Implementing a practical AI governance framework starts with clear roles. An AI governance RACI for a GenAI assistant assigns who owns intake, data and knowledge sources, security controls, legal/compliance sign-off, monitoring, and incident response. Without it, deployments stall or ship with audit gaps. Make verification ownership explicit, then measure approval time, coverage, and drift.
TL;DR
GenAI assistants get blocked or ship risky when approvals and evidence are not owned. A practical governance RACI assigns one accountable owner for each control, including intake, approved sources, access, evaluation, monitoring, and incident response, and defines the minimum proof required before launch, including verification that answers are supported by your approved documents.- Move approvals forward: clarify decision rights for go live, source changes, and always on vs on demand verification.
- Make reviews defensible: standardize an evidence pack, including risk tier, test results, monitoring plan, and change log, so “Legal won’t approve” becomes objective.
- Make outputs auditable: verify response claims against your source documents and retain the verification record for stakeholders and audits.
Why GenAI Assistants Need a RACI
Without a defined AI governance operating model, deployments stall. If you don’t name owners, you’ll get one of these outcomes:- “Legal won’t approve” stalemate: everyone can block, nobody can finalize.
- Shadow AI drift: teams quietly swap prompts/sources/models to “fix” answers, without auditability.
- Security/compliance gaps: access controls and data boundaries become “someone else’s problem.”
- No defensible evidence: when asked “show me why this answer is trustworthy,” you have screenshots and vibes, not records. (And GenAI risk can originate from outputs and from human misuse, so “just train users” is not enough.)
The Minimum Roles You Should Include
Keep it small enough to run weekly, but real enough to pass scrutiny:- Executive Sponsor (funding + tie-breaker)
- Agent Owner (Product/Business Owner) (value, scope, adoption, day-to-day accountability)
- Engineering/Platform Owner (build/deploy, reliability, integrations)
- Data/Knowledge Owner (what sources are allowed, freshness, retention rules)
- Security IT (access control, threat model, logging, incident response)
- Risk/Compliance (risk tiering, required controls, audit evidence)
- Legal/Privacy (disclosures, contractual/DPA needs, regulated-language constraints)
- Support/Ops (runbooks, escalation, monitoring, user feedback loop)
- PR/Comms (only if the assistant can create reputational risk externally)
A Practical RACI Matrix You Can Actually Run
Legend: R = Responsible (does the work), A = Accountable (signs off), C = Consulted, I = InformedKey (roles)
- ES = Exec Sponsor
- AO = Agent Owner
- EP = Eng/Platform
- DKB = Data/KB Owner
- SEC = Security IT
- RISK = Risk/Compliance
- LEGAL = Legal/Privacy
- OPS = Support/Ops
- PR = PR/Comms
| Control / Responsibility | Accountable (A) | Responsible (R) | Consulted / Informed |
|---|---|---|---|
| Use-case intake + risk tier | AO | AO | C: EP, DKB, SEC, RISK, LEGAL · I: ES, OPS, PR |
| Approved sources | AO | EP | C: DKB, SEC, RISK, LEGAL · I: ES, OPS, PR |
| Answer policy | AO (+ LEGAL as R/A) | LEGAL | C: EP, DKB, SEC, RISK, PR · I: ES, OPS |
| Access control + authorization | AO (+ SEC as R/A) | EP, SEC | C: DKB, RISK, LEGAL, OPS · I: ES, PR |
| Evaluation plan | AO | EP, DKB | C: SEC, RISK, LEGAL, OPS · I: ES, PR |
| Verification policy | AO (+ RISK as R/A) | RISK | C: EP, DKB, SEC, LEGAL, OPS · I: ES, PR |
| Change management + rollback | AO | EP, DKB | C: SEC, RISK, LEGAL, OPS · I: ES, PR |
| Monitoring + incident response | AO (+ SEC as R/A) | EP, SEC, OPS | C: DKB, RISK, LEGAL, PR · I: ES |
| Audit evidence pack | AO (+ SEC as R/A) | SEC | C: EP, DKB, RISK, LEGAL, OPS · I: ES, PR |
| External messaging rules | AO (+ PR as R/A) | PR | C: DKB, SEC, RISK, LEGAL · I: ES, EP, OPS |
- A single Accountable owner per control (no shared “A”).
- A formal “evidence lane” (Control #9), because regulators/GCs don’t approve intentions, they approve proof. (Logging + record-keeping show up explicitly in multiple governance regimes.)
Where Verification Fits
Most GenAI governance fails at one question: “How do we know this specific answer is supported by our sources?” CustomGPT’s Verify Responses is designed to generate evidence at the response level- It’s used in workflows like stakeholder sign-off (run sample queries, click the shield icon, and share Claim Verifier + Trust results).
- It supports audit trails by creating a record of claims and their grounding in your approved source documents.
- It’s not “free” operationally: each verification adds a documented usage cost (currently +4 standard queries per verification).
Always-on vs on-Demand
Pick when verification runs.- On-demand (recommended default): make verification available for approvals, escalations, and sampled QA. This keeps costs contained while still generating defensible evidence.
- “Always-on” as a policy (not just a toggle): if you’re in a high-stakes domain, mandate verification for defined categories (medical, financial, legal, safety) and log exceptions. This aligns with lifecycle/continuous risk management expectations in formal frameworks.
Operating Model: The 5 Gates That Prevent Chaos
Gate each stage.- Intake: define purpose, users, and prohibited content (Agent Owner = A/R).
- Risk tier: decide what controls are mandatory (Risk/Compliance = A/R).
- Source approval: lock what the assistant is allowed to use (Data/KB Owner = R, Agent Owner = A).
- Pre-launch validation: test set + verification sampling + sign-off packet (Risk/Compliance = A/R; Legal = A for policy).
- Run & monitor: drift checks, incidents, change control, evidence capture (Security + Support = R/A).
Minimal Example
Scenario: A healthcare FAQ assistant is ready, but compliance won’t sign off. What you do: Run a representative question set, invoke Verify Responses with the shield icon, and provide results showing claims verified against approved medical documentation; stakeholders can review and sign off using the Trust Score-style output described in the use cases doc. What this does (and doesn’t) prove:- ✅ It proves the answer is grounded in your provided sources (good for internal defensibility).
- ❌ It does not prove the underlying sources are correct, current, or complete. Governance still needs data ownership and change management.
Rollout Checklist
Four-week rollout.- Week 1: Name owners + publish the RACI (one “A” per control).
- Week 1: Build a use-case inventory (even a simple spreadsheet) and attach risk tier + owner. (This pattern is explicitly required in some government-grade guidance.)
- Week 2: Approve source set + answer policy (what the assistant must refuse, escalate, or cite).
- Week 2: Define verification policy (what gets verified, how often, where results are stored).
- Week 3: Run pre-launch test set + create the sign-off packet (include verification outputs).
- Week 4: Launch with monitoring + change control + incident runbooks (log changes and who approved).