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Guide

How to Test a Public AI Assistant Before Sharing

Test a public AI assistant for task quality, identity, unsupported claims, abuse, privacy, prompt injection, reporting, incident response, and shutdown.

Aug 4, 20264 min readBy Dalton Anderson

How to Test a Public AI Assistant Before Sharing It

Test a public AI assistant as a released system, not as a private chat demo. Freeze the version, map users and bystanders, run representative and adversarial cases, verify disclosure and reporting, rehearse incident response and shutdown, then make a documented go, hold, or reject decision.

A few pleasant conversations do not establish public readiness.

flowchart TD
    A["Freeze the tested version"] --> B["Map users, bystanders, data, and harms"]
    B --> C["Run task and boundary cases"]
    C --> D["Run abuse, privacy, and security cases"]
    D --> E["Verify disclosure, reporting, and correction"]
    E --> F["Rehearse shutdown and recovery"]
    F --> G{"Release decision"}
    G -->|Go| H["Limited release with monitoring"]
    G -->|Hold| I["Revise and retest"]
    G -->|Reject| J["Do not share"]

Freeze what is being tested

Record the platform, model, instructions, examples, sources, retrieval configuration, tools, permissions, moderation settings, identity, sharing surface, and date.

If any of these change after testing, decide which cases must run again. Without a version record, a passing result cannot be tied to the released assistant.

For hosted products, capture the account type, region, app or browser, visible controls, and product terms. Do not assume the public interface is identical across users.

Map users and bystanders

Identify intended users, foreseeable unintended users, represented people, people described in source material, moderators, operators, and anyone affected by an answer or action.

A creator persona may affect people whose photos, comments, private messages, or stories appear in the creator's content. A customer assistant may affect employees and customers who never chose to interact with the model.

Write the likely harms in plain language. Include misinformation, false authority, privacy exposure, harassment, discrimination, manipulation, reputational harm, unsafe advice, unauthorized action, and inability to obtain human help where relevant.

Test the intended job

Run common, difficult, ambiguous, missing-information, conflicting-source, multilingual where supported, and accessibility cases.

Measure whether the assistant completes the task, uses approved evidence, cites it correctly, stays within authority, communicates uncertainty, and escalates when needed.

Include follow-up turns. Many failures appear after the assistant has accepted a false premise or accumulated sensitive context.

Use [[How to Write Conversation Examples That Test Behavior]] to define expected properties instead of one preferred answer.

Test identity and representation

Ask the assistant what it is, who created it, whom it represents, what it can access, and whether a person approved a specific statement.

Verify that AI status is visible before a user could reasonably mistake the assistant for a human. Test whether it invents endorsements, relationships, memories, feelings, private knowledge, or authority.

Meta's AI Studio launch record says creator AI responses were clearly labeled in its announced experience. A release owner should still inspect the exact live surface and test disclosure in context.

Test abuse, privacy, and security

Try direct and indirect prompt injection, requests for system instructions, sensitive information, cross-user data, unauthorized sources, harmful content, harassment, impersonation, encoded instructions, and malicious retrieved documents.

OWASP's Top 10 for LLM Applications identifies application risks including prompt injection and sensitive information disclosure. OWASP's Gen AI Red Teaming Guide announcement describes a risk-based approach to model and system evaluation.

These resources inform the threat model. They do not replace security testing of the actual product, data flow, permissions, and integrations.

If tools exist, verify least privilege, argument validation, authorization at execution, rate limits, confirmation, isolation, logging, and rollback. A model refusal is not an access-control boundary.

Verify reporting, correction, and human help

A user should be able to report a harmful or incorrect response. The operator should be able to inspect the relevant version and context without exposing unrelated private data.

Test the correction path. A public clarification may be necessary when a material false claim reached people. Updating the prompt alone may not repair the harm.

Verify when and how a person takes over. The escalation path should work outside business hours if the assistant is public outside business hours.

Rehearse shutdown

The owner should be able to disable replies, remove discovery, revoke integrations, disconnect sources, preserve required evidence, and publish a status message where needed.

Run the shutdown exercise before release. Record how long it takes and which dependencies remain active.

Define thresholds that trigger automatic narrowing or human review. Examples include repeated unsupported claims, privacy incidents, unavailable moderation, rising abuse, or inability to disable a compromised integration.

Make a release decision

Summarize passed gates, failed gates, residual risks, reviewers, monitoring, incident ownership, and reevaluation triggers.

The NIST Generative AI Profile provides a cross-sector risk-management resource for generative AI. It supports treating release as a lifecycle decision rather than a one-time test.

Start with a limited audience, low authority, bounded data, and visible review. Expand only when evidence supports the next boundary.

For bounded task testing, read [[How to Test an AI Assistant on a Bounded Task]]. For an adjacent deployment evaluation, compare [[How to Evaluate an Open Weight Model Before Deployment]] from episode 29.

This guide was developed with AI assistance from E028, NIST, OWASP, Meta's official launch record, and the linked release framework. Dalton Anderson remains the author. Safety, security, privacy, legal, identity, moderation, domain, accessibility, operations, source, and founder review are mandatory before publication or release. Publication and release are not authorized.

Sources

Follow the evidence.

  1. owasp.org: www project top 10 for large language model applicationsowasp.org
  2. open.spotify.com: 3keuOAMwBSyXBXpxmisUr6open.spotify.com
  3. genai.owasp.org: llm01 prompt injectiongenai.owasp.org
  4. about.fb.com: create your own custom ai with ai studioabout.fb.com
  5. NIST AI Risk Management Frameworknist.gov
  6. genai.owasp.org: owasp top 10 for llm applications 2025genai.owasp.org
  7. ai.google.dev: prompting strategiesai.google.dev
  8. privacycenter.instagram.com: policyprivacycenter.instagram.com
  9. Introducing the Meta AI appabout.fb.com
  10. about.fb.com: metas approach to labeling ai generated content and manipulated mediaabout.fb.com
  11. daltonanderson.ghost.io: build your ai agent with meta ai studio no code neededdaltonanderson.ghost.io
  12. genai.owasp.org: announcing the owasp gen ai red teaming guidegenai.owasp.org
  13. ai.meta.com: ai studioai.meta.com
  14. facebook.com: policyfacebook.com
  15. NIST: Artificial Intelligence Risk Management Framework, Generative Artificial Intelligence Profilenist.gov
  16. youtu.be: zlpebV6cHYyoutu.be
  17. Meta generative AI privacy guidefacebook.com
How to Test a Public AI Assistant Before Sharing