CURSOR ENTERPRISE SECURITY

Is Cursor enterprise-ready?

For most non-PHI enterprise contexts: yes. Cursor’s Business plan ships with the controls security teams ask for — SOC 2 Type II, admin policy enforcement, SSO, audit logs, and a strict Privacy Mode. The remaining gap is workflow: required PR review on AI-generated commits and a security gate in CI before deploy.

For HIPAA / PHI handling, Cursor is not currently appropriate — Anysphere doesn’t sign BAAs at this time. For SOC 2 / GDPR / general enterprise, Cursor’s Business plan controls plus a workflow gate is sufficient.

What Cursor Business plan includes

The 6 enterprise controls to enforce

1. Privacy Mode required at org level

Privacy Mode tells Cursor not to retain or train on your code. Without org-level enforcement, individual developers can opt out. Set Privacy Mode as a required admin policy.

How: Admin console → Policies → “Require Privacy Mode” → enable for entire org.

2. Model allowlist

By default, Cursor lets users select any model — including external providers (OpenAI, Anthropic) that route code through additional services. For sensitive codebases, restrict to Cursor’s own models or specific approved providers.

How: Admin console → Policies → Model allowlist → select approved models.

3. SSO / SAML enforcement

All access via your IdP. Disable email/password authentication. Map IdP groups to Cursor roles.

How: Admin console → SSO → SAML configuration → enforce SSO-only login.

4. Audit log forwarding

Pipe Cursor audit logs into your SIEM (Splunk, Datadog, etc.) for retention beyond Cursor’s default window.

How: Admin console → Integrations → SIEM forwarding (or export via API on a cron).

5. Mandatory .cursorignore enforcement

Require every repository to ship with a .cursorignore covering credentials, infra-as-code, and customer data. Audit quarterly.

Standard .cursorignore template:

.env
.env.*
*.pem
*.key
secrets/
config/credentials.json
config/production.json
terraform.tfvars
fixtures/customers.json
fixtures/users.json

6. Required PR review for AI-generated commits

The platform doesn’t gate this — your git provider does. Configure GitHub/GitLab branch protection so all commits to main require PR review, regardless of source.

How (GitHub): Settings → Branches → main → Require pull request before merging → Require approvals from code owners.

What Cursor Business plan does not solve

These remain customer responsibilities:

AI-generated code security

Cursor’s models still produce the same vulnerability patterns at the enterprise tier as at the individual tier. Hardcoded secrets, missing auth on CRUD, over-permissive CORS, BOLA, weak input validation — see the full list in Cursor Security Risks.

The fix is workflow: every AI-generated commit goes through PR review and a CI security scan before deploy.

Workflow enforcement

The Business plan provides the policies; you enforce them. If your developers can disable .cursorignore locally, or push directly to main, or merge their own PRs, the controls don’t bind.

Production app security

Cursor doesn’t scan deployed apps. AI-generated code with the patterns above ships to production weekly across enterprise teams using Cursor. Run automated dynamic security scan on every deploy.

Procurement checklist

Before purchasing Cursor Business at scale, request from Anysphere:

1. Latest SOC 2 Type II report
2. Penetration test summary (if available)
3. Data Processing Addendum (GDPR scope)
4. Business Associate Agreement (HIPAA scope — currently unavailable, confirm)
5. Sub-processor list (which model providers your code transits to)
6. Incident response and breach notification procedures
7. Data retention and deletion policies under Privacy Mode

Cursor enterprise vs alternatives

How to roll out Cursor at enterprise scale

Phased rollout, security-aware:

1. Pilot (week 1-2) — 5-10 developers. Configure org policies. Test Privacy Mode and SSO. Audit logs forwarding verified.
2. Workflow integration (week 2-4) — branch protection enforced. CI security gate added. PR template includes AI-generation disclosure.
3. Code-owner training (week 3-4) — reviewers trained on the 12 Cursor security risks to look for in PRs.
4. Scale (week 4+) — onboard remaining team. Quarterly extension and .cursorignore audit. Monthly Cursor admin policy review.

Related resources

• Is Cursor Safe? — IDE-level security audit
• Cursor Security Risks — 12 patterns in Cursor-generated code
• How to Secure Cursor — step-by-step hardening
• Vibe Coding Vulnerabilities — full taxonomy
• OWASP Top 10 for AI Code
• Vibe Code Scanner — automated scan for AI-generated apps