Boundary & data flow
AI features, providers, data classes, training settings, and the path a customer request takes.
Free production readiness tool
Answer 24 practical questions about the AI system you operate. Get a directional readiness score, a category breakdown, and a short list of gaps to close before an enterprise questionnaire turns into a revenue blocker.
No upload. No account. No data leaves your browser.
The output
Readiness score
A directional signal across six production boundaries.
Evidence vs. controls
Know whether to collect proof or change the system.
Three next actions
A short remediation queue you can assign and verify.
The short answer
An AI security questionnaire readiness checker is a structured self-assessment that tests whether common enterprise AI security claims are backed by an implemented control, current evidence, a responsible owner, and a refresh trigger. It helps an AI SaaS team find the difference between “we probably do this” and “a reviewer can inspect this today.”
This checker is designed for a live or late-stage AI product. It covers the production path around the model, not only the model itself: retrieval, tenant boundaries, logs, tool actions, evaluation gates, human review, providers, retention, and incident handling.
What it checks
Enterprise reviewers increasingly ask about the controls surrounding the model: data paths, permissions, release decisions, human boundaries, and evidence freshness. The assessment follows those same boundaries.
AI features, providers, data classes, training settings, and the path a customer request takes.
Tenant enforcement, retrieval filters, caches, trace access, roles, and tool authorization.
Prompt injection, exfiltration, output validation, jailbreak testing, and misuse resistance.
Failure taxonomy, production-shaped evals, CI gates, monitoring, release control, and rollback.
Human review, corrections, escalation, incident response, harmful behavior, and residual risk.
Subprocessors, retention, deletion, regions, backups, and framework evidence crosswalks.
How to read the output
The checker deliberately separates implementation from inspectability. That distinction makes the remediation path clearer and keeps a polished answer from outrunning the system behind it.
| Signal | What it means | First move |
|---|---|---|
| Control missing | The capability is absent, informal, or not enforced through the deployed path. | Define the enforcement point, owner, test, and release or incident response. |
| Evidence missing | A control may exist, but the proof is stale, scattered, incomplete, or hard to inspect. | Collect the artifact, link it to the claim, name the owner, and set a refresh trigger. |
| Implemented + evidenced | The answer has a current control and proof, within the scope you assessed. | Keep it current when models, providers, data flows, permissions, or buyers change. |
Before you begin
The most useful answers come from the people who know what the product does and what a reviewer can verify. Keep an architecture or data-flow diagram, provider list, current eval report, access policy, and retention policy nearby if you have them.
Time estimate
8–12 min
24 questions. No upload. Answers stay in this browser session.
Interactive assessment
Answer the 24 questions based on what is true in the deployed system today. You can move backward, change any answer, and see the result only after the full set is complete.
0/24 answered
Choose one answer to continue.
Continue the work
Use the checker to find the pressure point, then use these resources to turn the answer into an operating asset.
A detailed 24-question evidence map for turning buyer wording into claims, controls, artifacts, owners, and refresh triggers.
Read the playbookA focused engagement to inspect the deployed AI path, close the highest-risk gaps, and leave a standing response pack your team owns.
See the service scopeBring a live questionnaire, a stalled deal, or a control that is hard to prove. Leave with a scoped next step—or a clean referral.
Book a 30-minute consultationFAQ
It measures whether 24 common AI security questionnaire topics appear to be implemented and evidenced, supported by a control, missing evidence, missing control, or still unknown. The questions cover data flow, tenant isolation, prompt injection, evals, human oversight, subprocessors, retention, and framework mappings.
A missing control means the capability is absent, informal, or not reliably enforced in the production path. Missing evidence means a control may exist, but the proof is stale, scattered, incomplete, or not easy for a reviewer to inspect. The remediation path is different: implement the control first, or collect and assign current evidence.
No. This is an educational prioritization tool, not an audit, certification, attestation, legal opinion, or guarantee that a buyer, auditor, regulator, or framework owner will accept your answers. Confirm scope and acceptance criteria with your customer, auditor, counsel, or framework owner.
Start with the three prioritized actions in your result. Then use the AI Security Questionnaire Playbook to build a standing map from each claim to a control, evidence location, owner, and refresh trigger. If a live enterprise review is blocking revenue, review the AI Compliance implementation scope or book a focused consultation.
Most teams can complete the 24-question assessment in about 8–12 minutes when the system owner and security owner answer together. The result is faster when you have a current architecture diagram, provider register, data-flow map, evaluation report, and access or retention policies nearby.
Next step
If the assessment surfaced a live enterprise blocker, ProfitLabs can help trace each claim to the deployed system, close the highest-leverage gaps, and hand back an evidence workflow your team can maintain.