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AI Governance · Risk Tiering · Review Routing

AI Model Risk Tiering and Review Routing

Intermediate LAB for routing AI use cases to security, privacy, legal, architecture, executive, or human-review paths based on risk tier and operational impact.

StatusIntermediate
DomainAI Governance
TrackCommand Center
RuntimeRead-only course

Study Menu

Overview

This LAB teaches how to move from AI intake and data classification into risk tiering and reviewer routing. Students learn how to decide whether a proposed AI workflow needs business-owner review, security review, privacy review, legal review, architecture review, executive approval, or denial by default.

Risk tiering Review routing Approval paths No live workflow

Concept Deep Dives

Expand each concept when studying AI risk classification and reviewer routing.

Why does AI governance need risk tiers?

Risk tiers help teams apply consistent review requirements. A low-risk summarization workflow should not need the same review path as an AI workflow that touches customer records, employee data, payments, legal decisions, safety, or production systems.

What factors determine the risk tier?

Risk tiering should consider data classification, affected users, business impact, autonomy level, tool authority, production access, regulatory exposure, reversibility, and whether the AI can influence or execute material decisions.

What is review routing?

Review routing maps a risk tier to the required reviewer path. Depending on risk, the workflow may require business-owner review, security review, privacy review, legal review, architecture review, executive approval, or escalation.

Why does autonomy change the review path?

An AI system that only summarizes is different from one that drafts actions, submits requests, approves changes, or executes workflows. More autonomy requires stronger review, approval, and evidence controls.

What should executives understand?

Executives should understand that AI review is not a single checkbox. Review requirements should scale with data sensitivity, business impact, operational authority, and customer or regulatory exposure.

Visual Risk Tiering and Review Routing Model

Risk tiering turns AI intake and data classification into an approval or escalation path.

AI Use Case Purpose, owner, users, and expected outcome
Data Classification Public, internal, confidential, or restricted
Autonomy Level Recommend, draft, submit, approve, or execute
Impact Review Customer, employee, financial, legal, safety, compliance, or production impact
Risk Tier Low, moderate, high, or restricted
Review Route Business, security, privacy, legal, architecture, executive, or escalation
Restricted Route Fail closed for secrets, regulated records, autonomous execution, or production mutation
Evidence Record Risk tier, reviewer path, decision, constraints, and approval owner

Example Scenario

A business team proposes an AI assistant for support operations. Students must decide whether the workflow only summarizes public help content, uses internal procedures, retrieves customer records, influences refund decisions, or can trigger operational actions. The review route changes based on those risk signals.

Student Exercise

Create a review routing decision for one proposed AI workflow.

1. Name the AI use case
2. Identify data classification
3. Identify autonomy level
4. Identify customer, employee, financial, legal, safety, compliance, or production impact
5. Assign risk tier: low, moderate, high, or restricted
6. Select required reviewers
7. Define approval, denial, or escalation path
8. Record evidence and constraints

Governance Boundary

This course is a learning surface. It does not expose backend APIs, access enterprise systems, route real approvals, mutate production, or claim production enforcement.

Course surface = SecureTheCloud Labs
Runtime = read-only learning
Backend exposure = false
Live reviewer workflow = false
Model provider integration = false
Runtime mutation = false
Production enforcement claim = false