The technical solution for this case study involves the use of several different technologies to create a scalable, flexible, and extensible test architecture. Java, Selenium WebDriver, TestNg, Maven, Putty, Eclipse, CURL, Postman, Restful Webservices, Perfecto Web and Mobile, and Selenium Grid are the technologies that are going to be used to implement this solution.
Java will be used to write the test scripts, Selenium WebDriver will be used to automate web browsers and test web applications, TestNg will be used to manage and execute test cases, Maven will be used to manage the project's dependencies and automate the build process, and Putty will be used to connect to remote servers. Eclipse will be used as the integrated development environment for writing and managing test scripts, CURL will be used to send HTTP requests and receive responses from web services, Postman will be used to test web services, Restful Webservices will be used to create web services, Perfecto Web and Mobile will be used to test mobile applications, and Selenium Grid will be used to run tests in parallel on multiple machines.
Customer Success Outcomes:
Improved test coverage: The test architecture was designed to be scalable, flexible and extensible, which allowed teams to increase test coverage and validate the application's quality across multiple platforms and operating systems.
Increased efficiency: The implementation of automation frameworks, test infrastructure and tools like Selenium Grid, Maven, and Postman resulted in significant time savings for the teams, allowing them to run more tests in less time and with less human effort.
Improved customer experience: The test architecture was designed with the customer in mind, taking into account their needs and preferences, to ensure the best user experience. This was tested and validated with customer feedback, which led to an overall improvement in customer satisfaction.
Flexibility and scalability: The test architecture was designed to be flexible and extensible, which allowed teams to adapt it to different teams' needs and add new features as the application grew.
Better collaboration and communication: The teams were able to work in a more collaborative environment and communicate more effectively, which led to better project management and improved team productivity.
Better security: The test architecture was designed with security in mind, and included advanced security features to protect customer data. This improved customer confidence in the application and increased trust in the bank.
Better performance: The test infrastructure was designed to handle a huge volume of tests, which improved the performance of the application and resulted in faster test execution.
Overall, the customer success outcomes from this case study were improved test coverage, increased efficiency, improved customer experience, better collaboration, communication, security and performance.
This combination of technologies will help the teams to create a test architecture that is scalable, flexible, and extensible, and will allow them to easily automate tests and validate the application's quality. This will ultimately lead to increased efficiency, and better customer experience.