AI Agent Eval Harness: Collect Failure Cases Before Automation
AI Agent Eval Harness: Collect Failure Cases Before Automation organized into standards, records, and verification steps readers can apply.
The AI Trends category collects practical guides for applying AI tools to real work and software workflows. It prioritizes verification, automation scope, cost, security, data governance, and search visibility over broad news summaries.
The articles refer to checkable sources such as OpenAI documentation, the NIST AI Risk Management Framework, OWASP LLM security guidance, OECD AI Principles, EU AI Act resources, and the Stanford AI Index. The goal is not to promote a model. The goal is to make adoption questions, evaluation methods, and operating responsibility explicit.
Start with agent workflow, prompt engineering, RAG evaluation, structured outputs, and LLM security if you want a practical reading path.
AI Agent Eval Harness: Collect Failure Cases Before Automation organized into standards, records, and verification steps readers can apply.
AI Tool Permission Design: Split Read, Draft, and Execute organized into standards, records, and verification steps readers can apply.
RAG Observability: Log Retrieval and Answer Evidence Together organized into standards, records, and verification steps readers can apply.
Multimodal AI QA Checklist: Separate Image and Text Failures organized into standards, records, and verification steps readers can apply.
Prompt Injection Incident Response: Records and Recovery Before Blocking organized into standards, records, and verification steps readers can apply.
Synthetic Data Risk Register: Stop Synthetic Data from Hiding Bias organized into standards, records, and verification steps readers can apply.
AI Cost Ledger: Track Retries and Review Time, Not Only Tokens organized into standards, records, and verification steps readers can apply.
Model Routing and Fallback: When to Use Cheap or Strong Models organized into standards, records, and verification steps readers can apply.
Structured Output Contract: Treat JSON Schema as a Product Contract organized into standards, records, and verification steps readers can apply.
AI Procurement Scorecard: Ask About Operations Before Vendor Demos organized into standards, records, and verification steps readers can apply.
Private Data Redaction Workflow: What to Remove Before AI Input organized into standards, records, and verification steps readers can apply.
Eval Dataset Versioning: Freeze Test Sets Before Comparing Models organized into standards, records, and verification steps readers can apply.
Human Review Queue Design: Route Uncertain AI Cases to People organized into standards, records, and verification steps readers can apply.
AI Accessibility Workflow: What Automation Misses organized into standards, records, and verification steps readers can apply.
Coding Agent CI Guardrails: Block Automated Changes Without Tests organized into standards, records, and verification steps readers can apply.
Voice AI Consent Logging: Define Recording, Summary, and Retention organized into standards, records, and verification steps readers can apply.
Answer Engine Content Structure: Make Pages Easier to Cite organized into standards, records, and verification steps readers can apply.
Agent Memory Governance: Scope and Deletion for Persistent Context organized into standards, records, and verification steps readers can apply.
AI Incident Postmortem: Separate Hallucination, Tool, and Permission Failures organized into standards, records, and verification steps readers can apply.
AI Workflow SLO: Set Targets for Latency, Cost, and Review Rate organized into standards, records, and verification steps readers can apply.
AI agents need human approval gates before deploys, billing, data deletion, permission changes, or external messages.
AI-agent debugging works best with reproduce command, minimal failure, hypothesis, one change, and re-verification loop.
Large AI-agent tasks need context budgeting because long sessions can lose old details or depend on automatic summaries.
For frontend changes, build success is not enough; an agent should verify rendered UI, console, and network behavior.
AI agent changes become trustworthy when request, files changed, tests, failures, and unresolved risks are recorded together.
AI agent sessions should receive only required environment variables and must be blocked from .env, credentials, and token logs.
AI agent work needs commit boundaries in the prompt so feature changes, tests, and docs do not blend into one unreadable diff.
An AI agent is safer when it receives the failure condition, reproduction command, and pass criteria before desired code.
MCP connects agents to external tools, so server scope, environment variables, approval mode, and tool allowlists must come first.
AI agent instruction files work best when build commands, tests, forbidden paths, and commit rules are consistent across tools.
Claude Code updates need a team policy for auto-update, manual update, and version pinning to keep behavior reproducible.
claude -p is useful in pipes and scripts, but output format, permissions, and input scope must be explicit.
Claude Code should explicitly block .env, credentials, build output, and secret directories with permissions.deny.
When using Claude Code from VS Code, verify workspace, current directory, and Git state before launching the agent.
Claude Code background agents help monitor parallel sessions, but they need scope, permission, and log boundaries.
Claude Code permission mode decides whether a session plans, accepts edits, auto-approves, or bypasses prompts.
Claude Code MCP servers behave differently by local, project, and user scope, including storage location and sharing rules.
CLAUDE.md gives Claude Code durable project context such as rules, build commands, and testing expectations.
Claude Code settings.json is the main hierarchical file for permissions, environment variables, and tool behavior.
After installing Claude Code, verify version, authentication, and claude doctor before asking it to edit a project.
On Windows, Codex works best when PowerShell projects and WSL projects keep separate installs, paths, and Git roots.
codex: command not found is often a PATH, shell, duplicate install, or permission issue rather than a failed install.
Before using Codex in scripts or CI, fix approval policy, sandboxing, network access, secret exposure, and output validation.
In large repositories, Codex needs a narrow reading path: relevant directories, tests, and ownership files before broad exploration.
Codex work is easier to review when Git state, diff size, tests, and commit boundaries are fixed before editing.
Codex authentication should be chosen around cost ownership, permissions, and audit expectations, not convenience alone.
Codex MCP setup should separate server command, environment variables, exposed tools, and per-tool approval behavior.
~/.codex/config.toml approval and sandbox settings decide when Codex pauses and what commands or files it can touch.
AGENTS.md is the project instruction file Codex reads for repository rules, test commands, and forbidden actions.
Codex CLI is most reliable when installation method, sign-in method, and launch directory are fixed first.
Realtime voice AI benefits from low latency, but stop rules matter more in payment, medical, legal, or identity contexts.
Structured outputs reduce parsing failures, but meaning, missing fields, and business-rule violations still need validation.
Vector stores become trustworthy when source versions, deletion lag, access rights, and search quality are managed.
RAG quality requires separate checks for retrieved documents, citation location, missing questions, and answer faithfulness.
Prompt quality improves when role, goal, context, constraints, and output format appear in a stable order.
The Responses API is easier to understand when model output, tools, structured output, and multimodal input are designed as one workflow.
The NIST AI RMF helps teams translate AI risk into mapping, measuring, managing, and governance routines.
Multimodal AI adds value and error paths, so text, image, and audio need separate verification rules.
Choosing local or cloud LLMs is a balance of data sensitivity, latency, quality, and operating responsibility, not only price.
Prompt injection cannot be solved by text filters alone; tool permissions, retrieved data, output handling, and approvals must be bounded.
The EU AI Act can affect global customers, supply chains, vendor contracts, and product documentation beyond EU-only teams.
AI cost control depends on retries, retrieval storage, tool calls, and review time, not only token price.
Tool calling connects a model to external systems, so schema, permissions, validation, and logs must be designed together.
AI search visibility improves when content exposes questions, short answers, evidence, steps, dates, and sources clearly.
Sales research AI should check source dates, company changes, contact evidence, and do-not-contact rules before scoring leads.
AI vendor evaluation should check data handling, model changes, security controls, logs, and exit cost before demo polish.
AI meeting notes are valuable when they separate decisions, owners, deadlines, and unresolved questions, not when they only summarize.
Contract-review AI can summarize clauses, flag omissions, and draft questions, but it cannot replace legal judgment or negotiation responsibility.
Hiring AI needs criteria, bias checks, explainability, and appeal paths before speed.
Health-information AI can organize questions and general information, but diagnosis, treatment, and dosage decisions require medical professionals.
AI evaluation should be a regression test with benchmark data, graders, failure types, and release gates, not a few demo prompts.
AI tutors are strongest when they guide hints, active recall, mistake causes, and next review plans instead of giving answers immediately.
AI input data should be reduced before prompting based on purpose, minimum necessary fields, identifiers, and retention period.
Customer-support AI must connect policy documents, account state, exceptions, and agent approval paths before it speeds up replies.
AI copyright risk requires managing input rights, purpose, retention, and publication scope, not only the generated output.
AI content trust improves when generation tool, source material, editor, and review date are recorded together.
Coding agents are safest with small issues, clear tests, narrow diffs, and reviewable commit boundaries.
AI automation ROI must include review time, error cost, rework, and security controls, not only saved hours.
An AI agent is not a longer prompt; it is a work system connecting goals, tools, state, verification, and stop rules.
Human review should be a risk-based control with approval, sampling, and exception handling, not rereading every output.