The ability to do more with less is a hallmark of success for product companies. CEOs and Product Managers want to release new features rapidly to remain on the competitive edge of their market, but they also want to keep their resources lean. How to reconcile these two goals without sacrificing the quality of the product?
Cloud-based testing applications use shared resources that are allocated dynamically to create flexible environments that simulate user scenarios and real-world traffic. Easy access to the cloud environment helps organizations approach software testing as an easily scalable, on-demand service. It frees up resources to be used in other areas of your project while providing high-quality results. However, the cloud is not without its drawbacks. Though cloud-based testing offers advantages, there are also counterpoints to consider before adopting it as a part of your QA approach.
To match the pace of an ever-expanding market, many organizations are transitioning to the Agile method for project management. The same is true within the QA industry, and at QASource we've become quick experts of Agile processes. What separates the Agile approach from other methods of working, such as the Waterfall model? Agile is defined by collaboration, iteration, and rapid and repeatable delivery schedules. Adopting these new processes can be challenging at first, so in this blog post, we'll be reviewing a few helpful tips for getting your QA team up to speed.
The application programming interface (API) lays the groundwork for how your software components interact, and it helps guide your development team through the programming of the graphical user interface (GUI). Thorough API testing is the best way to ensure the functionality of your application's code and the API layer itself. Before partnering with an outsourced QA provider to begin testing your product, acquaint yourself with the advantages, approach, and associated tools of API testing.
What is the secret to a successful QA team? According to a recent poll conducted by QASource, the answer is simple: metrics. Implementing an established list of metrics is like holding up a mirror to your team of engineers – it shows an impartial account of the strengths and weaknesses, allowing you to assess your team balance and testing approach objectively. They are necessary in recognizing and eliminating variations in your organization's product or testing process.
As QA engineers gain greater domain experience and testing tools improve, automation testing is becoming a go-to choice for many organizations. Implementing automation is easier and more affordable than ever before, thanks to the abundance of open source tools and experienced engineers. The advantages of automation testing have been made clear, but several key questions still linger in the minds of those planning to automate in the near future.
Like the name implies, performance testing provides a glimpse at how your system, network, or application performs under a certain workload or on a specific device. Quality performance testing helps ensure that your product is ready for real-world use by your customers, and that they will have a positive experience with it. The numbers your performance testing generates also serve as a baseline for improvement with each release.
Each month, our Advanced Technology group evaluates the latest QA testing tools and we help pass on their findings to you. In this month's update, we provide a brief overview of new tools, including Helium and WHITE. We also cover current best practices and the latest industry updates. Look for our update each month to stay in the loop with technology standards and help boost your team's productivity!
The past few months have been huge for QASource! A new blog installment, "QASource Highlights", will acknowledge industry achievements and inform our readers about relevant media coverage. In this inaugural post, we are proud to share three exciting features from EFYTimes, TEST Magazine and CIO Review.
Most healthcare enterprise applications are loaded with critical data related to patients and the various organizations they serve. This can include health records, payment information, account details, and identity details. Due to the incredible sensitivity of this data, thorough security testing is a necessity for healthcare applications.