
Testing microservices
From a sluggish monolith with hours of end-to-end testing to fast microservices: Which test strategy really works for this.

From a sluggish monolith with hours of end-to-end testing to fast microservices: Which test strategy really works for this.

Informal networks are not created on command, but they determine how quickly teams adapt and whether trust grows or not.

Testing AI without structure is like testing without scale. How a three-dimensional matrix brings order to the chaos of AI testing dimensions.

Quality responsibility does not end at the story boundary. How quality coaching in SAFe closes the gaps between teams that nobody wanted to see.

Migrating Cypress to Playwright: Why a team hackathon with 7 tools made the obvious choice the sure thing.

50 to 60 percent less end-to-end testing through risk-based testing: how it works and where to start.

280 UI tests in under three minutes without a backend are possible with isolated UI testing. Mocked API responses keep the suite stable.

Requirements often have more gaps than expected, and DEFOSPAM uncovers them systematically. AI can support exactly this analysis step well.

Making AI systems testable: How capabilities, quality criteria and structured test descriptions turn abstract standards into concrete testing approaches.

Only 6% of surveyed testers fit the IT stereotype, the rest come from other fields. Why HR departments should sit up and take notice of this.

Many people know test design methods, but hardly anyone uses them. Why this is the case and how AI closes this gap without making you stop thinking.

Those who test protect everyone on the team and in the project, not just themselves. A test net for embedded builds on CMake and Google Test.

Mutation testing is over 50 years old, but hardly anyone uses it. How mutants help to find test gaps and write better code.

25 to 30 test design techniques exist, but most testers hardly use any of them. Why five of them are enough for 90% of all testing tasks.

Why does your brain just not understand some code? Working memory only processes four chunks at a time, and good code respects this limit.

700.000 lines of code in a combi steamer, 2,000 test cases per night: how test automation really works in device development.

Who is really responsible for quality in a company often remains unclear. The ACT2LEAD model shows what leadership in testing actually looks like.

Why do some teams feel great after shared work - and others wear down? What separates smart organizations from dumb ones.