Automated test generation and software testing techniques are at the forefront of ensuring the reliability, efficiency and safety of modern software systems. These techniques harness advanced methods, ...

We all know that any good developer will test their software before delivering it to a testing team or to a client, but how should they test and what should they test? There are plenty of available ...

Fuzz testing, commonly known as fuzzing, is an automated software testing strategy that involves providing invalid, unexpected, or random data as inputs to computer programmes. Its primary aim is to ...

Automated testing techniques like fuzzing have the potential to test software deeply and efficiently. However, fuzzing – and processing the results – still requires considerable human effort. TNO has ...

With the faster rate of software development today, AI in testing is transforming the organizational approach to software Quality Assurance (QA). Organizations are implementing Artificial Intelligence ...

Unlike desktop-application software, embedded software has specific functions that operate in a predetermined manner. Because an embedded-systems engineer knows what computations and operations a ...

Software verification techniques such as pattern-based static code analysis, runtime memory monitoring, unit testing, and flow analysis are all valuable techniques for finding bugs in embedded C ...

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Load testing vs. stress testing: What are the main differences? Your email has been sent The load testing vs stress testing discussion has been on the lips of both software developers and some ...

One of my more aspirational career goals has been to increase the efficiency of validation testing without lowering the quality. Testing of automated systems is essential to ensure quality in both the ...