Systems | Development | Analytics | API | Testing

Many teams assume that if an API passes functional tests, it’s ready for production. Functional testing, however, only verifies that endpoints return correct results for individual requests. It does not reveal how the API behaves when subjected to heavy traffic or sustained load. Under real-world conditions – such as a surge of users logging in simultaneously – APIs that pass functional checks may still experience latency, errors, or outages.

You've probably seen the demos. An AI model kicks off a task, hands pieces of it to other AI models, and somehow the whole thing gets done. Emails drafted, code reviewed, reports summarized — all without a human in the loop. While a single agent doing one thing is impressive, the true paradigm shift occurs when transitioning from single-agent to multi-agent AI systems. It looks like magic. It isn't.

You Can't Govern What You Can't See A decade ago, cloud and API sprawl got ahead of governance, and enterprises spent years trying to account for costs they'd never tracked. Today, we're seeing the same pattern around AI, with hundreds of customers proxying traffic via Kong AI Gateway, which includes LLM, MCP, and agent connectivity. *AI spending will reach $2.59 trillion in 2026.* I regularly like to share what we're seeing in production at Kong.

SmartBear BearQ, an agentic QA system, has won a 2026 CRN Tech Innovator Award. CRN, a brand of The Channel Company, named BearQ a winner in the Application Development and DevOps category, calling it out among the most innovative technologies shaping the IT channel this year. AI has changed how fast software gets built, but for many organizations, testing hasn’t kept pace.

Your team automated hundreds of test cases. Leadership wants to know if it was worth it. Most engineering teams can’t give them a number. That’s what gets automation budgets cut. Proving test automation ROI means translating testing activity into financial terms: hours saved, defects prevented before they cost 5-10x more to fix in production, and release cycles shortened enough to matter on a balance sheet. The formula exists. The benchmarks exist.

Without a test case template, test cases drift. One tester writes three-word steps. Another skips preconditions entirely and wonders six months later why nobody can reproduce the bug that shipped to production. A third writes paragraphs where steps should be. The test case template fixes this. It gives every tester on your team the same starting point: the same test case format, the same fields, the same expectations for what "documented" means. The goal isn’t bureaucracy.