Systems | Development | Analytics | API | Testing

More than 200 flights were grounded across the US on a fine Tuesday in September 2023. The airlines later clarified that the culprit was a “software update” that slowed down their technology systems. Such issues are enough to trigger massive anxieties, especially if air travel is involved.

The BFSI sector is undergoing a transformative evolution, leveraging technologies like Generative AI for personalized fintech software development. Dynamic credit scoring, advanced robo-advisors, and intelligent automation are streamlining fintech services for better customer experience. Blockchain, too, is encouraging cross-border payments and trade finance through DeFi. Embedded solutions create seamless user experiences, and the sector embraces the virtual realm with IoT and virtual storefronts.

Like many other industries, fintech has also been witnessing the integration of cognitive technologies as a key driving force behind recent transformations. Powerful tools, such as artificial intelligence (AI) and machine learning, are empowering businesses with swift transaction processing, precise data analysis, and optimized resource utilization. Thus, it is apt to say that a future with sustainable fintech software development cannot be mutually exclusive to the aspirations of cognitive technologies.

When it comes to keeping your OAuth Client Credentials endpoints secure and high-performing, monitoring is crucial. Whether you’re a non-technical business owner, a software engineer, a student, a product owner, a web agency, or a DevOps professional, understanding and implementing effective monitoring can save you from a lot of headaches. In this article, we’ll dive into the top 10 best tools for monitoring OAuth endpoints, helping you find the best fit for your needs.

Overcoming Stale Element References in AJAX Table Loading with Katalon Studio The information in this blog post is based on a real-life scenario shared by a user on our Katalon Community forum and is intended to inspire peer-to-peer discussion and collaboration. Please always test solutions thoroughly before implementing them in a production environment.

Instead of writing the same automation code repeatedly for the same actions, you can create keywords for those actions. When writing tests, you only need to call these keywords. This approach, known as creating a keyword-driven framework, makes test scripts more readable, maintainable, and efficient by avoiding redundancy.

When you run your Go programs or integration tests, numbers of raw coverage files are typically generated and dumped into a directory specified by the GOCOVERDIR environment variable. These files contain valuable data about which parts of your code were executed during tests, offering a glimpse into your code’s effectiveness and robustness. However, sifting through these raw files to extract actionable insights can be daunting and unclear for many developers.