Picture this: your team is spinning up yet another service, and someone needs production access—again. The rotation schedule is out of date, an audit is looming, and half the secrets live in Slack. You need stronger control, but nobody wants more forms or manual reviews. That’s the exact moment CyberArk and OpsLevel start making sense together.
CyberArk handles identity and privileged access like a pro. It stores, rotates, and brokers credentials without ever showing them to users. OpsLevel maps every microservice in your ecosystem, tracking ownership, maturity, and operational health. When you connect the two, you get a map that knows who owns what and a vault that decides who can touch it. The result is a living permissions model that enforces itself.
In practice, the integration works by treating OpsLevel’s service catalog as your “who and what” layer, and CyberArk as the “how” and “when.” When a developer requests access, OpsLevel already knows which service they own. CyberArk checks policy, issues a just-in-time credential, and logs every command. The human does their job. The system keeps the receipts.
A simple workflow might look like this in concept:
- OpsLevel identifies the service owner and environment.
- CyberArk checks identity via SSO, often Okta or AWS IAM.
- Policies define which credentials can be issued.
- Credentials are rotated automatically after use.
- Audit logs flow back to OpsLevel service data for visibility.
If permissions drift or ownership changes, OpsLevel updates the relationship graph. CyberArk reads it and adjusts access rules. No stale usernames, no mystery tokens.
Best practices:
- Map CyberArk safe folders directly to OpsLevel service entities.
- Rotate keys faster when a service moves between teams.
- Use RBAC naming conventions that match both systems.
- Verify logs feed into your SIEM for full traceability.
Benefits you actually feel:
- Tighter audit trails that survive security reviews.
- Automatic alignment between ownership and access.
- Faster onboarding for developers and SREs.
- Reduced downtime chasing expired credentials.
- Confident compliance with standards like SOC 2 or ISO 27001.
The best part for developers is speed. No more waiting out ticket queues for database credentials. Approvals become metadata, not manual steps. Platforms like hoop.dev turn those access rules into guardrails that enforce policy automatically, closing the loop between identity and runtime access. Fewer surprises, more velocity.
How do I connect CyberArk with OpsLevel?
Start by exporting your OpsLevel service catalog through its API, then feed ownership attributes into CyberArk’s policy engine. Match services to safes, owners to roles, and let your CI/CD pipelines inherit those rules automatically.
Why use both instead of one tool?
CyberArk secures the keys. OpsLevel knows who should hold them. Together they form an access feedback loop that stays current as your architecture evolves.
Add AI assistants to the mix and you have a new challenge: automated workloads asking for credentials. With dynamic catalogs and identity-aware proxies, AI agents can run tests or deploy infrastructure without leaking secrets. The integration controls exposure even for non-human identities.
Security used to slow things down. Now it can keep pace with the code.
See an Environment Agnostic Identity-Aware Proxy in action with hoop.dev. Deploy it, connect your identity provider, and watch it protect your endpoints everywhere—live in minutes.