How to Pass Your AI Agent Security Review: A Step-by-Step Guide
Security review is the final gate between your AI agent and production. Most teams fail it the first time—not because their system is insecure, but because they're unprepared.
This guide walks you through exactly what reviewers look for and how to prepare.
Understanding the Review Process
What Security Teams Actually Do
Security reviewers aren't trying to block you. They're trying to:
- Understand the risk — What could go wrong?
- Verify controls — How do you prevent or mitigate issues?
- Document the decision — Create evidence for compliance/audits
Your job is to make their job easy. Give them clear answers and evidence.
The Three Outcomes
| Outcome | What It Means |
|---|---|
| Approved | You can deploy |
| Approved with conditions | Deploy, but implement specific changes |
| Not approved | Go back and fix issues before resubmitting |
Most first-time submissions get "not approved"—usually due to missing documentation, not actual security flaws.
Before the Review: Preparation
Step 1: Complete Your Documentation
Security teams make decisions based on documentation. Prepare:
Architecture Document
- System diagram showing all components
- Data flow showing what goes where
- Trust boundaries showing what's inside/outside security perimeter
Control Documentation
- Authentication: How users prove their identity
- Authorization: How permissions are enforced
- Encryption: What's encrypted, how
- Logging: What's logged, how long retained
- Incident response: How you'll respond to problems
Risk Assessment
- Assets: What's valuable/sensitive
- Threats: What could go wrong
- Mitigations: How you prevent/detect/respond
Step 2: Complete the Self-Assessment
Before they review you, review yourself:
| Category | Questions to Answer |
|---|---|
| Authentication | Who can access? How do they prove identity? |
| Data handling | What data is processed? How is it protected? |
| Network security | What can the system connect to? What can connect to it? |
| Operational security | How do you detect problems? How do you respond? |
| Compliance | What regulations apply? How do you comply? |
Step 3: Gather Evidence
Claims need proof:
| Claim | Evidence |
|---|---|
| "We use encryption" | Encryption configuration, cipher details |
| "Access is logged" | Sample audit log export |
| "We can stop the system" | Kill switch documentation/demo |
| "Credentials are protected" | Secrets management documentation |
During the Review: The Conversation
Common Questions and How to Answer
"Walk me through the architecture"
User Request
↓
Gateway (Authentication)
↓
Tenant Isolation Layer
↓
AI Agent Runtime (Sandboxed)
↓
Egress Controls
↓
External APIs (Allowlisted only)
Point out security boundaries. Explain what's isolated from what.
"What data does this process?"
Be specific:
- User prompts (text, potentially sensitive)
- LLM API keys (highly sensitive)
- Connected account tokens (OAuth tokens for Slack, etc.)
- Conversation history (may contain sensitive info)
Don't minimize. They'll find out anyway.
"What happens if an attacker gains control?"
Walk through the worst case:
- "If compromised, the attacker could..."
- "However, they're limited by..."
- "We would detect this through..."
- "Our response would be..."
Show you've thought about it.
"Show me the audit logs"
Have a sample ready:
{
"timestamp": "2026-01-31T14:22:33.456Z",
"session_id": "sess_abc123",
"action": "tool_call",
"tool": "send_email",
"user": "user@company.com",
"status": "success"
}
Explain what's logged and how long it's retained.
"How do we stop this if something goes wrong?"
Demonstrate the kill switch:
- Show the command or button
- Explain what happens when triggered
- Show how to resume safely
Common Failure Points
Failure #1: Vague Documentation
Bad: "We implement security best practices" Good: "Authentication uses 256-bit token auth with 24-hour expiry, rate-limited to 10 requests/minute per token"
Be specific. Vague claims raise red flags.
Failure #2: Missing Threat Analysis
Bad: "We don't think that's a realistic threat" Good: "This threat is mitigated by X, Y, and Z. Residual risk is accepted because..."
Acknowledge threats, even if mitigated.
Failure #3: No Incident Response
Bad: "We'd figure it out if something happened" Good: "Our incident response procedure is: 1) Kill switch 2) Notify security 3) Preserve logs 4) Investigate"
Have a plan. Practice it.
Failure #4: Overpromising
Bad: "Our system is unhackable" Good: "We've implemented these controls to reduce risk to acceptable levels"
No system is perfect. Mature security acknowledges limitations.
The Security Review Cheat Sheet
Prepare These Documents
- Architecture diagram — Visual overview of the system
- Data flow diagram — What data goes where
- Control matrix — List of security controls and evidence
- Risk assessment — Threats and mitigations
- Incident response plan — What to do when things go wrong
Know These Answers
| Question | Your Answer |
|---|---|
| What data is processed? | [Specific list] |
| Who can access? | [Authentication mechanism] |
| What can it connect to? | [Egress allowlist] |
| What's logged? | [Logging scope and retention] |
| How do you stop it? | [Kill switch mechanism] |
| What if credentials leak? | [Rotation procedure] |
| How do you detect compromise? | [Monitoring approach] |
Have This Evidence Ready
- Sample audit log export
- Screenshot of authentication flow
- Network diagram with allowlist
- Kill switch demonstration
- Encryption configuration
Using Managed Hosting for Easier Reviews
Why Managed Services Pass Easier
Security reviewers trust established managed services because:
- Pre-built controls — Security already implemented
- Documentation — Vendor provides evidence
- Accountability — Vendor shares liability
- Updates — Security patches handled
What Clawctl Provides
| Security Review Requirement | Clawctl Documentation |
|---|---|
| Architecture overview | Provided |
| Control descriptions | Provided |
| Encryption details | Provided |
| Compliance evidence | Provided (Business plan) |
| Data handling | Provided |
You still need to document your specific usage, but the infrastructure security is pre-documented.
Sample Answer Using Clawctl
Reviewer: "How is authentication handled?"
You: "We use Clawctl's gateway authentication, which implements 256-bit token auth on all connections. Here's their security documentation describing the implementation. Our users authenticate through our application, which then uses the Clawctl API with our tenant token."
After the Review: Follow-Up
If Approved
- Document the approval (date, approver, scope)
- Schedule periodic reviews
- Maintain documentation as system changes
If Approved with Conditions
- Document the conditions
- Create a plan to address each
- Schedule follow-up review
- Implement changes
- Provide evidence of completion
If Not Approved
- Don't panic—this is common
- Document specific concerns raised
- Create remediation plan
- Address each concern with evidence
- Resubmit when ready
Frequently Asked Questions
How long does security review take?
With good preparation: 1-2 weeks. Without preparation: months.
Can I deploy while waiting for review?
Usually not for production. You might get approval for a non-production pilot.
What if they ask for something impossible?
Discuss alternatives. Security teams usually have flexibility on how to meet requirements, even if the requirements themselves are firm.
Do I need to hire a security consultant?
Not always. With good documentation and a managed service, you can often pass review yourself. For complex systems or strict compliance, a consultant helps.
The Bottom Line
Security reviews aren't obstacles—they're opportunities to validate your work.
To pass:
- Document everything
- Be specific, not vague
- Acknowledge threats
- Show evidence
- Have a plan for incidents
To pass easily:
- Use managed services with pre-built controls
- Inherit their security documentation
- Focus your documentation on your specific usage
Deploy with security documentation included → | Enterprise compliance features →