What drives organizations to make the tough choices between speeding up releases, cutting costs, boosting product quality, and sparing time for innovation? One of the critical reasons is the time consumed in maintaining failed test cases and the inability to leverage AI in testing. Test automation is proving ineffective and outdated due to the high cost and time needed for maintenance.

Some of the most innovative and profitable microservices architecture examples among enterprise companies in the world — like Amazon, Netflix, Uber, and Etsy — attribute their IT initiatives’ enormous success in part to the adoption of microservices. Over time these enterprises dismantled their monolithic applications. They then refactored them into microservices-based architectures to quickly achieve scaling advantages, greater business agility, and unimaginable profits.

User Acceptance Testing (UAT) is the final phase of the software testing process where actual users test the software in a real-world environment. During UAT, users perform tasks that the software is intended to support, and they check for any issues or bugs that might have been missed in earlier testing phases. If the users accept the software, it is considered ready for release; otherwise, feedback is provided for further refinement. Let's learn more about UAT in-depth!

Today we are excited to announce Tricentis Testim Salesforce! Testim Salesforce extends Tricentis Testim’s robust AI-powered test automation to the Salesforce application. Incorporating proven functionality from Tricentis Test Automation (TTA) for Salesforce, Testim Salesforce helps application development teams author tests faster, leverage pre-built test steps for common Salesforce operations, and reduce maintenance using Salesforce metadata-driven locators.

From ancient times to infinity, there is that one industry among many others, that has not lost its significance and never will-which industry are we talking about here? Well, it’s the Agriculture Industry. Yes, the Agriculture sector, like farming, which has existed since the dawn of humanity, is no longer considered as traditional and conservative as it used to be.

The network of physical things that are fixed with software, sensors, and different technologies for the purpose of swapping and connecting data with other systems and devices over the Internet is known as the Internet of Things (IoT). The Internet of Things (IoT) has experienced incredible growth, thanks to technological advancements and the surge in demand for instant insights into digital transformation solutions and activities.

The network of physical things that are fixed with software, sensors, and different technologies for the purpose of swapping and connecting data with other systems and devices over the Internet is known as the Internet of Things (IoT). The Internet of Things (IoT) has experienced incredible growth, thanks to technological advancements and the surge in demand for instant insights into digital transformation solutions and activities.

You definitely must have heard about this one term fluttering in the air: ‘Flutter’. Flutter, a relatively new mobile app development framework, has been gaining a lot of popularity among mobile app developers in recent years. Don’t you agree? But why is that so? Are other frameworks not up to the mark? Or is it just the simplest and ever-evolving tech stack?

Software testing is a critical phase in the software development lifecycle, ensuring that the final product meets the desired quality standards. To effectively test software, developers create test plans that outline the specific testing activities to be performed. This blog post explores real-world case examples of various software test plans, providing insights into their practical applications.

Application performance can make the difference between retaining or losing customers, with delays beyond a few seconds leading to dropped conversions. Performance testing and monitoring are vital for improving the overall user experience, achieving a competitive advantage, enhancing resource efficiency, enabling scalability, and reducing costs.