Test Automation for Building Reliable Banking Systems

Banking systems are far more developed with the latest technologies. Especially during the last decade, technological advancements have changed how we transact and interact with banks and financial institutions. Technology improvisation is not expected to end; with every passing day and year, it is now an essential aspect of our financial dealings.

By integrating banking transactions through mobile phones using UPI and NEFT payments, banking has moved another step towards digital advancement. While many third-party apps can connect to a bank account and make payments, some banking apps allow users to check the status of their cheques and card applications.

Digital transformation in banking is a matter of patience and caution. A mistake made in an online eight-ball game will not cause much damage, but software cannot be trusted with people’s money. Anything that goes wrong with transactions will directly be the bank’s fault, which can be detrimental for businesses.

Every software bundle that a financial institution releases must undergo a thorough testing process to ensure nothing goes wrong. In a growing business, software testing cannot wait for long days of testing or be prone to human errors. Therefore, banks and financial institutions are adopting codeless test automation. Test automation saves time, money, and effort, while codeless reduces human errors in the applications.

What is test automation and how can it help the banking sector?

Whenever organizations develop software, they do not directly release the initial version to the market. At least, strictly, not in the case of banking systems. The one place where you don’t want loopholes is in the software that connects to banking and financial archives.

The way financial institutions offer services has changed. With digitalization, financial services are more advanced. From how you avail services and access data to record transactions, everything must proceed with uniform speed while maintaining the quality of financial software and expenses. A financial sector is a place with humongous amounts of public data under a confidentiality contract, which means that if a bug in service causes loss of money, the bank can be defamed and sued.

Organizations must ensure that the applications offer outstanding customer experiences with real-time data. Real-time data must be safe and accessible to the customers to ensure complete customer satisfaction. This very reason creates a need for testing banking or financial software. Until codeless test automation came into the picture, the testing of such software was done by human eyes and brains, which were susceptible to many errors due to long test lines for running the whole testing program.

With maturity in machine learning, the linguistics of machines are now used to create a precise testing platform that allows faster, much more efficient testing of software and privatised control of the whole process.

How does Codeless test automation help financial institutions?

Codeless test automation is necessary for most core banking processes like loan origination. Loan origination and trading are some of the most affected areas of the industry. Such core banking operations require faster software development and a stable system to handle a plethora of tasks, all at once. In a world where a single rating on the Play Store matters, a few unsatisfied users might create a bad image with negative reviews. To understand why the financial service industry requires end-to-end codeless test automation, we need to know the requirements of financial software:

  • The application must be multi-utility and flexible to handle several multi-tier user requests at any given point in time.
  • The app must safely integrate with third-party apps on a large scale.
  • The app must deploy secure transactions with end-to-end data encryption.
  • The servers of the application must be secured enough to keep personal information hidden.
  • The application must be synced in real-time with the archives to make quick transactions.
  • The software must be stable enough to perform several transactions within a short time duration.
  • The app must record every detail from all transactions and store them securely on the user’s device or cloud.
  • The software must be able to troubleshoot queries raised by the customers.
  • The app must have a fail-safe system to protect the users from emergencies like device theft or data attacks.

Here are some of the core banking segments that require codeless test automation:

●       Trading

The world of Wall Street and many forexes rely on secure, real-time data and money transfers because people’s hard-earned money is at stake. In such a complex game of numbers and sales, a minor glitch in the system or algorithm would cause chaos for thousands. Codeless test automation makes sure that the software is tested in the most complex of conditions to make it fail-safe.

●       Digital banking

Banks have come a long way from transfer and withdrawal slips. Payments are being made on phones using QR codes, and business is being conducted on current digital accounts—that too with a bank with no branches. When an entire bank promises core banking from anywhere and everywhere, the whole banking framework depends on the software. With codeless tests, banking automation can turn branches and passbooks obsolete.

●       Loan origination

The entire process of loan origination, from the applicant to the lender to the credit score calculators and back to the applicant, is a long, complex operation. The credit market is the most fluctuating market and needs secure and accurate data for confirmation. Loan origination can benefit from proper assessment and credibility of the applicant, enhancing the user experience on both sides. With codeless test automation, the application becomes error-free and helps make accurate lending decisions for financial institutions.

Choosing the right framework

As a financial institution, the software you introduce cannot be open ware. A banking institution is mandated to hide its clients’ crucial and private data. With codeless test automation, the control of the software while it is connected to a network shall be in safe hands. You can choose what functions need to be automated and which ones are to be kept on hold. For testing such software, the testing framework needs to be hybrid or library-based, so it can be customised frequently with changing data-sharing norms.

Conclusion

Codeless test automation can help transform the banking sector by creating reliable banking systems that have become the need of the hour. Most of the banking processes can be streamlined to provide improved services and better customer satisfaction, leading to the overall growth of the sector.

At Yethi, we focus on improving the efficiency of the organization’s core software system. Being a niche QA service provider, we have helped and are helping several global banking/financial organizations increase the agility, consistency, and accuracy of their platform. With our efficient test automation solution.

Tenjin is an easy-to-integrate, codeless automation platform. This revolutionary solution has taken the test automation to next level with an accuracy rate of nearly 100%. It is designed to rapidly scan through the software and detect errors. This innovative platform works 3x times faster than any other automated testing system, while the simple plug-in and play design enable easy integration. Tenjin is developed with a focus on continuously helping banks and financial institutions across the globe to build a robust and resilient testing process.

CI For Automation Testing Framework

Let us consider that you have a critical project idea, and you want to set up an automation testing framework. A complex mobile application will need a lot of iteration right from the beginning. The complexities of the application may arise due to frequent changes in functionalities, adding new features, and running regression frequently to validate the changes. This will sway your project back and forth, consuming time, money, and effort, and the result will not equal up the effort made.

To end all the confusion, CI (continuous integration)/ CD (continuous deployment or delivery) is introduced at the very beginning of the software development lifecycle. The process offers a stable development environment and facilitates the automation testing framework with speed, safety, and reliability. It eliminates the challenges like lack of consistency and the numerous errors that arise due to human intervention of an application development process, ensuring that the users receive an error-free, end-product with a seamless user experience.  

What is CI/CD?

Technically speaking, CI/CD is a method that is frequently used to deliver apps to customers by using automation early in the app development stage. The main concepts associated with CI/CD include continuous integration, continuous delivery, and continuous deployment.

We can think of it as a solution to various problems for the development and operations team while integrating new code.

With the introduction of CI/CD, developers have ongoing automation and continuous monitoring during the lifecycle of an application – be it the integration phase, testing phase, or delivery and deployment phase.

When we combine all these practices, it can be called the ‘CI/CD pipeline.’ Both development and operation teams work together in an agile way, either through a DevOps approach or site reliability engineering (SRE) approach.

Automation testing in CI/CD

Automation testing in CI/CD helps the QA engineers define, execute, and automate various tests. These tests allow the developers to access the performance of their applications in an innovative manner.

It can tell them whether their app build has passed or failed. Moreover, it can help in functionality testing after every sprint and regression for complete software.

Regression tests can run on their local environments before sending the code to the version control repository to save the team’s time.

However, automation testing isn’t confined to regression tests. Various other tests, such as static code analysis, security testing, API testing, etc., can be automated.

The central concept is to trigger these tests through web service or other tools that can result in success or failure.

Test automation framework runs on a set of guidelines, rules, and regulations. DevOps team needs to implement a proper test strategy following these guidelines, rules, and regulations before they start the testing process. They have to set the process right and decide when to introduce CI during the entire software testing lifecycle, when to start the execution, and the deployment process. Some of the key points to consider:

  • Evaluating test automation frameworks: Ensuring codeless representation of automated tests, that support data-driven tests, and concise reporting.
  • Choose the test automation framework based on the requirement: The different types of test automation framework include modular testing framework, data-driven framework, keyword-driven framework, and hybrid framework.
  • Defining the objective for automation: This is an important step where the objective of the test automation must be set clear. It includes choosing the right tools, skillsets, framework, current requirements, and considering the future trends.
  • Defining the benefits of the automation framework: Considering the benefits of the automation framework for faster test script creation, longer automation span, easy maintenance, reusability probability, and good data migration support.
  • Automation compliance: Testing the software for the latest regulatory compliance.

Benefits of deploying a CI/CD pipeline in automation testing framework

Wondering why a team should work on CI/CD pipeline? Here are some of the benefits associated with it:

  • Boosts DevOps efficiency

In the absence of CI/CD, developers and engineering teams are under immense pressure while carrying out their daily tasks. It could be due to service interruptions, outages, and bad deployments.

With the help of CI/CD, teams can eliminate manual tasks and thereby prevent coding errors. In addition, it will help them detect problems before deployment. This way, teams can work faster without having to compromise on the quality. Furthermore, since the manual tasks are automated, the release rates also decrease.

  • Smaller code changes

A significant technical benefit of CI/CD is that it helps integrate small pieces of code at one time. Therefore, it gets much easier and simpler to handle as compared to huge chunks of code. Also, there will be fewer issues to be fixed at a later stage.

With the help of continuous testing, these small codes can be tested as soon as they are implemented. It is a fantastic approach for large development teams working remotely or in-office.

  • Freedom to experiment

The CI/CD approach helps developers experiment with various coding styles and algorithms with much lesser risk than traditional software development paradigms.

If the experiment does not work as expected, it won’t ever appear in the production and can be undone in the next iteration set. This feature of competitive innovation is a decisive factor behind the fame of the CI/CD approach.

  • It improves reliability

With the help of CI/CD, you can improve test reliability to a great extent. It is because specific and atomic changes are added to the system. Therefore, the developers or QAs can post more relevant positive and negative tests for the changes. This testing process is also known as ‘Continuous Reliability’ within a CI/CD pipeline. This approach helps in making the process more reliable.

  • Customer satisfaction

Customer satisfaction is an essential aspect of the success of any product or application. It is a crucial factor that should be considered while releasing a new app or updating an existing one.

With the help of CI/CD, bugs are fixed while it is still in the development phase. Through automated Software Testing for Continuous Delivery, the feedback from the users is easier to integrate into the system. When you offer bug-free and quick updates on your app, it will help boost customer satisfaction.

  • Reduces the time to market

Another essential feature that makes CI/CD popular is the deployment time. The time to market plays a crucial role in the success of your product release. It helps increase engagement with your existing customers, gain more profit, support pricing, and get more eyeballs.

When you launch the product at the right time in the market, the product’s ROI will surely increase.

These are just a few benefits of CI/CD. It isn’t just a tool for software development but also an approach to set your business as a leader in the market.

Conclusion

CI/CD is an essential aspect of software building and deployment. It facilitates building and enhancing great apps with faster delivery time. Furthermore, continuous testing automation enables the app to go through the feedback cycle quicker and build better and more compatible apps.

Why Yethi for your projects?

Organizations need strategies and a customized testing environment to offer continuous testing with every integration and deployment. You cannot go wrong with the implementations. Our approach towards building an automation testing framework is agile. We offer continuous testing for all your integration and deployment ensuring that you get a stable, safe, and scalable product. The robotic capabilities of Tenjin – our codeless test automation platform, which enable to learn and adapt to the application and its updates. Tenjin, is a plug-and-play banking aware solution, continuous testing, minimizing the manual effort and speed up the test execution regardless of the complexity and number of updates.

10 Best Practices and Strategies for Data Migration Testing

The immense digital growth witnessed over the last decade has moved digitization beyond being a mere business option anymore. It has become the driving force that allows organizations to sustain and succeed in this highly competitive world. Companies are constantly upgrading their legacy systems to cope with the ever-changing and evolving customer expectations. The upgrade often involves migrating the workflow process from an outdated system to a new one. Though migration might sound easy to achieve, migrating without losing any data is quite challenging. With advancement in technology, data has proven to become one of the most valuable assets of any organization. Data provides the right insights that help organizations make better decisions with a fact-based, data-driven approach. Hence, losing data while migrating to new systems can adversely affect the company; this is the key reason why data migration testing becomes vital.

Data migration testing is a verification process to ensure successful data migration to new systems with minimal disruption and data loss while maintaining data integrity. It also helps in ensuring that all the functional and non-functional objectives of the transition are achieved post-migration. However, not all data migration testing is effective enough to ensure all the goals are achieved. Following the best practices and strategies are essential as well as using appropriate data migration testing tools is important to make the migration successful. These best practices will help companies get the desired results from the tests.

Best Practices and Strategies for successful Data Migration Testing

Data migration errors can lead to adverse business and compliance risks that can make any company easily vulnerable to cybersecurity attacks. A thorough data migration testing can minimize the chances of errors and make the new systems more resilient. Here are the best practices to follow while performing data migration testing:

Multidisciplinary team approach

Having a comprehensive testing team is the foundation to ensure successful data migration testing. The team should consist of IT, management, and user community experts. The team members should have the right skillset and expertise to conduct the testing. To get the best outcome, it is important to verify their experience and train them on the source and destination systems.

Data backup

Data backup is critical during migration. In an extreme scenario, when the migration doesn’t go as expected, the process may lead to data loss. To avoid any potential data loss, it becomes mandatory to have a backup that will help in restoring the data under unexpected circumstances.

Analyze the Risks

Conducting an in-depth risk assessment and analyzing the results form the basis of a data migration testing strategy. The assessment should cover all the systems that would be involved or impacted by the migration. This will help analyze if the business would be hampered after the transition to the new system. Additionally, it will also help discover risks and implement mitigations for the same.

It is also recommended to have meetings with the right stakeholders, including business owners, product owners, test managers, analysts, etc., as a part of the assessment.

Create and Review the Scope of Migration

Plan and build a roadmap for the complete scope of migration specifications. Mostly organizations build a roadmap for implementing the migration but do not cover the entire scope. This should be done with the user community, IT team, and testers to include everything/everyone associated with the project. Also, understand that the scope can be reframed as per the needs pre-and post-migration.

Don’t Wait Until the End for Testing

Waiting till the end for testing can cost you a fortune. In case you find errors in the initial stages, the cost is relatively less. Even minute errors found in the end may require a complete roll back and re-migration. Also, during this process, the chances of data leakage and downtime increase significantly. Hence, it is recommended to conduct data migration testing at frequent intervals during each phase.

Detect Likely Sources of Errors

The testers need to detect as well as, to some extent, predict the likely sources of migration errors based on their experience. Hence, it is crucial to have someone with immense experience in the team. The sources and errors will also help define appropriate strategies to mitigate the known and likely errors to help the team stay ahead and be ready for any challenges faced during data migration testing.

Use Appropriate Data Migration Testing Tools

Having the right set of tools is vital for effective migration testing. You can use any of the following types of tools:

On-premise tools: On-premise tools transfer data from one server or database to another within the organization.

Open-source tools: These tools are free to use but require the knowledge of the underlying programming language to use them. Open-source tools are best used when the migration project is small, and the testing data is not enormous.

Cloud-based tools: Cloud-based data migration testing tools are the latest developments in the migration testing fields that enable a secure data migration to the Cloud.

Complete Pre-Migration Testing

Pre-migration testing occurs during the early stages of the migration, even when the migration is not yet initiated. As a part of pre-migration testing, you should cover the following tests:

  • Verify the scope of source and destination systems
  • Define high-level source and destination data requirements mapping
  •  Test the source data against the requirements of destination systems
  • Test unique links between source and target records to ensure a definitive mapping

Complete Post-Migration Testing

After completing the migration, it is essential to conduct post-migration testing, which should include:

  • Testing target systems throughout
  • Compare migrated, and destination systems generated records
  • Compare all the source and migrated data records (Automation tools are  recommended to detect even unlikely errors)

Conduct User Acceptance Testing

It is vital to check if the users for whom the migration is conducted can leverage it optimally. If the migration is making their daily work more challenging, it’s of no use. During the user acceptance testing phase, you should allow the users to interact with the legacy data through the new systems, even before initiating the production migration. This would allow for a quick rollback if the migration were not successful. If the user acceptance testing does not highlight any issues, post migration testing can be considered and data migration testing for it can be performed.

Have Clear Testing Documents

From the first test, it is important to create clear and concise documents for everything. The documents should specify the test approach, scope of migration, tools used, testing methods, methodology, etc.

Why Choose Yethi for Data Migration Testing?

Yethi is a leading QA  provider for global banks and financial institutions. We understand the need and importance of data migration testing that helps us cater to the needs of every business, regardless of the size and complexity of the source and data systems. Additionally, we also have the right expertise and data migration testing tools required to ensure effective testing. With our technical and functional audits, you can rest assured of having fully functional new systems without data loss post-migration.

Why Developers Prefer Codeless Test Automation?

With the exponential growth and advancement in technology, the software development industry is experiencing a massive change in the development paradigm. As the software development is advancing, major transformation has been witnessed at the testing front to ensure higher quality of the end-product. Further, the advent of DevOps and Agile methodologies have brought significant transformation in the testing industry. From manual software testing legacy to automated testing – software testing has traversed a long path of evolution. Codeless test automation is the next generation technological change in the software testing domain. With a wide range of benefits it offers, codeless test automation is the most preferred by  developers across the globe.

What is test automation?

Test automation is a popular testing approach that leverages automation techniques and tools. Instead of using a manual procedure for validating the software execution, it uses automated tools that increase efficiency with faster time-to-market. Some common types of automated tests are integration testing, regression testing, smoke testing, and unit testing. All agile software development processes require automation testing.

What is codeless test automation?

Software testing has always been a bane while developing software products. With the onset of the codeless test automation era, the associated hassles and risks have been reduced to a significant level. Codeless test automation or codeless auto-testing or codeless automation is a continuous testing technique that renders creating automated tests without composing a single line of code. For large software projects that require frequent release cycles, writing scripts for testing & devising a test environment takes a long time and resource. That crushes the goal of DevOps continuous testing and auto-testing. At this point, codeless testing comes to the rescue.

Codeless automation allows the team to automate the process of writing test scripts without any code. It ultimately helps the team to focus on the quality of software testing while reducing the hardcore coding process. In addition, codeless test automation makes testing scenarios easy to use by reducing the time that requires almost no coding efforts.

Why Developers Prefer Codeless Test Automation?

Carrying codeless test automation is not utterly code-free. However, there is a plenty of reasons why developers go with codeless test automation while developing products through continuous testing techniques.

  • In the case of DevOps continuous testing, writing scripts for test automation multiple times defeats the purpose of rigorous auto-tests. It is because writing the scripts increases the time-to-market of the product. On the other hand, codeless testing expedites the testing process where the team has to deliver little effort on automation. Thus, it helps developers focus on product operation and innovative approaches.
  • Software testers are not necessarily hard-core programmers. But considering the instance that testers should know a good level of coding makes it problematic. So, software development firms can leverage codeless test automation to increase test coverage with zero coding skills for testers.
  • Codeless testing is a quicker way of delivering a product. It makes the entire software development process cost-effective. It ultimately diminishes the developer’s hassle with the testing team.
  • Codeless testing solutions have a user-friendly interface. That makes it easier for testers and developers to accelerate the testing process in the software development life cycle.
  • Error in the test script delays the product development process if you follow the traditional automation testing. So, to help developers and testers work in spontaneous flow, codeless testing is advantageous.
  • Traditional QA testing tools take days or even weeks to create automated testing scenarios. For avoiding complex codes and frameworks, testers can leverage codeless test automation. That makes the testers work in parallel with the DevOps team, and hence developers can fix the bugs promptly and accelerate the production process.

Benefits of Codeless Testing

Codeless testing not only interests the developers but also gives testers and companies a satisfying experience. Here are some of the benefits of codeless testing.

  • Continuous testing demands repetitive product tests. Through codeless testing, testers can evaluate the functionality without manually writing the test scripts.
  • It allows testers to create test environments with zero coding skills.
  • Codeless Automation Tools allow generating test reports easily.
  • It allows smooth integration of bug tracking tools and effortless management of complex tests.
  • This technique allows testers to learn and use such tools efficiently, as it does not require any programming background.
  • This kind of test automation also renders visual UI workflows that innately follow current business rules. Thus, it makes testing scalable and easy to alter under different test scenarios.
  • Codeless testing is highly compatible with the software development lifecycle. In agile and DevOps methodologies, codeless automation tests make continuous testing quicker and more effective. Since testers don’t have to write a test script, it matches the pace of the development cycle for continuous integration.
  • Codeless automation tools also render the visual description of a process. Hence, the documentation process becomes effortless. Such testing makes documentation through logs and videos by utilizing advanced testing practices.

How does Codeless Automation tools help developers?

Codeless automation tools help testers to perform quality assurance checking faster. It ultimately aids developers in dealing with bug-fixing things before product deployment. Such automation tools also come with a friendly interface supporting the drag and drop feature. The record and play method is the most popular codeless technique utilized in web-based product development. For DevOps engineers, such tools allow rapid DevOps continuous testing. Due to the high scalability and integration, codeless automation tools can easily integrate with ML or AI technologies. Such integration makes development even faster.

Conclusion

Codeless testing has an overabundance of benefits that outweigh the drawbacks of general automation testing. Its adaptability and easy integration make it the ideal fit for agile software projects. Since codeless testing eliminates scripting, project delivery becomes faster even with a confined scope and tight deadlines.

Yethi is a niche QA service provider that leverages the capabilities of codeless automation for the BFSI industry. Yethi’s test automation platform, Tenjin, is a 6th generation tool that can effortlessly and efficiently carry out the testing of all functional and non-functional parameters. Thereby, allowing banks and financial companies to offer a seamless customer experience with accurate and consistent results.

Reengineering Test Management

Business processes are constantly evolving to suit the requirements of the modern workplace, hence, letting enterprises reorganize their existing systems/workflows. The reorganization process involves the implementation of new technologies backed by strong testing teams to ensure there is no compromise on the quality. This profound reassessment and drastic reorganization to generate substantial gains in terms of performance metrics such as price, standard, facility, and quickness is called reengineering, and the testing process associated with it is called reengineering testing. Reengineering is important to increase the business agility and flexibility, thereby, improving the business operations for better growth and revenue.

Information technology plays an integral role in the reengineering efforts. The application of modern information technology can help to redesign the processes to improve performance. The redesigned test management can solve the problems of the decentralized and unstructured test management process. It is to be noted that software reengineering and business process reengineering are a part of reengineering test management to improve the overall outcome of testing. The aim of software reengineering and business process reengineering is also the same, i.e., redesigning the process to improve the performance and quality of the software.

Features of Reengineered Test Management

Below is the list of primary features of reengineered test management:

Test Procedure and Test Design Development

Test design is the stage in testing that involves the creation of test documents, such as functional specifications, requirement validation, etc., that defines the testing scope, objective, and other relevant information. The test development stage involves documenting the tests with execution steps and their respective expected results. Test management provides the templates to document test cases easily. The documents are placed in the centralized database that helps in achieving consistency and standardization. It helps in test coverage and traceability too.

Organization

It is necessary to emulate the behavior of the end-user to test the usability and functionality of the application. For this, the predefined logic needs to be followed with test execution, running test cases in a sequence. For example, to test a website, the user first opens the application, logs in, places the order, and then logs out of the system. Hence, the test should be in the order of login, select items, place an order, and log out.

Review

The test cases created by a team member need to be reviewed by the reviewers, customers, or other team members. The review helps in improving the test cases if required. Test management helps in easy communication of test cases among team members.

Execution

Based on the deployment of the Test Management tool, it is easy to access the test cases from any computer over the internet. With the use of Test Management tool, test cases can be easily located and processed. Once the test gets processed, the tester can lock the results and other required comments. Also, multiple team members can execute the test cases in parallel. The tool also tracks the defects associated with any test case.

Maintenance

The improved and Reengineering Business Process also helps in maintaining the history of each test run. These include date and time of execution, tester name, configuration required for executing, and defects linked to tests.

Defect Management

Defect gets created by the tester and routed to the developer once any test case fails. The defect information gets inserted into the test management tool so that any team member can track the defect and reproduce it.

Quality Testing Dashboard

The Test Management Tool gathers and displays all the information, such as created test cases, executed test cases, and reported problems. All this information gets stored in a database and can get gathered in a report at all times.

Test Case Cumulative Report Table

Test Management Tool also helps in generating other reports created based on attributes, such as test type. One can easily decide the product quality based on test objective, accuracy, and real-time information. The test reports help the product managers, taking informed decisions about the application under testing.

Steps Involved in Business Process Reengineering testing

Refer to the below steps of business process reengineering that makes the process transparent and fair:

  • Mapping the current state of the business process: It involves the information gathering from all resources in use and understanding the performance of the current process.
  • Find process gaps: Find out all the flaws in the current process that holds the free flow of the process.
  • Understand the improvement opportunities: Make sure to verify the necessity of all steps or the ones that can be removed.
  • Design process map for the future: Create a new process efficient to solve the problems created by the current process.
  • Implement changes in the future state: Inform the stakeholders about the new process. Implement the process once everyone is aware of the new process and monitor the KPIs (key performance indicators).

Need for Reengineered Test Management

Software reengineering enhances product quality in an economical way. It helps in identifying the constraints and other impractical usage of deployed resources that restrict the development process. Below are the points that define the necessity of software reengineering:

Enhanced productivity: Software reengineering optimizes the database and code to fasten the process and increase productivity.

Process in continuity: The software product functionality can get used when the development and testing of the software are in progress.

Improved opportunity: Software reengineering not only improves the software quality but also refines the skills of the team members. It helps developers become accustomed so that they can capture new opportunities and develop new features.

Reduced risks: It helps in the development of the product from the existing stage instead of developing from scratch. It can be done by enhancing some features that are concerned by stakeholders.

Saves time: As the software gets developed from the existing stage, the time taken for the development is lesser.

Optimization: Software reengineering refines the functionalities and features of the software and reduces the product complexity, thus helping in achieving optimization.

Why Yethi for reengineering test management?

Testing and test management are crucial stages of software development. But the process of reengineering helps in building a process that can improve the quality and performance of the reengineered software. There are certain steps that help in achieving it; however, the steps may vary from organization to organization. But the overall aim is the development of an improved process that can overcome the problems of the current process and save cost and time.

Yethi is a name you can trust for your reengineering test management solution needs. We are a niche QA service provider to banks and financial institutions across the world. At Yethi, we strategically identify the business processes and redesign the workflows for higher quality reengineering solutions. With our specialized framework, systematic approach, and in-depth documentation, we assist organizations to bring about excellence in their service delivery. Our test automation platform, Tenjin, is a 5th generation, codeless test automation platform easy to integrate and deploy with the systems and platform. It can effortlessly carry out testing of even the complex scenarios, helping in saving time, money, and resource strength considerably.

Payment Systems: Constant Change and Compliance

One of the major responsibilities of a bank is to enable payment on behalf of its clients. Banks are significantly investing in payment and payment-reconciliation platforms to offer a seamless customer experience. However, with the growing trend of digitization, the entire payment system has witnessed a shift from traditional approach to digital platforms. This increase in digitization has allowed banks to rapidly innovate to keep up with client and regulatory demands.

The structure of the payment systems in banks is multi-thread and multi-channel, where the payers transfer funds and values to the beneficiary through various methods. We can classify the payment systems in two ways, ‘large value payment system’ and ‘retail payment systems.’ The retail payment system, which summarizes the modern payment system, can be depicted as below:

The roadmap of payment system, how is payment system changing and evolving?

As technology is evolving, the traditional methods of payments like cash, cheque, and other paper-based payment are diminishing. Even if we have not eliminated the use of cash and paper-based payments, real-time payment is certainly redefining the payment systems in the modern times, changing the entire way of how payments were done in the past.

Let us take the Indian payment scenario where a large and geographically dispersed economy has a higher number of transactions made every single day. With this scenario, India’s payment system needs are highly demanding, where a significant number of B2B, G2C, P2P transactions, and paper-based payments become inefficient and expensive. Digital payments are the only way to improve the efficiency of transactions for an economy like India.

Today, India’s payment system is considered to be safe, efficient, secure, vast and are adequately regulated and supervised. The transactions and fund transfers occur through various channels and sources. This is only possible due to the high degree of digitization.

Today, along with cash transfer, cheque transactions, and direct payments, digital payments are used for utility payments, taxes, mobile recharge, paying mobile bills and more. Digital payments are increasing with the increase of payment channels. Smartphones have empowered digital payment options like e-Money and Unified Payment Interface.

The growth of the regulatory framework and innovation in the technology landscape within banks and e-commerce now allows fintech companies to compete for service delivery in market niches. In India, the digital payment options changed with the sudden growth of e-Money, UPI, Aadhaar Payments Bridge System (APBS), RuPay, Bharat Bill Payment System (BBPS), etc, adding greater accessibility and convenience to the end-users.

The roadmap of digital payment systems comes with startling discoveries of their capabilities. Moving beyond Electronic Clearing Services, Fund Transfer, RTGS, Internet Banking and Mobile Banking, the payment systems have further revolutionised into open banking sources and opportunities such as Payment Services Directives PSD2, open banking, SWIFT, and more.  With governments adopting electronic payment processes, huge efficiencies / ease of business is being achieved within G2C services. 

Since the volume of debit and credit usage at the PoS (Point of Sale) has increased by a CAGR of 40% from 880 million in 2012 to 4799 million transactions in 2017, we may take an example of technology embedded in debit and credit cards to understand how the payment system is evolving.

Following are the steps taken to improve the card-based payment systems:

  • In the need to automate the process, magstripe was added to the already embossed card
  • To reduce the fraudulent use of cards EMV chip was installed
  • To enhance the speed and convenience, contactless chips were added
  • The banks further needed to go beyond payments and virtualize or improve contactless payments by introducing NFC-enabled card

Maintaining the regulatory rules and protection policies of Payment System

With new technologies and innovations that is bringing fast changes in the electronic payment system in banking, financial institutions are gearing up to meet their end-user expectations, which also includes ensuring end-to-end security of their payment systems and platforms. Banks need to make sure that their payment systems are compliant with all the regulatory rules and protection principles. To enhance the safety, transparency, accessibility, and efficiency for their customers, banks are developing faster and offering improved payment services.

To facilitate faster payment processing, settlement, and real-time views of cash positions, B2B is using SWIFT ISO 20022 regulatory rules. This international Unified Payment Hub supports ISO 20022 and is a real-time, cross-border digital payment solution, which can help to track transactions anytime and anywhere.

A few of the payment systems are volatile because of huge transactions and sensitive information involved in the process. We may take systemically important payment systems (SIPS) as a perfect example of a complex transaction. It is a European large-value payment system, which is significant to ensure the financial stability of the country due to its transaction volume, market share and cross-border relevance. SIPS is subjected to regulation and monitoring by the European Central Bank.

Testing of Payment system and why is it necessary

The payment system architecture is broad and varied, where systems and applications are extremely complex. Organizations need the most robust testing mechanism to ensure that the systems are fully equipped to handle National and International transactions and remittance. Following are the types of testing which is essential for the payment applications and systems.

  • Functional Testing – Functional testing of the payment system provides a clear idea if the payment system is meeting the business requirements with its predefined functions.
  • Interface Testing – It is important in the payment system as it verifies if the accurate outcome is obtained based on the communication between two different systems.
  • Performance Testing – Performance testing is conducted to test the speed, response time, stability, reliability, scalability, and resource for the payment systems.
  • Network Security Testing – It is conducted to mitigate the security risks, meet the industry standards, and launch product ensuring the network security of the systems.

The testing of domestic and international payment systems is crucial for Quality Assurance of the entire payment architecture. There is a greater liability on the payment platform as a huge volume of transaction takes place on these platforms every day. The national and international banks or finance organizations must follow certain clearing protocols and must remain compliant with the regulation to ensure a smooth transfer or remittance from one account to another within the stipulated time. Testing of payment systems is imperative to facilitate these transactions without any technical glitches within the committed time.

Yethi’s role as a testing partner

Yethi is a niche QA service provider for banks and financial institutions across the world. With about 400+ domain specialist and extensive knowledge in banking/financial software, Yethi has partnered with 90+ clients across 22 countries by offering them outstanding testing solutions and services. From functional, interface, performance to security testing, Yethi specializes in conducting end-to-end testing of payment system to ensure smooth national and international fund transfer and transactions.

Yethi’s testing services cover various channels of payment systems such as Internet Banking, Mobile Banking, Branch and Agency Banking and various networks such as RTGS (Real Time Gross Settlement), IMPS (Immediate Payment Service), NEFT (National Electronic Funds Transfer), AEPS (Aadhaar Enabled Payments Systems), UPI (Unified Payments Interface), SWIFT, SEPA, Wallets, Card Payments, ATM/POS Transactions, and more.

Yethi’s proprietary codeless 5th generation test automation platform, Tenjin, is easy to integrate and deploy with the systems and platform and undertakes test execution using the application UI and API. Further, a test repository of more than half a million test cases comprising of simple and complex test scenarios helps in saving time, money, and resource strength by 40%.

Performance Testing: How this helps the BFSI industry?

Performance testing is a crucial part of the QA process which is directly associated with customer satisfaction. Imagine a pay-day, banks are busy dealing with salary accounts of not just an individual, but accounts of employees from multiple companies, along with offering services to other esteemed customers. The load created on the system is immense; if the bank system, by any chance, fails to keep up the load, it can disrupt the business.

Let us take one more instance, you are in the middle of online payment and the speed of the page reduces drastically, or you have initiated a payment but failed to receive a confirmation due to an unresponsive page. Such scenarios will not just lead to the loss of customers, but also impact the business continuity plan and strategies, eventually affecting the reputation of the company.

Performance testing will ensure on creating reliable application with speed, scalability, and responsiveness. It does not concern only about the features and functionality supported by the application but always aims at eliminating the performance bottlenecks.

What is performance testing?

Performance testing is a non-functional testing technique that checks for the speed, stability, scalability, and responsiveness of software, application, or device. It forms a significant part of the software development lifecycle (SDLC) and focuses on identifying and removing the performance challenges in the software application.

Challenges associated with performance testing:

  • The major challenge lies in data set up and management for the large volume of data with repeated tests
  • The inefficiency of the wrong performance testing tools
  • Lack of proper test strategy to identify the correct type of test run, like LOAD, STRESS,  or SOAK
  • Complete test coverage with time and budget constraints
  • Lack of knowledge to monitor the activity to identify the performance issues
  • Improper analysis of performance test outcomes
  • Difficulty in conducting tests on production environment
  • Developing an efficient background process that runs on the live environment and can affect performance

An adequately working application will keep the existing customers happy, attract new customers, and create improved business models for better business returns.

How to overcome the performance testing challenges

To overcome the challenges associated with the performance of an application or device, it is important to have the perfect strategy in place to detect load simulation and measurement; thereby, eliminating any issues that may crash the system under load.

  • Design a planned end-to-end, comprehensive strategy to carry out performance testing
  • Choose the right performance testing tools based on the criteria of the application technology stack, application communication protocol, performance tester’s skill level, and tool’s licensing cost
  • When conducting performance testing make sure to perform testing of the web servers, databases, app servers, Load Balancer, network, IIS server, and third-party apps
  • Create and maintain a consistent test environment
  • DevOps optimization for automation and integration of performance testing

Significance of performance testing in the BFSI industry

Website crashing during heavy traffic is something commonly experienced; a poorly performing website/application means loss of potential and prospective clients. The high intensity, data-driven BFSI industry which deals with critical data of the clients offers no scope for compromise on the performance of the user page. Any kind of poor performance can lead to dissatisfied customers which will, in turn, affect the business as a whole.

With an immense increase in the number of people using digital platforms for banking/ financial transactions, it requires the banks and financial institutions to have a fully functional system in place that will offer a seamless customer experience. Banks have to make sure that the sensitive actions of money transactions, bill payments, financial management, loan application, etc should work adequately even during peak hours. On failing to do so, the banks/ financial institutions will experience huge financial loss, customer loss, and may also face certain legal issues.

The procedure and tools for performance testing in banks and financial institutions are transforming at a rapid pace. The change is brought in by the ever-changing customer behavior which has witnessed a change from traditional banking and online banking to banking on mobiles, tablets, and wearable devices. The financial sector needs strong performance testing in place, which needs to be updated often, to keep up and running.

How performance testing helps the banking/ financial sector:

  • Greater customer experience
  • Resolve any potential issues before the application reaches the market
  • Identify and solve issues related to database and API (Application Programming Interface)
  • Improve application engagement and robustness
  • Improved speed and scalability
  • Build responsiveness of an application

Types of performance testing

Here’s the list of common types of performance testing carried out by banks and financial institutions to ensure the best performance of the software/ application.

Load testing: Load testing is the process of checking the ability of the application to perform under higher user loads. The performance issues are identified before the application goes live.

Stress testing: Stress testing is conducted to identify the breaking point of an application. This kind of testing involves testing an application or software under extreme workloads to check how it handles the high traffic hours.

Endurance testing: Endurance testing is conducted to ensure the software/application can handle the peak load over a long period of time.

Spike testing: Spike testing is conducted to test the software/ application behavior during a sudden spike in the number of users.

Volume testing: Volume testing is conducted to check the application behavior during varying loads of volume. Here, large volumes of the different databases are monitored and tested.

Scalability testing: Scalability testing is conducted to test how well the application scales during high traffic.

Yethi’s uninterrupted performance testing

Yethi is a QA service provider to banks and financial institutions across the world. Talking about performance testing, Yethi’s test automation tool, Tenjin, conducts the test efficiently to eliminate any performance issues and ensures that the application works at its best. It monitors and handles the test to check the response time, speed, scalability, and resource usage under the standard workload, thereby, creating a robust and scalable system that works without any disruption.

Yethi has helped several global banking/financial institutions with an easy and efficient test automation solution. We have introduced our revolutionary solution that has changed the course of test automation by providing nearly 100% accuracy.

Uncertainty and innovation at speed in banking

The banking and financial landscape is undergoing a huge transformation to support the continually changing customer behavior, which is determined by the changing uncertainty. Uncertain situations, like the COVID-19 pandemic, have driven banks and financial companies to innovate in order to succeed. Organizations are leveraging the power of technology to cope up with these times of changing uncertainty. 

The rapidly increasing COVID-19 situation has led the banking and financial sector to strengthen its digital transformation journey. Companies are redefining their operating models with more agile and practical systems to support the complex digital workflows and offer a smooth user experience. They are utilizing an innovative approach to establish new business models, which will, in turn, require advanced test automation practices to identify any associated discrepancies or risks. Test automation is an integral part of any innovation; it is much more than a mere QA check, it offers huge scope to improve the product quality and establish a unique brand. 

How uncertainty encourages banks/financial companies to innovate 

Like the 2008 financial crisis or the ongoing COVID-19 pandemic, uncertain situations have always had an immense impact on the banking and the financial sector. Being the core part of the global economic growth, the BFSI sector should strengthen and prepare itself for any kind of market, economic, natural, or political uncertainties. Only organizations that thrive in these situations and offer an unparalleled user experience even under the worst scenario can succeed, while others lose their existence. 

Innovation is the only key to sustain and succeed through uncertainty. It allows organizations to come up with new techniques, tools, and models that will be most appropriate to the new scenario. For example, the COVID-19 pandemic had restricted people visiting banks, which led banks/financial institutions to be a part of the digital revolution. Organizations started innovating their systems/processes to make it digitally available for their customers. This trend of digital innovation in the banking sector created an array of opportunities to improve all their systems. Hence, any uncertain situation can be easily converted to a favourable one by utilizing the power of innovation. 

Innovation and test automation: How are they connected?  

Innovation comes to the rescue during uncertain situations, but the question is how reliable the innovative approach is? The reliability of any innovation lies in the quality of the end-product/service. The only way to make any innovation work both for the banks and customers is to ensure the quality is exceptional. Performing test automation of the new banking/financial process will identify any errors and allow the developer to fix them before its launch. If innovation is inevitable to succeed during uncertainty, test automation is the key to make innovation successful. 

The technological innovations in banks and financial institutions are revolutionizing the entire banking/financial system. However, they are mostly associated with operational and infrastructural flaws. A good test automation strategy can help organizations to identify any errors offering a flawlessly working system to their customers. This process of performing testing improves the user experience, creates brand credibility, and increases business revenue.  

The current challenges faced by the global software testing fraternity 

The current market scenario, which is rapidly changing, demands organizations to incorporate QA processes that can support the high market volatility. Though organizations are already on the path to develop intelligent test automation solutions (some of them are already made available), there are many challenges that are being worked on. Some of the major test automation challenges faced by banks and financial companies are: 

Test case generation issues 

Banks and financial institutions offer a wide range of complex, financial services such as money transfer, savings management, loan origination and completion, credit card management, real-time updates etc. These are highly complex processes involving sensitive financial data, hence, there is no scope of error offered to the organizations. Further, the organizations are required to ensure complete privacy and security to avoid any kind of violation. With so many critical parameters involved, the organization should have ample data to generate a good test case repository and help save time, cost, and effort. Creating the right test cases will help banks and financial companies to improve their QA process considerably, whereas a set of poorly written test cases still remains a major challenge for a company’s growth.  

Performance failure scenarios 

Banks and financial institutions have thousands of customers accessing the organization’s system, all at one time. Any failure in the performance can even cause financial losses and destroy the brand completely. It is important for organizations to monitor their system performance to ensure a seamless user experience. Though banks and financial companies are investing in improving the stability and scalability under high traffic, unexpected performance failures remain a matter of concern, even today. 

Longer time to perform test execution 

Automated testing system performs regression testing every day at a particular time to ensure there is no discrepancy. Undoubtedly, test automation has reduced manual effort considerably by automating the entire process, however, the run time is still high and one of the challenges the banks are facing today. Reducing the test execution time will be a major milestone that is being solved with intelligent automation. 

Regulatory and security concerns 

The increasing scenario of cyber threats has led to strict regulatory laws, it is important to integrate a test automation solution to comply with the financial regulations. Test automation helps in a thorough audit to reduce/eliminate the chances of increasing fraudulent. Excellence in test automation is important to succeed while ensuring there are no significant breaches. 

The changing trends of test automation in banking/financial sector 

Gone are the days when people had to visit the bank for even simple money withdrawal, digitization has changed the way banks operate. The entire banking/financial process can be completed with a few clicks, at the comfort of home. No longer queues or no more taking a personal day off to complete a transaction, banks are coming up with innovative and practical solutions to ease the complex financial processes. 

Test automation has redefined the modern QA system, emerging as a key facilitator for the success of any organization. The testing framework has evolved over time to ensure that quality remains the prime interest. Organizations are now preferring agile test execution methods to support the advanced continuous integration and continuous delivery pipelines. The improving emphasize on quality can help organizations to brace themselves and face unexpected scenarios. 

The emerging trends in test automation that can help organizations emerge as future-proof and offer great business solutions are: 

  • Codeless test automation: Automating the test without the need for extensive coding. 
  • Shift left testing: Incorporating testing at the early stage of the software development lifecycle. 
  • Cloud-based testing: Testing software using Cloud-computing services. 
  • AI-powered test automation: Leveraging the power of Artificial Intelligence to perform testing. 
  • Mobile test automation: Automation testing for native and hybrid mobile apps. 

With the growing technological advancement in the banking and financial sector, it can be concluded that the need for test automation will remain the priority. Testing teams in collaboration with the development teams are planning well-established, well-aligned, agile, and practical solutions that will redefine the concept of test automation for the better. 

The future test automation models: Innovation is the key 

Uncertainty in the market scenario has redefined the banking experience. Banks and financial institutions are strengthening their market presence with agile solutions to support future models. Major emphasize is being laid on the test automation solution to improve the customer experience which will, in turn, increase the business revenue tremendously. This new trend of improved QA has made way for efficient business models, which is possible only by an innovative approach. 

Innovation in software testing allowed the evolution of tedious manual testing to easy and much efficient test automation solutions. Innovation is the key to reimagine the test automation models for advanced and intelligent solutions. AI and ML integrated models are already making their way into the market to create future-proof technology, more future solutions are in the pipeline. 

Outsourcing During Covid

Ever since the WHO announced COVID-19 as a pandemic in March 2020, there has been strict regional lockdowns, social distancing norms, and restriction of movement across national and international boundaries. This scenario has changed the way businesses operate by emphasizing on virtual models rather than direct interaction between the company officials. The ‘new reality’ offers tremendous opportunities for organizations to reconsider their current operational arrangement and adapt to outsourcing. As the ‘new normal’ focuses on remote working, outsourcing can ensure business continuity, disaster recovery, reduced cost, regulatory compliance, and a lot more.

With the current situation of economic uncertainty, damage recovery, and increasing fear of second and third COVID wave, establishments across the world are considering outsourcing to regain momentum and increase business resilience. Outsourcing is gaining popularity amidst COVID-19 as it helps in reducing cost, increase work efficiency, focus on core business areas, access to skilled workforce, and so on. With the increasing focus on the outsourcing industry, it is expected to bloom significantly in the post-COVID era.

Why to outsource during COVID-19?

As the effect of the virus is taking the world by its side, companies are striving hard to recover from the economic damage they have experienced. In this scenario, companies are moving towards ‘outsourcing’ approach to leverage their niche skills, incorporate new ideas, and cut operational and infrastructural cost. Outsourcing helps companies adapt to the highly dynamic market, especially during the unpredictable scenarios after the onset of COVID-19 pandemic.

Outsourcing has been around for many decades, but it had not witnessed a significant growth as it did after the beginning of the pandemic. Outsourcing has become the main strategy for many companies to mitigate disaster and reduce the long-term impact of the virus on the business operations.

Reasons for companies to choose outsourcing services during pandemic:

Reduced cost: The COVID-19 has already put business in a tough place of financial strain, it might take even a couple of years for the companies to overcome the financial loss and operate as usual. Outsourcing is a feasible option to save money as it is most affordable than hiring an in-house resource.

Focus on core business activities: The pandemic has already put companies in stringent use of finances and manpower to keep up and running. This situation has put the organizations in strain, creating scenarios that can move the focus away from the core business. By outsourcing, the regular business will move forward as expected without any hitches, while giving enough time and energy to focus on the core business and re-strategize the operations.

Skilled resources: By creating a partnership with the outsourcing firms, businesses get access to their niche skills, which can, in turn, help the organizations with better quality service.

Eliminating the hassle of onboarding process: Finding and onboarding a new resource can be a tedious task during the pandemic situation. Though digital onboarding processes are available, it is difficult to find the suitable resource with the required skillset. Hence, outsourcing your services is the best possible alternative.

Customer satisfaction: When an organization outsources its services, it can be sure of receiving a higher quality outcome within the estimated time, thereby, delivering uninterrupted services to its own customers. This whole scenario will lead to happy end-users as they are receiving continual services even during the lockdown period.

Therefore, it is a wise move by companies to adapt to the outsourcing strategy to maintain service quality and business continuity. This will help the organizations to fill in the operational and infrastructural gaps and continue to serve their customers with good quality work.

Top outsourced jobs during COVID include:

  • IT services
  • Software testing/ test outsourcing
  • Banking outsourcing/ Banking BPO
  • Call center
  • Social media management
  • Website management
  • Copywriting
  • Payroll
  • Data conversion
  • Transcription
  • Inventory management
  • Accounting and bookkeeping

How to evaluate outsourcing partner during COVID-19?

Though ‘outsourcing’ is a buzzword across all industries with many companies preferring outsourcing services for improved quality and reduced cost, the trend is changing in the post COVID era. The traditional outsourcing models have faded, and companies are creating new strategies to establish collaboration for outsourcing. Here are some of the plans that companies should consider for making an outsourcing collaboration during COVID-19 or even during normal scenario:

Look for reputed companies with good reviews: When backed by a team from the most reputed company, the organization can be sure to have business continuity even during unexpected events.

Good communication and workflow systems: Good communication can avoid any kind of misunderstanding that can give wrong outputs, saving money, time, and energy. The same is true in case of the workflow systems too; a well-designed and self-explanatory workflow systems can prevent any confusion between both the parties.

Cybersecurity is the priority: In the COVID-19 pandemic situation where businesses are moving to digital platforms, cybersecurity is of utmost importance. Choose the partner who has a modern and completely secured system that offers detailed protocols for keeping all data and software products safe.

Experience: Experience of the outsourcing company is a requirement for creating reliability. More the experience, better they can handle different scenarios, thereby, helping you achieve your goal.

A complete range of services: It is always recommended to opt for a service provider who can offer a complete range of services you are looking for. In this way, the complete work is handled by one party rather than having multiple partners. This will reduce hassle, time, and confusion.

Yethi, your outsourcing partner for test automation solution

Yethi is your go-to partner helping you with testing automation solution for banking and financial software. We understand the challenges that lay ahead of testing in the banking/financial software, therefore, offering a perfectly designed QA solution. Yethi’s Tenjin is a revolutionary test automation platform that is diminishing operational, financial, and reputational hazards with end-to-end business process authentication. It focuses on increasing the agility, consistency, and accuracy of the organization’s core software system.  COVID-19 hit globally when already Yethi had bagged a couple of projects worldwide. With the pandemic came restrictions in travel; the major challenge during this phase was to execute, manage and monitor the testing projects remotely. Our team consisting of 300+ QA specialists put together with their experience and expertise an exemplary task of carrying out the entire project remotely without having to travel to the onsite location. Our solution and services involved test execution, test management, and defect management at various stages to ensure accurate test results with great performance. Not just we have delivered the project on time, our support team made sure that our clients do not face any technical glitches at their end. Our deployed product at the front end continued to produce most accurate and consistent results.

Codeless Test Automation for Banks – The What, Why, How

The world is stepping into a new era where technologies fuel digital transformation across all sectors. While it sounds exciting, this innovation and digital transformation impose many challenges for both the development and testing team.

Many QA professionals are still facing gaps in automating test cases which slows down the software development process. Sometimes they lack the expertise required to write test scripts. The errors in the test scripts are the prime reason for the failed automation attempts.

Though code-based testing is time-consuming and requires more effort, it is the most effective strategy for delivering the highest product quality. But it does not fit well in the rapidly changing technology-driven world. There is a need for a solution that runs in a stable and reliable atmosphere and provides efficient results. No-code test automation solution that combines both manual and codeless automation is the way forward.

Codeless test automation eliminates the challenges faced by QA professionals. It empowers the organization to deliver accuracy, consistency and speed up the product’s release time to market. It also allows testers to automate the testing process and maintain the test scripts efficiently.

What is Codeless Test Automation?

As the name suggests, codeless test automation allows testers to automate the testing processes without writing any script. It does not require any coding skills throughout the testing phase. Codeless test automation has become very popular over the past few years as it reduces the time in test creation and boosts software release velocity. It relieves QA professionals from the responsibility of coding. But they must have a good understanding of testing methods, pain points, and business goals to deliver results.

Codeless test automation allows testers to focus. Enhancing skills and learning new technologies is a part of all the project’s requirements. But it takes a lot of time, effort, and patience to learn a new programming language which often distracts QA professionals from their primary functions. Codeless test automation puts them back on track and shifts their focus on delivering the solution fast and achieving business goals.

Benefits of Codeless Test Automation

Better Test Coverage
A Codeless test automation solution provides high test coverage. It breaks the shackle of testing software or application of only one platform type. You can test a wide range of software or applications like iOS and Android applications, websites, desktops, etc. The increase in test coverage allows QA professionals to use a single platform for all their needs and reduces the time required for testing an application across multiple platforms.

Shorter Time to Market the Product
Rather than spending time on writing scripts, testers can shift their focus on validating quality. Many codeless test automation solutions offer integration features that fulfil the growing needs for scalability while managing the automation process.

Increased Test Reusability
A Codeless test automation solution stores the results of the previous test cases so that you can reuse the test steps multiple times. It takes away the hassle of manual effort by automatically upgrading the test cases. It utilises machine learning and artificial intelligence algorithms to manage and maintain the test sets.

Empowered Agile Methodology
It does not require any coding or programming skills. It empowers agile methodology by allowing people with diverse skill sets and knowledge to participate in the testing process. It ensures transparency in the project and keeps a collaborative workflow for the whole team.

Codeless Test Automation with Tenjin

Tenjin automation suite covers the entire software development cycle. It automatically reads the test cases from Microsoft Excel sheets, executes them, and generates a consolidated report of the test cases and test outcomes at the end of the process. It meets the rising business needs for scalability and higher ROI.
Tenjin codeless test automation solution comes with the following comprehensive functionality-rich features:

● NaviFlow Learner – automatically discovers the graphical user interface of the application and navigates through screens.

● Test Manager – comes with a test manager suite that manages various test assets like test cases, test sets.

● GUI Execution – executes the test cases using the application interface. It does not require any supervision or manual intervention.

● API Execution – executes the test cases using the application APIs. The API execution does not require any supervision or manual intervention.

● Test Reporting – provides a consolidated summary of test cases and their outputs.

● Results Validator – validates whether the test cases produce the desired results.

● Task Scheduler – automatically reads test cases from Microsoft excel and executes the test cases at a predefined time interval.

● Data Extractor – builds the test cases by retrieving data from the application interface.

● Data Publisher – publishes the test cases result to detect the management system of choices.

● Audit Trail – monitors and tracks the test users’ activities.

● Technology Agnostic – traverses across different platforms like smartphones, websites, etc.

● Mobile App Testing – allows you to test iOS and Android application testing using devices and simulators.

Why choose Tenjin for Codeless Test Automation

The adoption of Continuous Integration/Continuous Development has changed how non-dev testers get involved in the software development process. The innovations in technology demand a solution that speeds up software development while offering a seamless customer experience. It requires a significant amount of investment in both quality assurance and application testing.

Tenjin codeless test engine is a robotic automation test suite that delivers accuracy, agility, and consistency. It is a test automation solution designed to address the complex needs of testing BFSI applications. It comes with pre-built adapters to allow quick integration with transaction process solutions such as Oracle FLEXCUBE, Infosys Finacle, Temenos, TCS BaNCS, and FIS. It is a low maintenance script-less robotic learner that brings uninterrupted operations and enhanced business performance with minimal effort.

Conclusion

Software testing is one of the fundamental processes of the software development life cycle. For increasing productivity and boosting the product release time to market, it is crucial to choose a solution that fits well in the existing workflow. Tenjin codeless test automation platform is one of the best tools in market that supports the end-to-end SDLC.