Generate Zero Trust Architecture Diagrams with AI

Visualize your zero trust controls from identity to data. Describe your identity providers, policy enforcement points, device trust, microsegmentation, and ZTNA components in plain English and get a professional architecture diagram ready for security reviews, compliance audits, or board-level presentations.

The challenge

Zero trust architecture spans identity providers, device management, network segmentation, policy engines, and continuous monitoring — often across five or more vendors simultaneously. NIST SP 800-207 compliance and FedRAMP authorization require demonstrable zero trust controls, but the architecture is too complex to capture in a traditional network topology diagram. Unlike conventional perimeter diagrams that show network layout, zero trust diagrams must show trust flows, policy decision points, and enforcement boundaries — a completely different mental model that's difficult and time-consuming to draw from scratch in traditional diagramming tools.

The solution

Describe your zero trust architecture the way you'd explain it to a new security engineer:

"Users authenticate via Okta with MFA required. Device posture is checked by CrowdStrike Falcon before access is granted. Cloudflare Access enforces access policy at the network edge. Internal services are microsegmented in AWS VPCs with security groups and no lateral movement permitted. All traffic passes through a Zscaler ZPA proxy. Policy decisions are logged to Splunk SIEM. JIT privileged access is managed by CyberArk with full session recording."

From that description, you get a complete zero trust architecture diagram showing every trust plane — identity, device, network, application, and data — along with the policy decision and enforcement points at each boundary. Use chat-based editing to annotate NIST 800-207 pillars, add data classification labels, or show conditional access policy logic.

Zero trust diagrams we support

Full zero trust architecture diagram
End-to-end view across all five trust planes — identity, device, network, application, and data — showing policy decision points, policy enforcement points, and trust evaluation flows between them.
ZTNA vs traditional VPN comparison diagram
Side-by-side architecture comparison showing how implicit network trust in a VPN model is replaced by explicit, per-session identity and device verification in a ZTNA model.
Microsegmented cloud network diagram
East-west traffic controls across VPCs, service-to-service policy enforcement, and workload identity — showing how lateral movement is blocked even after a perimeter breach.
Privileged access management (PAM) diagram
JIT access request flow, privileged session brokering, vault credential injection, session recording, and audit log pipeline for CyberArk, HashiCorp Vault, or BeyondTrust deployments.
BeyondCorp / device trust diagram
How device certificate, identity context, and posture signals are combined into a trust score, and how that score gates access to resources — modeled after Google's BeyondCorp implementation.
Zero trust compliance mapping diagram
NIST SP 800-207 pillars (identity, device, network, application, data, visibility) mapped to the specific controls and vendors implemented in your environment — useful for FedRAMP, SOC 2, and ZTNA maturity assessments.

Perfect for

CISOs and security architects planning or documenting zero trust migrations
Compliance teams preparing evidence for FedRAMP, SOC 2, or NIST 800-207 audits
DevSecOps engineers documenting network segmentation and workload identity controls
Security vendors presenting zero trust reference architectures to enterprise customers
Security awareness training materials showing trust boundary concepts
Incident response teams mapping trust boundaries to scope blast radius during investigations

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