrella.
Continuous Release and Deployment
Enterprises require teams to continuously deliver quality software, reduce go-to-market timelines, and have shorter release cycles. DevOps enables this via automation. Automated CI/CD pipeline allows the teams to develop and integrate code quickly. Also, when QA is integrated into every step and automated, it maintains the quality of the code. So, DevOps promotes better efficiency, higher quality, and faster & continuous releases.

This Playwright testing tutorial will guide you through the setup of the Playwright browser testing framework, which will enable you to write end-to-end tests for your future projects.

Try an online Selenium testing Grid to run your browser automation testing scripts. Our cloud infrastructure has 3000+ desktop & mobile environments. Try for free!

Conclusion

Of course, there is a lot of groundwork needed to implement DevOps. Enterprises need to adjust to the cultural change, organize key metrics, enforce automation, and most importantly, integrate QA within the SDLC.

Although testing is usually ignored when it comes to DevOps, it may be a significant factor in helping achieve true success.

LambdaTest helps you realize the benefits that DevOps can bring to your enterprise. DevOps is the best thing to do with a proper automated testing framework in place if you want to save on time and money while increasing quality and time to market.

By leveraging automation testing on LambdaTest, businesses can execute multiple scripts simultaneously across browsers/OS combinations to address the functionality issues.

Lambdatest offers online Selenium test automation on Desktop, Android, and iOS Mobile Browsers. It also offers a range of complementary features like Integrated debugging, local hosted web testing, and geo-location testing.

You can also integrate LambdaTest with your favorite collaboration tool and manage your bugs easily in a single place.

Finally, businesses can achieve 100% test coverage for cross-browser compatibility.

LambdaTest helps businesses execute all test scripts across different browsers, real devices, and OS combinations and helps identify bugs much faster.