How to configure Clutch and CyberArk for secure, repeatable access

Picture this: your production credentials sit behind a fortress of approvals, and every time someone needs to deploy, that fortress becomes a bottleneck. Engineers wait. Ops ping people on Slack. Compliance sighs loudly in the corner. Clutch and CyberArk solve this mess by turning secret access into a predictable, auditable, and automated workflow.

Clutch, originally built at Lyft, acts as a self-service control plane for infrastructure actions. CyberArk is the world’s favorite vault for privileged access and identity security. Pair them together and you get elegant access flows that let humans stay fast while machines stay safe. Clutch exposes simple APIs and workflows, CyberArk enforces the identity boundaries, and your team finally looks less like a help desk.

Here’s the logic: Clutch requests credentials or role elevation when a user triggers an action. CyberArk validates the identity, pulls the right secrets, and hands back time-bound access. The entire event is logged, correlated with your identity provider, and automatically expires. No persistent credentials, no confusion about who did what, and no clipboard full of passwords.

When integrating, start by aligning RBAC roles in Clutch with those defined in CyberArk’s policies. Map out least-privilege tiers so temporary permissions always stay scoped. Use CyberArk’s automatic secret rotation and tie it to Clutch’s activity triggers. That way, any request that touches sensitive systems kicks off rotation immediately after execution. This one rule alone makes auditors smile.

Benefits of connecting Clutch and CyberArk

• Faster incident response without bypassing policy.
• Fully auditable access trails tied to user identity via Okta or OIDC.
• Reduced manual approvals and fewer shared vault logins.
• Automatic key rotation for compliance frameworks like SOC 2 or ISO 27001.
• Real-time policy enforcement across AWS IAM and on-prem workloads.

Developers feel the speed right away. When access requests stop requiring tickets, environment maintenance and troubleshooting flow naturally. There is less context switching, fewer Slack pings for credentials, and shorter onboarding cycles for new engineers. Decisions become data-driven instead of “who’s online.”

AI assistants now ride shotgun in many ops stacks. When connected to systems with privileged access, they must never see raw credentials. Routing requests through CyberArk’s identity boundary ensures that any AI agent, copilot, or automation bot pulls policy-approved secrets only, which keeps compliance intact while enabling smart automation.

Platforms like hoop.dev turn those access rules into guardrails that enforce policy automatically. You write the rule once, and every identity-aware proxy follows it consistently across environments.

How do I connect Clutch and CyberArk?

Start by integrating CyberArk’s REST API with Clutch’s backend workflows. Authenticate via service accounts tied to your organization’s identity provider. Define which Clutch workflows pull credentials, then test short-lived token issuance. Once validated, expand to all privileged operations.

Clutch and CyberArk together replace improvisation with structure, making secure access boring — and that’s the goal.

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.