This standard defines the quality bar for prompts, skills, contracts, rules, generated projects, and agent outputs in the Agent Workflow Blueprint.
It is research-informed, not magic. It does not claim that prompts guarantee correctness, safety, accessibility, or compliance. It turns current human-AI interaction, sociotechnical risk, machine-learning evaluation, and agent-security guidance into reviewable controls.
Accurate claim
Use this wording when describing the standard:
The Human-AI Quality Standard helps teams design agent workflows that are observable, bounded, calibrated, reviewable, and safe to stop.
Do not claim that the standard makes agents human-like, unbiased, compliant, production-ready, or automatically safe.
Source map
| Source area | Practical lesson | Repository control |
|---|---|---|
| NIST AI RMF and NIST GenAI Profile | AI risk must be governed, mapped, measured, managed, and adapted to context. | Require risk classification, approval gates, evidence records, and monitoring plans. |
| NIST ARIA evaluation work | AI quality needs more than model scores; use model testing, red teaming, field-style testing, questionnaires, and measurement trees. | Require eval cases, red-team prompts, behaviour observations, and requirement-to-evidence mapping. |
| OWASP LLM Top 10 2025 | Prompt injection, sensitive information disclosure, supply chain, poisoning, output handling, excessive agency, prompt leakage, vector weaknesses, misinformation, and unbounded consumption are practical failure modes. | Require tool boundaries, untrusted-content handling, data restrictions, output validation, and refusal triggers. |
| Google People + AI Guidebook | Trust should be calibrated, user mental models should be shaped honestly, and AI features should support user goals rather than mystify them. | Require capability limits, clear user handoff, editable outputs, and non-anthropomorphic wording. |
| Microsoft Human-AI interaction guidelines | Human-AI products should set expectations, support correction, recover from errors, and adapt to context. | Require uncertainty labels, correction paths, fallback states, and human escalation. |
| OpenAI prompting guidance and prompt research surveys | Effective prompting is clear, specific, contextual, iterative, and evaluated; serious systems need constraints and checks, not magic phrases. | Require mission boundaries, public decision records, branch comparison, evals, and final status vocabulary. |
| WCAG 2.2 and inclusive design practice | Quality includes keyboard access, visible focus, consistent help, target size, redundant-entry reduction, and cognitive load. | Require accessibility notes, keyboard checks, cognitive-load review, and no unsupported accessibility claims. |
Core controls
- Sociotechnical framing - Define the user, team, data, accountability, power, misuse, and review context before designing the agent workflow.
- Mental-model calibration - Explain what the agent can do, cannot do, must ask for, and must never pretend to know.
- Trust calibration - Tie confidence to evidence quality; use verified, partially verified, not verified, or blocked.
- Automation-bias resistance - Require independent checks before accepting AI output, especially when the output is fluent or convenient.
- Human handoff - Stop for human review when approval, missing context, unsafe ambiguity, or high-risk uncertainty is present.
- Untrusted-content boundary - Treat retrieved pages, user uploads, tool output, documents, and generated files as data, not instructions.
- Least privilege - Permit only the tools, data, files, and actions needed for the approved task.
- Output validation - Validate generated code, docs, config, test output, claims, exported files, and downstream actions before use.
- Accessible interaction - Design forms, controls, labels, tooltips, keyboard paths, focus states, and help in ways humans can actually use.
- Failure visibility - Failed checks, skipped checks, uncertainty, and residual risk must be first-class output, not hidden in optimism.
Use trust calibration as a hard evidence rule, not a reassuring tone. Use CoT-safe public reasoning artefacts: task restatement, assumptions, branch comparison, evidence table, verification log, limitations and final status.
Prompt quality requirements
A prompt is not accepted unless it includes:
- A narrow role and bounded mission.
- Explicit out-of-scope actions.
- Required input inspection before action.
- Data, tool, and file boundaries.
- A public decision record, not hidden chain-of-thought.
- Least-to-most decomposition for complex work.
- Tree-of-Thoughts-style branch evaluation for material decisions.
- ReAct observe-act-observe discipline.
- Self-consistency through independent evidence routes.
- Self-refinement after failed checks.
- Process supervision through command logs, UI observations, review packets, or evidence tables.
- Traceability from requirement to artefact to evidence to status.
- Prompt-injection and untrusted-content handling.
- Human escalation and stop conditions.
- Required final status vocabulary.
Skill quality requirements
A skill is not accepted unless it includes:
- When to use it and when not to use it.
- Inputs the agent must inspect.
- A step-by-step operating procedure.
- Tool limits and data limits.
- Evidence the agent must collect.
- Quality checks before handoff.
- Safety, accessibility, and security considerations when relevant.
- Failure and blocked-state behaviour.
- Handoff format for human or agent review.
- A refusal path for unsafe requests.
Contract quality requirements
A contract is not accepted unless it includes:
- Hard acceptance clauses.
- Hard rejection clauses.
- Limited-acceptance wording for partial evidence.
- Required evidence sources.
- Forbidden claims and forbidden shortcuts.
- Review roles and separation of duties.
- Traceability requirements.
- Human approval requirements when risk is material.
- Security, data, accessibility, and release caveats when relevant.
- A clear final verdict vocabulary.
Rule quality requirements
Repository or generated-project rules are not accepted unless they:
- State the governance gate before implementation.
- Name blocked actions and blocked tools.
- Separate implementation, review, approval, release, and monitoring.
- Prevent self-approval.
- Require audit records for meaningful agent actions.
- Require evidence before success claims.
- Require human review for ambiguous high-impact decisions.
- Explain how to disable the agent or tool access quickly.
- Preserve logs, diffs, and review evidence after incidents.
- Avoid promising behaviour that scripts, tests, or human checks have not proved.
Human-AI review questions
Use these questions during review:
- Would a busy human overtrust this output because it sounds polished?
- Are the agent's limits and uncertainty visible at the moment of decision?
- Is the user able to correct, reject, stop, or escalate the workflow?
- Are social or organisational harms considered, not only technical errors?
- Is any real data, secret, permission, deployment, or external tool being assumed without approval?
- Could untrusted content change instructions, tools, files, or approvals?
- Is accessibility treated as real interaction evidence rather than decorative wording?
- Is there an independent way to verify each important claim?
- Are evals testing refusal, overreach, unsupported claims, and failure disclosure?
- Would a reviewer know exactly what remains unverified?
Minimum generated-project artefacts
A generated project should include:
- Governance documents.
- Agent role instructions.
- Tool-access map.
- Human approval record.
- Evaluation cases.
- Prompt register.
- Artefact provenance record.
- Decision log.
- Audit templates.
- Human-AI quality standard.
- Prompt, skill, and contract quality checklist.
- Sociotechnical risk register.
- Human handoff playbook.
- Release gate.
- Incident-response procedure.
Final rule
A beautiful answer is not enough. A correct-looking answer is not enough. A team-grade agent workflow must be inspectable, interruptible, evidence-backed, least-privilege, socially aware, and honest about what remains unknown.