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Self-healing tests promise less maintenance. But when a test “heals” itself, do you still know what it’s really validating? Would you trade explainability for automation speed? 👇 Curious to hear how your team handles “auto-fixes” in test suites. medium.com/p/ai-assisted-… #ai #qa

“Self-healing tests” sound great — fewer flakes, less maintenance. But what if the healing hides real defects instead of fixing them?

“Self-healing tests” sound great — fewer flakes, less maintenance. But what if the healing hides real defects instead of fixing them?

“Self-healing tests” sound great — fewer flakes, less maintenance. But what if the healing hides real defects instead of fixing them?

“Self-healing tests” sound great — fewer flakes, less maintenance. But what if the healing hides real defects instead of fixing them?

Self-healing tests aren’t magic — they’re governance problems in disguise. With semantic contracts, healing diffs, and rollback rules, you can make them reliable instead of risky. What’s your team’s threshold for trusting AI-driven fixes? medium.com/p/self-healing… #sofwaretesting

Self-healing tests aren’t magic — they’re governance problems in disguise.

Self-healing tests aren’t magic — they’re governance problems in disguise.

Self-healing tests aren’t magic — they’re governance problems in disguise.

AI can summarize your test failures — but can it understand them🔎 In Playwright, Cypress, and JUnit, AI helpers are getting smarter… but not always right. Here’s what they actually do well, where they mislead, and how to keep human judgment in the loop. medium.com/treeifytestcas…

Everyone’s talking about AI-assisted debugging — but few discuss where it fails.

Everyone’s talking about AI-assisted debugging — but few discuss where it fails.

Everyone’s talking about AI-assisted debugging — but few discuss where it fails.