Today, the demand for high-quality software is rapidly rising for businesses across industries. Every business needs scalable, robust, and high-quality software to deliver a greater user experience. But, how can companies to achieve high-quality software? It can be achieved by leveraging Quality Assurance (QA), which helps track the software quality and ensures that the specified software meets the defined business requirements.

Content 1. What is Quality Assurance (QA)? 2. Benefits of leveraging QA testing services 3. Major difference between QA and QE 4. What role does Quality Assurance play in DevOps? 5. What is the significance of QA across leading industries in 2022? 6. Best QA practices for software testing in 2022 7. Major types of QA testing for businesses to leverage 8. Top 5 QA Trends to watch in 2022 9. Leading QA testing tools in 2022 10. As a Leading QA testing services provider, how can TestingXperts help businesses? 11. Conclusion

What is Quality Assurance (QA)?

Quality Assurance or QA testing determines whether the software meets the specific quality standards. Software quality assurance involves evaluating the software based on functionality, performance, usability, security, etc. QA testing also involves checking the quality of the process used to develop, test, and release the software. Thus, QA is an integral part of quality management focused on providing confidence internally to business managers and stakeholders and externally to customers, government agencies, regulators, and third parties.

According to Wikipedia, Quality assurance (QA) prevents mistakes and defects in manufactured products and avoids problems when delivering products or services to customers. ISO 9000 defines QA as part of quality management focused on providing confidence that quality requirements will be fulfilled.

Benefits of leveraging QA testing services

Ensures proper procedures are followed:

By leveraging QA testing, businesses can ensure that their software is developed and tested by following proper procedures throughout the software development lifecycle (SDLC).

Ensures bug-free software:

QA testing ensures that software is free from bugs as the product is tested end-to-end by QA testers.

Improves product quality:

QA teams perform testing, process monitoring, audits, and product evaluation to enhance the overall product quality.

Protects brand reputation:

By leveraging QA testing, businesses can improve product quality and achieve bug-free software that ultimately uplifts their reputation and delivers a greater customer experience.

Ensures security:

QA testing ensures that the software is built and tested and is free from any security loopholes, which ultimately improves the security-based features of the software.

Improves customer satisfaction:

QA testing ensures that the software has all the required features, works appropriately, and improves customer satisfaction.

Major difference between QA and QE

QA teams help prevent defects in the software by ensuring it is built and tested by following all the procedures throughout the SDLC. This QA process ensures that software meets all quality standards and is free from bugs. On the other hand, Quality Engineering (QE) assures high standards during software development and is explicitly suitable for agile and DevOps methodologies. Typically, quality engineers play a critical role in quality engineering by creating, implementing, and maintaining systems to ensure effective quality assurance processes.

Another significant difference is that the software quality assurance team or the software quality analysts focus on implementing quality in the software during its built stage. They even perform quality tests. Whereas the software quality engineers focus on further improving the QA process. They work only after the software quality analysts complete their work and submit QA requirements.

What role does Quality Assurance play in DevOps?

Today’s businesses are rapidly adopting DevOps processes to automate software deployment and embrace a culture where development and testing are taken up parallelly. The DevOps methodology helps ensure quality checks at every step of the software development and ensures faster releases and faster time-to-market.

Since quality is deeply integrated into DevOps, QA becomes an integral part of the DevOps processes, as stated below:

• In a DevOps environment, the QA teams work collaboratively with development and operations teams to ensure faster releases with continuous integration (CI) and continuous delivery (CD) to get high-quality software.

• Quality is ensured with QA in place throughout the software development, software testing, and software delivery cycle within the DevOps processes.

• By ensuring QA in DevOps, the development and testing teams take full responsibility for the software quality.

• QAops is the combination of QA with IT Operation and Development teams. It helps deliver high-quality software at a faster pace and enables better communication between cross-functional teams in the software development process.

• Thus, QA helps release code consistently and ensures quality is not just limited to removing the bugs but is built throughout the software release cycle with DevOps.

Further, businesses across industries need quality software, and seemingly QA plays a significant role in enabling quality products for all industries.

What is the significance of QA across leading industries in 2022?

Banking, Financial Services, and Insurance (BFSI):

Today, the BFSI industry heavily depends on digital transformation technology and needs high-quality apps to deliver a great CX, which can be achieved by leveraging QA testing. Some of the other factors which establish QA testing needs for the BFSI sector include:

• BFSI apps usually have multi-tier or N-tier architecture with several underlying app layers that need effective QA testing validation.

• BFSI apps should have proper integration with third-party apps and payment gateways, which requires QA testing.

• BFSI industry should ensure no app downtime or server outage situations, which is ensured through effective QA testing.

• It is essential to conduct QA testing of BFSI apps to ensure there are no security loopholes in the app that cyber attackers can exploit.

• Moreover, BFSI apps must comply with open banking standards, regulatory compliances, and web content accessibility standards which are ensured through effective QA testing.

Retail/eCommerce:

The demand for high-performing eCommerce apps is rapidly rising. Even a small bug in an eCommerce app can drastically decrease sales volume or result in visitor/customer loss, revenue dips, and more. Thus, QA testing is essential for eCommerce and retail apps. Some of the other factors include:

• QA testing ensures seamless eCommerce app cart functionality for sudden price changes, discounts, special offers, or when a new product is added to the shopping cart.

• To ensure the correct display of the product page, proper app navigation, and fully functional links, QA testing is essential.

• Also, eCommerce apps must perform seamlessly on all devices, platforms, and OS to attract more customers, which again needs QA testing.

• eCommerce apps must be secure as it contains customer’s sensitive data like their phone no, banking credentials, card details etc. which must be protected by leveraging QA testing

• QA testing ensures eCommerce apps comply with WCAG guidelines to ensure seamless access of apps to all.

Telecom:

The Telecom industry plays a critical role in keeping the world connected, and as the apps are interconnected, they should perform seamlessly, which needs QA testing. Some other reasons why the telecom industry needs QA testing include:

• Telecom apps usually are complex and have several underlying API layers which need effective validation, which can be achieved through QA testing.

• The Telecom industry has to deal with complex tasks like network configuration, network inventory, fault management, and service provisioning, which need proper QA testing.

• By leveraging security testing, telecom businesses can be ensured that their apps are free from vulnerabilities and security flaws.

• Further, QA testing can also help telecom businesses optimize their time-to-market and reduce the number of customer complaints.

Healthcare:

The healthcare sector deals with critical patient information and must ensure that healthcare, pharma, and other apps are free from bugs and security loopholes that need effective QA testing. Some of the other reasons why the healthcare sector needs QA testing include:

• QA testing is required for the functional validation of the healthcare apps

• Healthcare apps need to be accessible to all people, including people with certain disabilities, which can be ensured by leveraging QA accessibility testing.

• The healthcare sector can ensure quick loading speed, effective app navigation, and seamless compatibility of their apps across OS and devices by leveraging QA testing.

• The healthcare industry is data-rich, and there is an essential need to store and organize information properly, which needs big data testing, an integral part of QA testing.

Travel and Logistics:

Logistics is an essential part of the supply chain for every industry and is constantly under pressure to deliver products faster. Due to the rapid technological advancements, the logistics sector needs to adopt disruptive QA solutions to ensure continuous improvement, enhanced communications, better visibility, and faster delivery. Some of the reasons why this industry needs QA testing include:

• With QA testing, the travel and logistics industry can save itself from situations of communication failure that can lead to fatalities, delayed deliveries, inappropriate supplies, and loss of business, client, reputation, and money.

• QA testing also improves the operational efficiency of the logistics industry

• Security vulnerabilities can be identified and removed from the logistics and related software by leveraging security testing.

• The logistics sector heavily depends on technology and is adopting cloud apps rapidly. QA testing ensures proper functioning, security, and data migration from physical storage to cloud apps.

Best QA practices for software testing in 2022

Ensure continuous monitoring:

Ensures continuous monitoring of the SDLC process to ensure that the agreed standards and procedures are followed while the software is built and tested.

Include risk management:

For an effective QA process, testers must include risk management and other related processes to identify, assess, prioritize, monitor, and control the risk.

Check compliance with industry standards:

QA testers must check that a product meets all the necessary compliance and industry standards by leveraging compliance testing.

Prioritize bugs based on risk and usage:

It is best to prioritize the bugs before fixing them based on the risk and usage of that particular area of an app.

Ensure testing throughout the SDLC:

Testers need to conduct QA testing throughout the SDLC to remove bugs as early as possible.

Automate regression suite:

Testers must automate the regression suite to ensure automated regression tests whenever changes in the software are introduced. The automated regression suite ensures there are no bugs in the software even after frequent code changes.

Ensure accurate reports documentation:

It is best to document the software testing results in a report as it acts as excellent training material and helps stakeholders make informed decisions.

Major types of QA testing for businesses to leverage

Functional testing

• Unit testing

• Integration testing

• Regression testing

• Test automation

• User acceptance testing

Non-functional testing

• Security testing

• Performance and load testing

• Usability testing

• Accessibility testing

Next-gen & Specialized testing

• RPA testing

• AI-based testing

• Digital testing

• IoT testing

• Blockchain testing

• API testing

• Cloud testing

• Data migration testing

Top 5 QA Trends to watch in 2022

QAOps to leap in 2022:

Today’s digital businesses are rapidly adopting DevOps methodology to deliver software faster. However, faster delivery alone is not enough to deliver a great CX, and it is essential to ensure quality along with faster delivery. This is where QA in DevOps or QAOps plays its role, and it is expected to take a leap in 2022.

RPA to lead charts in 2022:

Robotic Process Automation (RPA) is an extension of automation, and it can be applied to automate almost anything in a structured form. In the upcoming years, the usage of RPA in software testing is expected to rise more as it will let testers automate large and complex data through an easy-to-use interface. Testers will be able to give commands to already taught robots to perform several tasks easily and can significantly save a lot of time and effort.

According to Globenewswire, the Global Robotic Process (RPA) Automation Market size is expected to reach $7.2 billion by 2025, rising at a CAGR of 32.6% during the forecast period of 2019-2025.

Rise in the usage of AI and ML in software testing:

As businesses have moved towards digital transformation, it has become essential to embed advanced technologies like AI and ML into software testing. AI and ML in software testing can help businesses understand customer behavior, predict market demand and deliver software faster with advanced testing techniques. Due to this reason, the use of AI and ML in software testing is expected to rise more in 2022.

According to Gartner, Global Artificial Intelligence (AI) software revenue is forecasted to reach $62.5 billion in 2022, increasing 21.3 percent from 2021.

Low code/no-code automation to gain prominence:

The low-code/no-code automation platforms are software programs that require little to no coding knowledge. It offers pre-designed workflow templates and a user-friendly drag-and-drop interface for customizing workflows that people without back-end computer programming knowledge can use easily. Since it provides various benefits to businesses, like faster time to market, scalability, self-service capability, etc., their usage is expected to grow more in 2022.

According to NASSCOM, the global low-code development industry was valued at $13.8 billion in 2021 and is expected to grow at a CAGR of 28.1% during the forecast period 2021-2025

Cyber Security Testing to gain more attention:

Due to the rapidly rising cyber-attacks, cybersecurity has become an essential need for all industries and has also become a boardroom discussion for CXOs and CIOs. Today, businesses have realized the importance of security testing of their applications, networks, and systems to ensure secure transactions and complete protection of their customer data. Thus, cyber security testing has gained a lot of importance, and its prominence is expected to rise more in the coming years.

According to Mordor Intelligence, the Global Cybersecurity Market was valued at USD 132.94 billion in 2021, and it is expected to register a CAGR of 14.5% from 2022 to 2027.

Leading QA testing tools in 2022

UiPath Test Suite

It is an open-source RPA testing tool that can automate any desktop or web app. This RPA tool offers a complete suite for functional testing under one roof. The UiPath Test Suite contains StudioPro, Orchestrator, Test Management Hub, Test Manager, and Robots. UiPath can be hosted in virtual terminals or cloud environments and works well with .Net, Java, Flash, PDF, Legacy, SAP, etc.

Tricentis TOSCA:

It is an AI-driven, next-gen test automation testing tool that allows Agile and DevOps teams to achieve test automation goals rapidly. This tool enables teams to go beyond continuous testing with AI. Tricentis allows automating end-to-end testing of software applications. This tool combines multiple aspects of software testing (test case design, test automation, test data design and generation, and analytics) to test GUIs and APIs from a business perspective.

Selenium:

It is an open-source web automation tool and supports all OS like Windows, MAC, Linux, etc., and web browsers like Chrome, Firefox, Internet Explorer, etc. It supports programming languages such as Java, PHP, C#, Python, Ruby, Perl, etc. It comes with a record and playback feature that helps test web applications. Testers can run various scripts in parallel using Selenium, making the test automation process faster.

Katalon Studio:

It is a codeless automation tool used to test API, mobile, web, and desktop applications. This testing tool supports multiple platforms like Windows, macOS, and Linux, and it also supports both SOAP and RESTful for API and services testing. This tool has some great features like recording actions, creating test cases, generating test scripts, executing tests, reporting results, and easily integrating with many other tools throughout the SDLC.

Botium:

It is an open-source test automation tool provided by Selenium and is used for testing chatbot applications. It supports chatbot makers in training and quality assurance: Chatbot makers define what the chatbot is supposed to do.

Conclusion

Today’s businesses need high-quality products to deliver a greater CX and to beat the competition. Quality assurance is an effective way to ensure the quality of products and services, and it can save cost, time, and effort by preventing defects in the software as QA teams identify them. Businesses should leverage software quality assurance testing from a next-gen specialist QA and software testing services provider for superior quality products and deliver a great CX.

As a Leading QA testing services provider, how can TestingXperts help businesses?

TestingXperts (Tx) is one of the 5 largest pure-play software testing services provider globally. Tx has been chosen as a trusted QA partner by Fortune clients and ensures superior testing outcomes for its global clientele. We have rich expertise in enabling end-to-end testing services for global clients across various industry domains like healthcare, telecom, BFSI, retail & eCommerce, etc.

Our wide range of QA testing services includes:

Test Advisory: TestingXperts’ Test Advisory Services provide you with specialist advice to help you achieve overall product quality, reduced release cycle time, faster time-to-market, and significant reductions in QA costs. Our Test advisory services will help you move to the next maturity level in QA.

DevOps Consulting Services: Our DevOps experts will analyze your business needs and help you achieve a strategic DevOps adoption roadmap. Our wide range of DevOps services like DevOps consulting, DevOps CI/CD implementation, Enterprise DevOps Transformation, IAC consulting and Implementation, and Test Automation in DevOps will help you achieve faster and quality releases.

Test Automation: We have in-house test automation experts with rich expertise in industry-leading test automation tools. We can help you reduce regression time and cost with our end-to-end test automation services with our in-house test automation accelerator Tx-Automate.

Functional Testing: Tx has years of experience providing functional testing services for clients across domains. Our wide range of functional testing services includes automation, manual, regression, and mobile application testing. We have in-house mobile test labs with numerous mobile devices.

Non-Functional Testing: Tx provides a wide range of non-functional testing services such as performance and load testing, security testing, usability testing, and accessibility testing. We also have an in-house performance testing accelerator, ‘Tx-PEARS,’ which helps with all non-functional testing requirements, including continuous monitoring of your infrastructure in production as well as in lower environments.

Next-gen Testing: Our wide range of next-gen testing services include AI testing, RPA testing using UiPath Test Suite, Digital testing, IoT testing, etc.

The post Why Quality Assurance (QA) Is Critical for Businesses Across Industries In 2022? first appeared on TestingXperts.

Content 1. What is Penetration Testing? 2. What are the benefits with Pen Testing? 3. What are the different types of Pen Testing? 4. Who performs Pen Testing and what are the roles & responsibilities of Pen Testers 5. Differences between Manual and Automated Penetration Testing 6. What are the phases of Penetration Testing? 7. What are the different approaches to Pen Testing? 8. What are the important Penetration Testing Tools? 9. Conclusion

What is Penetration Testing?

Pen testing or penetration testing is an ethical hacking process which involves assessing an application or an organization’s infrastructure for different types of vulnerabilities. This process of pen testing helps to exploit the various vulnerabilities within the system and the reasons for these vulnerabilities include certain misconfigurations, poorly designed architecture, insecure code, etc.

Thus, by performing pen testing, it eventually helps to identify vulnerabilities and the process delivers actionable reports that clearly explain each vulnerability, specifically how to exploit them along with how to fix them. Essentially, each of the vulnerability identified is given a specified rating with which the actionable remediation should be planned by the organizations.

Typically, a pen test is an ethical attack simulation that is performed to validate the effectiveness of security controls in a particular environment and highlights the possible vulnerabilities. This pen testing process involves the usage of various manual or automated techniques to simulate an attack on an organization’s information security (in a well informed environment to the organization so there is no actual data loss). The ethical hacking process could be run be from on company’s infrastructure or on employees within the same organization to test the security.

Primarily, businesses that store and access sensitive or private data such as banks, financial institutions, healthcare providers, etc. should adopt this form of testing to safeguard them from any possible vulnerabilities. Thus, businesses adopting pen testing tend to achieve many benefits by leveraging this method of testing.

What are the benefits with Pen Testing?

– Helps to identify vulnerabilities that would remain unidentified otherwise

– Helps to discover new threats by any possible attackers or intruders

– Helps to identify real-time vulnerabilities within systems and web applications

– Helps to test the effectiveness of web application firewalls

– Helps to test cyber-defence capability of the organization

– Helps to identify and showcase real-time risks and vulnerabilities

– Helps to find any possible insecurity within the system infrastructure network or an application

What are the different types of Pen Testing?

Network penetration testing:

In this type of pen testing, the physical structure of the system is checked primarily to identify risks in the network of the organization. In this testing, the penetration tester performs tests in the organization’s network and tries to find out flaws in the design, operation, or implementation of the respective company’s network. Various components of the organization such as computers, modems, remote access devices are all checked by the tester to exploit the possible vulnerabilities.

Physical penetration testing:

This method of physical penetration testing is done to simulate the real-world threats. The pen tester acts as a cyber-attacker and tries to break the physical barrier of security. This test is done to check for the vulnerabilities in physical controls like security cameras, lockers, barriers, sensors, etc.

Web application penetration testing:

This method of pen testing is done to check vulnerabilities or weaknesses within web-based applications. The web penetration testing looks out for any security issues that might occur due to insecure development due to design or code and identified potential vulnerabilities within websites and web apps. This type of testing is most needed for online shopping websites, banking apps, and other eCommerce websites which deal with online transactions.

Wireless network penetration testing:

This form of pen testing is done to examine the connection between all devices like laptops, computers, tablets, smart-phones, etc, that are connected to the organization’s Wifi. This form of pen testing is done to prevent any data leakage that can happen while sharing data from one device to another device through the Wifi network.

Who performs Pen Testing and what are the roles & responsibilities of Pen Testers:

The penetration testing is conducted by pen testers who design and plan simulations and security assessments that are designed to probe any potential weaknesses within the system or IT infrastructure or web apps.

They are also responsible to document all the findings and deliver them to the clients or employees or to the organization. These pen testers perform the process of this testing either manually or by using certain set of automated tools and there are basic differences between these methods of testing.

Differences between Manual and Automated Penetration Testing

What are the phases of Penetration Testing?

– Pre-engagement activities

– Reconnaissance phase

– Threat modelling & vulnerability identification

– Exploitation phase & post exploitation

– Comprehensive reporting

– Resolution phase

– Re-testing phase

What are the different approaches to Pen Testing?

Depending up on the level of information that is available to the pen tester, there are three types of approaches to pen testing.

Black box:

Black box pen testing is also commonly known as external penetration testing. In this approach, the pen tester has no information about the IT infrastructure of the organization. This process appears to be more like simulation of real-world cyber-attack to check the vulnerabilities in the system.

Specifically, in this method, the pen testers act as cyber-attackers and try to exploit the vulnerabilities that exist in the system. This process usually takes a lot of time and can take even up to six weeks to complete.

White box:

White box penetration testing is also known as internal penetration testing, clear box, or even known as glass box penetration testing. In this approach of pen testing, the pen tester is provided with the complete information of the IT Infrastructure, source code, and environment.

It is a much detailed and in-depth type of pen test done wherein every area is checked such as the quality of code and the basic design of the application. Moreover, this type of pen testing approach usually takes two to three weeks to get completed.

Gray box:

In this approach of penetration testing, the pen tester is provided with partial information of IT infrastructure, and code structure. It is a more focused approach as the pen tester has partial knowledge or access to internal network or web application and can focus some effort on exploiting the possible vulnerabilities which typically saves a lot of time and cost.

What are the important Penetration Testing Tools?

SQLMap:

It is an open-source tool used in penetration testing to detect flaws with an SQL Injection into an application. It automates the process of penetration testing and this tool supports many platforms like Windows, Linux, Mac, etc.

W3af:

The web application attack and audit framework (W3af) is used to find any weaknesses or vulnerabilities in web-based applications. It is used to remove threats such as DNS, cache poisoning, cookie handling, proxy support, etc.

Wireshark:

This is an open source tool and is available for many operating systems such as Windows, Solaris, Linux, etc. With this tool, the pen tester one can easily capture and interpret network packets. This tool provides both offline analysis and live-capture options.

Metasploit:

It is one of the most commonly used penetration testing tools in the world. It is an open source tool that allows the user to verify and manage security assessments, helps in identifying flaws, setting up a defence, etc.

NMAP:

It is also called network mapper and is used to find the gaps or issues in the network environment of the organization. This tool is also used for auditing purposes.

Nessus:

It is one of the most trusted pen testing tools by many companies across the world. It helps in scanning IP addresses, websites, and completing sensitive data searches.

John the Ripper Password Cracker:

It is an open-source software which is used to detect vulnerabilities in passwords. This tool automatically identifies different password hashes and finds issues with the passwords within the database. Its pro version is available for Mac, Linux, Hash Suite, and Hash Suite Droid.

Conclusion:

Penetration testing is an effective testing process that helps to uncover the critical security issues of your system to check for exploitable vulnerabilities to their IT Infrastructure, or web applications. As cyber threats continue to increase, it has become essential for companies to keep their IT infrastructure, web apps and systems safe and secure from any possible threats and vulnerabilities. Therefore, penetration testing has become so important in today’s digital world with rampant cyber-attacks on the go.

TestingXperts with its team of highly skilled security and pen testers ensures the best pen testing services to give you the complete benefit and helps to identify any possible vulnerabilities within your systems or IT infrastructure or web apps. Get in touch with our security testing experts today.

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Enterprises across the globe continue to foray into the challenging and turbulent market space with a need for quality products to gain their market place. Software development of applications and products demands effective software testing that has a shift-left approach today. Software testing is taken up along with the software development life cycle (SDLC) to enable faster releases and deliver quicker ROI. Hence, looking at the criticality of software testing in the SDLC, more and more enterprises are looking out for end-to-end testing cycles and hence continue to invest in next-gen software testing services.

Contents 1. Top 16 Software Testing Trends to Look Out in 2020 2. Test Automation to Ramp Up Quality for Agile & DevOps 3. User Experience to take a Leap with Usability Testing 4. Big Data Testing to Empower Enterprises 5. IoT Testing to Boost Well-Connected Smart Devices Market 6. AI & ML in Testing goes Mainstream 7. Surge in Blockchain Testing 8. Demand for Cyber Security Testing on the Rise 9. RPA Testing is Even Bigger than Automation Testing 10. Performance Testing to Shift towards Performance Engineering 11. QAOps 12. Mobile Test Automation 13. Testing to become effective with Behavior-driven 14. Use of Scriptless Automation Tools 15. Multi-device Testing 16. Integration of tools 17. App penetration testing 18. Conclusion

A recent Nelson Halls’ report states Next-gen testing accounts for 24% of the software testing services spending. It is the fastest growth offering with a 12.8% CAGR for 2018-2023. Growth is driven by mobile testing, which still accounts for ~75% of all next-gen testing spending.

Evidently, software testing continues to play a key role in the emergence of software development methodologies like Agile and DevOps. In addition, with the industry 4.0 in place, the trend indicates a shift towards automation, cyber-physical systems, the internet of things (IoT) and the industrial internet of things (IIoT), cloud computing all around and the booming up of Artificial intelligence with Machine Learning trends. Testing of these technologies demands effective test strategies and testing methodologies to be in place. Interestingly, enterprises should ponder some of the major software testing trends to take the complete benefit of the market segment to derive products of their requirement.

Top 16 Software Testing Trends to Look Out in 2020:

1. Test Automation to Ramp Up Quality for Agile & DevOps

With the latest agile and DevOps processes, faster and quality releases as the underlying motto, most enterprises continue to adopt test automation. Undoubtedly, test automation has already penetrated into the industry in testing repetitive tasks quickly and efficiently. With DevOps substantiating proper collaboration between departments, test automation tools continue to lead the software testing space. The proper usage of test automation tools helps to achieve faster release cycles, better quality, and quicker ROI.

2. User Experience to take a Leap with Usability Testing

With the rapid influx of mobile and e-commerce applications, the significance of software testing has been witnessed to test the operating systems, platforms, and devices. The mobile apps continue to be the major business enabler for businesses today; an effective and great user interface with a streamlined usability flow is the need of the hour. Along with a quick app loading time, users continue to show preference to apps that have a great Usability embedded in them. Poor usability can affect customer and brand loyalty; hence usability testing identifies all the bugs before the application is released to your users.

3. Big Data Testing to Empower Enterprises

Enterprises across industries continue to deal with huge data volumes and diverse data types. The mining of any amount of structured or unstructured data defined as Big data needs effective testing. Big data testing helps to make improved decisions with accurate data validations, and helps improve market targeting and strategizing.

4. IoT Testing to Boost Well-Connected Smart Devices Market

It is expected that the number of connected devices will be more than 20 billion by 2020 when compared to the figure of just 6.4 billion during 2016. These figures represent the massive expansion and the need for an effective IoT testing strategy. It includes the testing of Operating systems, communication protocols, along with software and hardware of the IoT devices. Most enterprises have already started identifying the need for an effective IoT testing strategy to enable efficient and well-connected smart devices.

Especially, testing for vulnerabilities in IoT devices is an emerging business need as IoT typically encompasses all products that are connected to the internet in one way or the other. IoT systems collect data while in usage from various interconnected devices and share information with their manufacturers without the users being aware of it. Further, manufacturers in their haste to get new design features for smart products continue to overlook the complications arising out of security concerns of system’s software and hardware.

There is a possibility of vulnerabilities seen in the hardware (chipset) of many new IoT products which is susceptible for multiple threats that needs to be effectively tested. Even the software that is included in the IoT devices usually does not get any sort of security testing done while at the manufacturers end. Thus, numerous IoT devices continue to get hacked due to the susceptibility affecting the entire network of users. Hence, it is essential to get all the IoT products and devices security tested to avoid threats and vulnerabilities.

5. AI &ML in Testing goes Mainstream

According to a leading Research analyst, Artificial Intelligence(AI) will be omnipresent in all spheres of technological innovations. It will become the top investment priority of CIOs by 2020. The market for AI is expected to be around $6-7 billion in North America alone. Machine Learning (ML) and user interfaces such as Speech recognition and gesture recognition will advance in the future. The prediction of various tasks based on complex neural networks and algorithms has literally changed the outlook of technology and these applications also need rigorous testing and validations.

With the world completely moved towards digital transformation, there is much pressure to balance market requirements and build a system which is predictive and scalable to cater future needs of software. Testing needs to embed AI which perfectly imitates human behavior using machine learning and predictive analytics. Going forward for the upcoming latest applications in connected world evidently needs testing to use AI and ML to automate.

6. Surge in Blockchain Testing

There is a rapid expansion of the virtual currency Bitcoin usage. A recent report by McKinsey states that Blockchain is a nascent technology with the potential to bring about step-function improvements in financial transactions. Blockchain testing helps to enable smart contracts and ensures fraud protection.

Undoubtedly, the Blockchain technology has revolutionized the way businesses are dealing with digital currencies such as Bitcoin. These Blockchain applications are not limited to the financial world and its smart contracts are being used in every field of business from energy sector to governmental services. This wide range of applications support brings in new challenges to Blockchain debugging.

Moreover, once the smart contract is implemented, its execution cannot be reversed and hence, smart contract codes define how seamlessly the software performs even with increased workloads. This entire process of Blockchain testing calls for efficient outsourced next-gen testing services, specialized in debugging the code to deliver productive Blockchain applications.

7. Demand for Cyber Security Testing on the Rise

Undoubtedly with the digital revolution, there has been the emergence of various security threats. The CIOs of enterprises continue to realize the importance of security testing of their applications, network, and systems to ensure not only secure transactions but complete protection of end-users critical data. Thus, security testing has gained a lot of importance as it safeguards brand loyalty and prevents economic losses.

8. RPA Testing is Even Bigger than Automation Testing

RPA can also be named as an extension of Automation as it can be applied to anything which is in a structured form, unlike automation which needs a software product to work upon. RPA can be used with very complex processes that can be automated with AI. Specifically, it is a style of automation wherein a machine, or computer mimics a human action and helps in the completion of rule-based tasks. The Robot led automation has the true potential to change the workplace and does all tasks performed by automation testing tools.

9. Performance Testing to Shift towards Performance Engineering

Product performance has earlier been the major segment of testing but now, it is slowly shifting towards performance engineering which is not an easy process. The performance engineering process involves the collaboration of hardware, software, configuration, performance, security, usability, business value and it ensures to deliver the highest value that exceeds end-user expectations.

10. QAOps

The digital world is effectively in need of software applications that are released faster with no compromise in the quality of the applications. Earlier, the need for testing teams was limited only for performing application testing, but now the importance of QA is effectively increasing. QA is playing a crucial part in the complete software development.

Similarly, DevOps is another automation approach that has gained crucial importance in order to deliver applications faster. And the combination of these two methodologies, i.e. QA and DevOps brings a new practice called QAOps or DevTestOps.

With this practice, the testing, development, and operation teams can be on the same line by erasing the boundaries. With this latest approach, continuous testing can be combined DevOps and thus assures changes in software are made effective with the practice of Continuous Integration (CI) and Continuous Deployment (CD). Thus, software testing is not practiced at indefinite intervals and the applications are delivered with quality and without delays.

11. Mobile Test Automation

Mobile phones have become a very popular medium and this has enhanced the rise of mobile applications. Enterprises are choosing the pathway through mobile apps as an easy way to reach users. And, to ensure that mobile apps work efficiently for users, automation testing for mobile applications is essential.

With the rising mobile app market, the need for mobile testing with automation tools becomes crucial. Considering this effective needs, there have been many automation testing tools for mobile applications such as Robotium, Kobiton, TestComplete, Appium, etc. Mobile automation testing can be on the list of top trends until there is another powerful medium like a mobile application.

12. Testing to become effective with Behavior-driven

This has been in the list of software testing trends for many years and it is continuing the same still. Yes, Behavior-driven development (BDD) is effectively getting enhanced with the adoption of AI and ML by many organizations.

With the BDD implementation, it becomes easier for many organizations to upgrade their insights and business with higher user acceptance. This is because, the adaption of BDD requires the implementation of BDD tools, frameworks, and requires test cases built based on visitor’s interaction. A few of the top BDD tools and frameworks include Cucumber, Concordion, FitNesse, HipTest, etc.

13. Use of Scriptless Automation Tools

Software testing is effectively seeking many advancements and improvements continuously. Every change and advancement in this field is helping the teams in releasing applications faster with quality assurance. Among the many such advancements, scriptless automation is one of the important trends in 2020 that is reducing the human efforts and helping in accelerating quality applications that can help in achieving greater ROI.

With Scriptless test automation, there is no more the issue of coding for test engineers for automating test cases. This is an effective advancement helping to deliver quality results faster by reducing the coding time.

14. Multi-device Testing

The use of mobile devices is effectively increasing year by year and this is increasing the need for automation testing on a range of devices. However, this is not only limited to mobile devices, it is for many devices such as wearables, smartphones, smart speakers, etc. Thus, this year, automation testing over a range of devices become essential for many testing teams.

15. Integration of tools

The growing demands in the businesses are effectively in need of solutions that help in delivering faster and quality applications. In order to overcome this difficulty, it has become important for organizations to consider the integration of tools so that it eases in achieving seamless functionality within businesses.

Thus, the businesses of the present digital world are effectively in need of testing tools that can easily get integrated with other tools as they assure better application management. This is a very important software testing trend in 2020 to help enterprises and benefit them in the reduction of cost, management of application, etc.

16. App penetration testing

Almost for every industry, applications have become major important and these are playing a crucial role in their development as well. But, to ensure these work efficiently for users, the internet-based applications have to overcome several attacks and vulnerabilities.

Web applications have the most chances of facing vulnerabilities such as hacking. Thus, it is important for enterprises to implement successful security strategies for achieving systems that are secured and work efficiently for achieving business goals. And, to do this, it is necessary to include Application Penetration Testing into software testing practices. With this testing practice, it becomes easier for the teams to validate the effectiveness of the app’s security controls and identify the risks that are exposed to vulnerabilities.

Conclusion

Software testing method like any other services segment is attaining a new level with more traction towards the new trends stated above. Manual testing is slowly being replaced by automated testing, leveraging enormous open source and paid tools. Thus to ensure quality products, enterprises need to be updated with the latest software testing trends. It is important to partner with a next-gen testing services provider to be assured of quality for your products.

The post Top 16 Software Testing Trends to Watch Out in 2020 first appeared on TestingXperts.

Financial Technology – FinTech for short, describes businesses which offer financial products or services to customers by leveraging technology. These businesses aim to offer new tech-driven financial solutions enabling convenience and superior user experience, and ultimately drive innovation in their industry.

Contents 1. FinTech Main Challenges 2. The need for QA 3. Conclusion

This revolution in financial technology has brought in many new entrants who are redefining the financial services sector. Large, well-established financial institutions and technology giants are focusing to adapt and re-engineer their existing processes to enhance speed, offer better customer experiences and provide differentiated value to customers.

According to the World Fintech Report 2018 by Capgemini and LinkedIn, in collaboration with Efma, more than 90% of FinTech firms said agility and providing an enhanced customer experience are key to competitive advantages. More than 76% cited their ability to launch new products/solutions, and improve existing products or services, as critical to their success.

FinTech Main Challenges

FinTech applications are diverse and cover a wide variety of financial services. They range from mobile payments to lending, investment, budgeting, consumer banking, insurance etc. with focus on different functions like, digital banking, risk & compliance management, data visualization analytics, security & fraud detection management, and more.

While FinTech revolution is offering a number of exciting opportunities for financial firms, there are a number of challenges that these financial firms are grappling with. Many companies aren’t yet sure on how to deal with the Fintech challenges these emerging technologies bring, for example:

– Large scale integrations and multi-tier functionalities – Multiple and varied channels/ devices used by end users for accessing applications – Complex transactions processing lifecycle – Data confidentiality and integrity threats – Risk management of complex financial transactions – Strong regulatory compliance requirements for financial transactions

The need for QA

Quality is the backbone for offering rich customer experiences in the FinTech industry. The industry transformation cannot be achieved unless FinTech companies focus on offering high-end technology products to its end users while giving significance to Quality Assurance across various dimensions of their application/product.

To deliver superior customer service, Fintech companies need to offer error-free functionality, high performance, infallible security, universal compatibility/ accessibility, zero-tolerance compliance and exemplary user experience.

This needs a very customer-centric QA and testing approach so that they address industry’s key challenges. FinTech firms should integrate Quality Assurance within every stage of its product development to achieve the required benefits like:

– Improved user experience and overall quality – Comprehensive test coverage – Quicker time to market – Lower cost of quality – Regulatory compliance – Efficient & effective software development lifecycle

Conclusion

Innovative products/services with excellent quality will beat the competition, and definitely help FinTech organizations to improve customer services and gain competitive advantage. This will help financial institutions in their quest for long-term growth.

TestingXperts, with its FinTech Test Center of Excellence (TCoE), DevOps aligned continuous automation testing framework (Tx-Automate) and extensive experience working with companies in BFSI space has helped organizations to succeed in their digital transformation journey. Tx offers a comprehensive range of QA/ testing solutions and helps clients achieve sustainable competitive advantage with superior customer experience.

The post Challenges in FinTech and the growing need for QA first appeared on TestingXperts.

According to Statista, in 2012, testing and quality assurance consumed 18% of IT companies’ budget that has now reached to 39% and will be 40% in 2019. 

Established companies have started realizing the importance of software testing. However, there is a dire need for technology startups to follow the same. Technology startups often face uncertainties and funding roadblocks. However, there is a great reason for startups to opt Software Testing; and the reason is Quality.

Contents 1. Limitations of a Technology Startup 2. Major Goals and Objectives of Software Testing 3. Software Testing Types that Shouldn’t Be Ignored 4. Conclusion

While a few bugs early in the software development phase might not seem a big deal, but software defects are known to be costly post its product-release. In fact, IBM states that the cost of errors increases dramatically as your software solution progresses through the development cycle. It’s about 30 times more expensive to fix a bug after release than during the initial stages.

[Image Source – IBM]

Limitations of a Technology Startup

Just like any other enterprise, technology startups have their limitations and challenges in software testing. These include lack of budgets, time and resources that have to be allocated to testing. Let us discuss these challenges in detail.

1. Time:

There is a constant pressure for startups to release a Minimum Viable Product (MVP) fast to get quick returns. Most startups perceive releasing their product in the market and fixing the bugs later upon identified by users/market is a good idea. However, they fail to realize that post-production testing takes a lot of time as there is a need to rework on the same piece of code every time they make a change. Hence, more time is involved in finding and correcting bugs at this stage.

2. Resources:

Like every coin has two sides, startups also come with the excitement of learning something new and dealing with the constant pressure of wearing multiple hats. Most startups don’t have a dedicated department for testing, their development teams perform the necessary tests. Therefore, they might overlook some bugs due to the lack of dedicated resources for testing.

3. Budget:

Budget constraints are a harsh reality for startups, and this is the reason software testing is overlooked. Additional headcount means extra expenses. The cost associated with finding bugs posts the production stage is way higher than finding them during the development stage.

4. Thought Leadership:

Often, technology startups lack a Thought Leadership team having a strategic planning of QA activities. The tools to use, the number of resources to involve, the total amount of time QA activities consume and the overall costs are often overlooked by startups. This makes it difficult for technology startups to release a certain application.

Understanding how to overcome the above limitations can help technology startups define their strategy. Under no circumstances should software testing be overlooked or dismissed.

Major Goals and Objectives of Software Testing

– Finding defects in the software to allow a smooth process

– Evaluating the level of a product’s quality and informing the stakeholder

– Ensuring that the final results match business specifications and user requirements

– Increasing profit potential

– Gaining customer loyalty by offering a quality product

Software Testing Types  that Shouldn’t Be Ignored

Here are a few types of software testing that should never be ignored:

Exploratory Testing

For a new application, exploratory testing is exceptionally important to lay the foundation of quality. Exploratory testing is an ad-hoc process, where the tester manually goes through the software in search of finding bugs.

Regression Testing

Testing is not a one-off process, every time a change is made to the code, there is a regression test to ensure the code has not broken the previous functioning features.

Performance Testing

Providing faster performance is the best way to establish a loyal user and vice versa. Application load time is an important factor that helps in keeping your users happy. The performance testing process ensures that the application loads quickly and can handle expected traffic.

Conclusion

When you are a new player in the market, quality will set you apart and help you grow. A simple formula to make your technology startup a hit is to keep your users happy and provide them with a seamless experience while they browse your application. Ignoring testing from your plan can probably cost you and your customers.

TestingXperts provide startups with unique plans according to their needs and in their budgets. Our core-flex models help in dealing with the inconsistent resource requirements of our startup clients. We offer flexible engagement models to facilitate our clients with optimized QA resource planning. This meets their fluctuating requirements at any time of their contract and saves unncessary budget leakage. Connect with us to have a unique software testing services plan for your startup.

The post Why Tech Startups Should Not Ignore Software Testing Types first appeared on TestingXperts.

Contents 1. Role of Quality Assurance 2. Domain Specialization and QA 3. Advantages of Domain Specialization in QA 4. Conclusion

Role of Quality Assurance

Quality Assurance practices over the past years have experienced many waves of innovation, be it test automation or methods to optimize testing. With changing times, the QA function as we knew it transformed and the focus shifted to:

– Meeting the essential compliance and regulatory standards

– Requirements coverage referring to code coverage

– Giving utmost importance to customer experience

Earlier, QA industry had a horizontal focus and was indifferent to business domains. However, it is turning out to be an industry where domain specialization is a must. Therefore, QA teams need to have profound knowledge of the business domain while testing an application. For QA teams to be considered as quality gatekeepers, their understanding of the domain must be up to the required standard.

Domain Specialization and QA

Domain knowledge can add an advantage to the testing project by helping testers to prioritize the features for test execution and exercise underlying business rules. Domain specialized experts can test an application in the most anticipated way, according to the end user perspective. Domain knowledge can help Quality Assurance teams achieve multiple benefits throughout the Software Development Lifecycle.

Advantages of Domain Specialization in QA

Here is the list of the advantages of having domain specialization:

1. Quick requirement analysis:

Having a domain specialization helps identify gaps in the requirements, ensures better coverage from business functionality perspective and enables early identification of defects through static testing.

2. Better user story development:

A QA with good domain knowledge can help the product owner by writing better user stories and defining better acceptance criteria.

3. Builds capability:

Domain knowledge helps a QA engineer to have a better view of the product. Without proper domain knowledge, defects in the underlying business rules can remain uncovered in the preliminary stage of testing, causing problems during the final or release stage.

4. Thorough understanding of technical terminology:

An engineer who completely understands the domain can detect issues early as compared to a novice in domain knowledge. A proper understanding of the technical terminology will help the tester to describe the problem and design edge case scenarios accurately.

5. Helps in prioritizing bug fixes:

With proper knowledge, the tester will have a clear idea of how to prioritize the bug fixes and can guide rest of the development team. While planning the bug fixes, the tester will not just save cost and time but will also enhance the overall product a quality in cost-effective manner.

6. Reduces training time:

Domain specialization can increase the overall productivity of the team and add better value to the final product.  Having prior knowledge of the domain will reduce the training time, resulting in quicker results. Proper knowledge of the flow of the business processes helps in achieving a better understanding of the product requirements.

7. Boosts the productivity of the team:

Domain specialists are in demand due to their ability to understand the application beyond finding bugs. Having domain knowledge can help in suggesting and implementing fixes in crucial times. This not only saves time, but also increases the productivity of the team.

Conclusion

Emphasizing on domain specialization in QA is bridging the gap between business users and the IT teams, thus increasing the relevance of the work product delivered to the end user. Domain specialization is creating a platform for innovation by evolving the QA practices.

TestingXperts’ domain-based testing team of QA professionals have extensive experience in the latest technologies across various business verticals such as Healthcare, Insurance, Manufacturing, logistics, Banking and Financial Services, etc. While being well versed in the latest testing trends, TestingXperts’ team come with great domain knowledge and skill sets. TestingXperts’ domain-based testing ensures delivery of the expected services and enables the higher customer satisfaction.

The post Achieve Next-Level of QA Innovations with Domain Specialization first appeared on TestingXperts.

Software quality has become indispensable, and test coverage is one of the key indicators to measure software quality. Test coverage is an essential part of software maintenance and assists testers in creating tests that cover areas that are missing or not reachable easily.

Contents 1. Test Coverage and Code Coverage 2. How to attain more Test Coverage in less time 3. Test Coverage Metrics and Best Practices 4. Best Practices of Test Coverage 5. Conclusion

Test Coverage and Code Coverage

Test coverage is often confused with Code Coverage. Although both metrics are used to evaluate the quality of application code, code coverage is a term to describe what percentage of the application code is exercised when a user is interacting with the application. Test Coverage, on the other hand, is testing every business requirement at least once and is clearly a QA team activity.

How to attain more Test Coverage in less time

Testers are always running on a tight schedule and have to focus on ensuring maximum coverage within the stipulated time primarily. In order to achieve this, there are few methods described below:

• Using Automation Tools: One of the modern testing methods any company or any testing group can adopt is the usage of the right Automation Tool. Nowadays, there are plenty of tools in the market, making a testers life easy. One must identify the right testing tool for the application.

Test Coverage Metrics and Best Practices

• Code coverage = (Number of lines of code exercised by the test suites)/(total number of lines of code)*100

• Requirement coverage = [(Total number of requirements) – (Total number of missed requirements)]/(Total number of requirements)*100

Best Practices of Test Coverage

• Segregate the business requirements/modules as per their criticality, frequency of use and most complex workflows.

• Develop a requirement traceability matrix for the modules/requirements.

• Utilize the test coverage as a measure for “untested paths” instead of “false sense of security.

• Develop automated suites using frameworks integrated with code coverage utilities.

• Measure the code coverage for each release and plan to improve it with every subsequent release.

• Utilize the metrics like ‘Defect density’, ‘feature wise defect distribution’ and ‘Defect removal efficiency’ as a guide to ensure improved coverage for subsequent releases.

Conclusion

The post Ensure Software Quality by Achieving Maximum Test Coverage first appeared on TestingXperts.

2018 continues to be a year where technological trends like machine learning, Artificial Intelligence, Cloud, SaaS, Smart devices, intelligent systems continue to make a deep impact on businesses. The digitalization of business and collaborative launches have led to increasing dependence on software for all kinds of jobs.

Contents 1. QA Outsourcing 2. Why Outsource QA Services 5. Conclusion

Consequently, this has increased the costs of testing, overheads of testing tools, testing infrastructure, and the right skill set to implement them. In this competitive industry, the costs associated with botched applications continue to rise and deeply impact enterprises not just for financial reasons, but also with the company’s image. Consequently, this has amplified the focus on QA and software testing within the SDLC.

QA Outsourcing

In this day and age, testing has become multi-dimensional as it works with an Omni-channel objective. Expertise, strategy, infrastructure, best practices, and skilled resources are what you need to bring out the best in the approach. However, opting for outsourcing Quality Assurance services can be an important option for any organization both from a financial and technical perspective. Let’s identify the prime reasons why outsourcing QA services can prove to be a significant decision for organizations.

Why Outsource QA Services?

1. Experience and Expertise

QA and software testing requires extensive experience and expertise. Therefore, it is imperative to choose a well-established and accomplished partner, well-equipped with the latest trends, best practices, and strategies in QA and software testing domain. Simultaneously, an efficient testing partner would have a good understanding of the emerging technologies like IoT. A specialist testing partner can bring the best-in-class human resources for your project.

2. Flexibility

The most evident reason for outsourcing is to have the right resources with the right skill sets readily available with the flexibility that is needed by your business. QA and testing partners have proficient teams that are updated with the right technology required which can be deployed at short notice. Thus, flexibility is a major reason why you should consider outsourcing QA services.

3. Cost-effectiveness

Cost is a significant factor to consider, though, it should not become a reason to hire amateur resources, which can be costlier in the longer run. Therefore, it is recommended to outsource QA services to a well-recognized and a specialist company.

4. Focus on core business processes

Outsourcing enables you to free your own valuable resources to do the work which adds more value to your organization.

Conclusion

Enterprises are in dire need of robust applications but with quality and speed. To ensure superior quality and to avoid conflicts around primacies, testing should be considered as a separate function undertaken by different teams or companies. Outsourcing an important function like QA can enable organizations to concentrate on core activities and innovation, whereas the QA and testing providers work proficiently, ensuring quality outcomes and positive business results.

Here is how we at TestingXperts can help your organization in providing QA and software testing services. Our experience and expertise, coupled with flexible models provides you a cost-effective option for your organization to focus on your core business processes.

The post Top 4 Reasons Why You Should Outsource QA Services first appeared on TestingXperts.

Is your organization on the road to “going Agile”, but is confused with the level of changes involved? Have you already “gone Agile” but are not witnessing the anticipated results?

Contents 1. What-is-Agile-coaching 2. Benefits-of-Agile-Coaching 3. Conclusion

What is Agile coaching

The transition to agile impacts an entire organization and comes with its own set of challenges. When an organization or just a team transform from their existing way of working to Agile practices, the complexity of the transformation can be overwhelming at times. If you answered yes to any of the above questions, you would identify the importance of having a professional Agile coach to improve collaboration and increase efficiency, empowering you to derive optimum benefits from the agile framework.

With extensive Agile coaching, an organization’s product development agility can be improved. Here are 5 key benefits of Agile coaching that you may have never considered:

Benefits-of-Agile-Coaching

Immediate application: An exceptional Agile training program can offer a great jumpstart to an organization looking to implement agile methods in their current workflow with hand-holding on all Agile working best practices. The early days are most difficult and the coach can really help keep team’s effort on track.

Better Collaboration: An experienced Agile coach brings integrated methods for teams working across geographies and distinct cultures, but having a common agile interest.  A collective set of definitions that best elucidate agile terminologies and working practices can create an effective communication channel throughout the organization.

Improved Communication: Communicating the need for agile methodology is essential to inspire teams to embrace, scale-up, and thrive on agile methods. A coach builds out a vision showcasing the intrinsic worth of agile, how it develops the process and bolsters the engagement with customers. A coach will strengthen the need for communication as the basic foundation of Agile methodology.

Transformation Backlog: An Agile transformation must be piloted like an Agile project, which creates the need for a coach to create a transformation backlog. The transformation backlog is a list of work items created by a coach to evolve an organization into an Agile process. It can also be used to highlight major developments in the Agile process.

Continual Improvement: Corresponding to the importance of agile implementation is the continuous need to measure the organizational growth that agile adoption brings with itself. A coach forms a set of metrics to assess the amount of Agile adoption and also looks continuously at refining the practices. That’s how teams grow into becoming high performing Agile units.

Conclusion

Agile coaching is a sound investment for the organization in terms of time and money. As agile coaches bring the certified, as well as brand new practices and processes, there is a substantial value addition to the organizations. TestingXperts has created a complete support structure of agile coaches and consultants who work together and help organizations in successfully adopting and refining agile methods. Organizations working towards improving their agile practices can successfully navigate challenges and apply agile principles to real-world scenarios.

Connect with us and make your organization implement agile best practices, promote team collaboration, and design programs that enable you to respond to varying market conditions with ease and confidence.

The post Is Limited Agile Maturity Hurting your Development and Testing Process? first appeared on TestingXperts.

The velocity of mobile applications deployment is increasing each day. Organizations are striving to get those new applications/ features to market ahead of their competition. For this, testing the application quickly is crucial than ever. However, testers face numerous challenges such as unreliable testing infrastructure, distributed testing teams across cities and countries, agile development process necessitating continuous testing, and a plethora of testing devices in the market. Building all the required infrastructure and automated testing requires significant investment and effort.

Contents 1. Cloud-based infrastructure for software testing 2. Major benefits of leveraging cloud-based infrastructure for testing 3. Conclusion

Cloud-based infrastructure for software testing

A promising way to address this problem is to leverage cloud-based infrastructure for testing. Cloud-based service providers let you build testing< environments quickly and cost-effectively, along with providing all popular mobile devices on the cloud. You can also run automated testing in the cloud which enables testers to run parallel tests on various devices at the same time, cutting down testing time considerably and reducing the application’s release cycle. Whether you need to extend an existing application or build something new, cloud-based resources can help you save time and money both.

Major benefits of leveraging cloud-based infrastructure for testing

1. Continuous access to resources One of the major benefits of the cloud is the 24×7 availability of its resources. The cloud-based resources are available for testing by multiple teams around the clock, in contrast to potentially having shared access to current in-house infrastructure. The QA teams can have global access to testing infrastructure in different time zones or geographic regions, allowing for more test coverage in a 24-hour period.

2. Lower costs Infrastructure and tool licenses costs are ramping up quickly, especially for larger teams. However, cloud-based infrastructure allows the organization to manage its expenses well and provide better results at low costs. The cloud also provides a near-rapid way known as Infrastructure as Code(IaC), to build a test bed without the effort and cost involved to build out the infrastructure yourself.

3. Promotes agility and collaboration Cloud testing can boost agile standards by providing a platform that is inherently collaborative. Assets in the cloud are updated automatically, by which users can have the most recent information available immediately. Cloud-based tools facilitate better collaboration between local and distributed teams, promoting continuous integration and continuous testing.

Conclusion The evolution of cloud has made organizations realize the need for cloud as a platform or as an infrastructure. Cloud-based testing is offering several benefits to organizations as they move to agile processes. By integrating this approach while testing the mobile applications, teams can move more rapidly and achieve significant returns as a result. TestingXperts’ is a front-runner in enabling cloud testing services. Connect with us now and address all your QA challenges and pitfalls.

The post Leveraging Cloud-based Infrastructure for Testing of Mobile Applications first appeared on TestingXperts.