Trust Is Built on What Users Can See, Not Just What Your Agent Gets Right
Accuracy tells you how often an agent is correct. Transparency tells the user *why* they should believe it this time. In the Agentic AI-as-a
Measuring, testing, and trusting agents in production. · 55 articles
Accuracy tells you how often an agent is correct. Transparency tells the user *why* they should believe it this time. In the Agentic AI-as-a
Most teams report a single hallucination percentage and call it a day. That number is almost always wrong, not because the math is hard, bu
When an autonomous agent fails, the question is never "did it fail?", it's "where, in the forty-three steps it took, did it go wrong, and w
Shadow mode means running an agent against real, live production traffic while keeping its actions invisible to the user and the downstream
Most "reliability SLAs" from Agentic AI-as-a-Service vendors guarantee infrastructure uptime, not whether the agent does its job correctly.
Enterprise buyers no longer accept "trust us, it works" from agentic AI vendors. Before they sign, procurement and security teams now ask fo
The smartest agent rarely wins the contract. In Agentic AI-as-a-Service, buyers don't pay for raw capability, they pay for an outcome that
The cheapest way to make an unreliable agent trustworthy isn't a smarter base model. It's a second agent whose only job is to check the firs
A golden dataset is the curated set of real tasks, with verified correct outcomes, that you measure your vertical agent against. For agentic
When an autonomous agent fails, the temptation is to patch the prompt, ship the fix, and move on. The teams winning in Agentic AI-as-a-Servi
In a multi-agent system, overall reliability is rarely the average of its parts, it's closer to the product of them. Chain three agents tha
An autonomous agent that can't tell you *what it did, why, and on whose authority* is a liability, not a product. A proper audit trail captu
Eval-driven development (EDD) flips the agent build process: instead of writing the agent first and testing it later, you write the evaluati
An agent that crashes is easy to catch. An agent that finishes its run, reports success, and quietly produces garbage is the expensive one.
Most agent teams buy eval tooling backwards. They shop for dashboards and leaderboard integrations before they've defined what "correct" eve
Most agent leaderboards measure the wrong thing for the wrong reasons, and the gap between a top score and a deployable product is where Gaa
Most agents that fail to ship don't fail a capability test. They fail a trust test. A vendor demos an agent that books travel, reconciles in
Most Agentic AI-as-a-Service homepages lead with capability claims, "autonomous," "10x faster," "human-level." Almost none of them publish
In the Agentic AI-as-a-Service market, raw capability has become a commodity that resets every time a frontier lab ships a new model. Reliab
The scariest agent failures aren't the ones that crash. They're the ones where every step executes cleanly, every tool call returns a 200, e
The fastest way to make an autonomous agent more reliable isn't a smarter model or a longer prompt. It's teaching the agent when to stop and
A canary deployment routes a small slice of live traffic to a new agent version, watches it closely, and promotes it only if it behaves. For
If you've spent years writing test plans, filing bugs, and arguing with developers about what "done" means, you already have most of the ins
Task success rate tells you whether an agent completed *a* task. It doesn't tell you whether it completed the *right* one. Measuring "did th