Human review of AI outputs

Native-speaker review of generated responses against the product policy, with reasons for failures and an escalation path for disputed outputs.

Ask to inspect a sample rubric, calibrated review example, de-identified disagreement record and escalation path before scaling.

Output review decision What must a reviewer decide before a generated answer reaches a user?

Ordinary output review has a different job from benchmark scoring or adversarial testing: it gives each sampled response a policy disposition the product team can act on.

01 Product policy

Fix the categories, severity boundaries and worked examples for the response types being reviewed.

02 Language judgment

Calibrate native-speaker reviewers on the languages and dialects the product serves.

03 Disputed outputs

Record why an item is ambiguous and send it to adjudication before counting it as a pass.

04 Correction owner

Return findings by language and failure type with the rubric version used to make the decision.

Policy-led reviewNative-speaker calibrationAdjudication recorded

Human review turns an AI response into a policy decision

Human review of AI outputs checks generated responses against the product policy in the languages where users will read them. Native-speaker reviewers work from a calibrated rubric, record why a response passes or fails, and escalate ambiguous or high-risk cases for adjudication. This is the review and disposition of ordinary output samples. Benchmark scoring belongs in LLM evaluation; deliberately trying to break safety behaviour belongs in AI red teaming. MoniSa scopes the response types, languages, policy categories and correction path with the product team before review volume is set. For generative-AI risk evaluation and measurement: NIST, AI Risk Management Framework: Generative Artificial Intelligence Profile (26 July 2024).

When to use it

When automated scores look healthy but the product team cannot judge whether responses meet policy in every language it serves.

For your team

AI product quality owner
Needs policy decisions by language and failure type before deciding whether a release can proceed.
AI safety owner
Needs ambiguous and high-risk responses routed to an agreed adjudication owner.
Locale review lead
Needs calibrated native-speaker examples rather than an English-only score.

Project requirements and deliverables

What we need from you, how the work is reviewed, and what you receive.

Typical inputsRepresentative responses, target languages and dialects, product policy, risk categories, severity boundaries and worked examples
Review pathReviewer calibration, written category definitions, documented failure reasons, independent escalation and rubric versioning
Strongest fitOrdinary multilingual output review and disposition before or during release; benchmark scoring and adversarial tests have separate paths
How the work runsAgree a pilot rubric, review a representative sample, adjudicate disputed items, then return findings by language and failure type

What do reviewers need before a pilot?

The product owner and review lead should settle the rubric, language coverage and disputed-item path on a representative pilot. The brief determines the controls; no universal detection or response-time guarantee is implied. For agreement-method interpretation during calibration: Artstein & Poesio, Computational Linguistics, Inter-Coder Agreement for Computational Linguistics (2008).

Scope

Name the response types, languages, policy categories and severity boundaries.

Calibrate

Compare reviewer decisions on worked examples and resolve category disagreement.

Pilot

Review a representative sample before setting a production cadence.

Record

Capture failure reasons and rubric version for findings the product team can act on.

Escalate

Agree who adjudicates ambiguous or high-risk outputs.

Decide

Use the pilot findings to decide the next review scope and acceptance rules.

Ask for review evidence

A sample rubric, calibrated example, de-identified disagreement record and proposed escalation path should be inspected for the languages in the brief. This is a scoping request, not a claim that every response or failure can be found.

Choose the review that matches the product decision

Human review checks ordinary responses against your policy. Benchmark scoring and adversarial testing answer different questions.

AI red teaming

Probe deliberately for safety failures rather than reviewing ordinary response samples.

AI data services

Scope the broader data and human-review program around the model.

Company-wide language coverage

Availability and specialist fit are confirmed for each project.

110,000+ native linguists and AI data contributors Founder-reported combined network · 4 Oct 2026
300+ languages across active service lines
4,500+ dialects and regional variants
1,000+ organizations served since 2015

Human Review of AI Outputs questions

When does human AI output review fit?

Use it when ordinary generated responses need a language-aware decision against your product policy. Benchmark scoring belongs in LLM evaluation; deliberate attack testing belongs in AI red teaming.

What do reviewers need before a pilot?

First describe target languages, output type and format, policy categories and severity boundaries. Arrange transfer of real outputs and policy files only after project data-handling rules are agreed.

Does review find every model failure?

No. A scoped sample can reveal and classify issues in the material reviewed; it cannot guarantee that every possible response is safe.

Describe the policy decision the reviewers must make

Tell us the languages, policy categories and sample-output format. Arrange transfer of the policy and outputs after a scoped data-handling path is agreed.

Send a brief

Required. We use these details to respond to your request. We don't sell your data. Privacy policy.

Describe the project without confidential content or personal data. We will agree a secure transfer method if samples are needed.

Include: Policy category outline and severity labels; Output type, format and target languages; Description of known failure patterns