CyberArk Conjur Secrets Management API
CyberArk Conjur REST API for DevOps-focused machine identity and secrets management platform. Enables AI agents to manage application and service identity authentication and authorization, handle secrets retrieval and injection for CI/CD pipelines and containers, access policy-based authorization with role and permission management, retrieve audit trail and secrets access logging data, manage host and machine identity lifecycle in Kubernetes environments, handle dynamic secrets generation and rotation automation, access Conjur ODP (On-premises) or Conjur Cloud policy management, retrieve secrets batch loading and synchronization data, manage AWS, Azure, and GCP authenticator integration, and integrate machine identity events with SIEM and DevSecOps platforms.
Score Breakdown
⚙ Agent Friendliness
🔒 Security
Machine secrets management. SOC2, ISO27001, FedRAMP, PCI-DSS. Machine identity/JWT. On-premises/cloud. Secrets and identity data.
⚡ Reliability
Best When
An enterprise using CyberArk Conjur wants AI agents to automate secrets injection in CI/CD pipelines, Kubernetes workload identity management, secrets rotation, policy management, and DevSecOps integration.
Avoid When
SECURITY RISK: Automated secrets retrieval without proper machine identity validation can expose secrets to unauthorized workloads — always validate calling application identity. Automated bulk secrets rotation without downtime coordination can break dependent applications. Policy automation errors can deny legitimate workloads access to required secrets.
Use Cases
- • Injecting secrets into CI/CD pipelines from DevSecOps automation agents
- • Managing Kubernetes workload identities from container security agents
- • Automating secrets rotation from infrastructure management agents
- • Integrating machine identity events with SIEM from security operations agents
Not For
- • Human-facing privileged access management without machine identity focus
- • Simple environment variable management without enterprise secrets lifecycle
- • Consumer password management without enterprise DevOps secrets use case
Interface
Authentication
Conjur uses API key authentication with authn-k8s, authn-iam, authn-azure, authn-gcp authenticators for machine identity. JWT-based authentication for modern workloads. Open source Conjur OSS available. Conjur Cloud (SaaS) with Conjur Enterprise on-premises. Multiple SDKs (conjur-api-python, conjur-api-java, etc.). Kubernetes secrets injection via Cyberark Secrets Provider. Summon tool for secret injection.
Pricing
Newton, Massachusetts. CyberArk Software. NYSE: CYBR. Conjur acquired by CyberArk (2017). Open source project maintained on GitHub. Conjur OSS for self-hosted. Part of CyberArk Identity Security Platform. Strong Kubernetes and cloud-native DevSecOps integration. Competes with HashiCorp Vault and AWS Secrets Manager for machine secrets management.
Agent Metadata
Known Gotchas
- ⚠ SECURITY RISK: Machine identity validation is critical — each workload must have unique identity; shared machine identities reduce audit trail integrity
- ⚠ Authenticator selection — choose appropriate authenticator for workload type: authn-k8s for Kubernetes, authn-iam for AWS, authn-jwt for JWT-native
- ⚠ Policy model — Conjur uses declarative YAML policy files; policy changes affect authorization; test policy changes in non-production Conjur first
- ⚠ Secrets Provider for Kubernetes — CyberArk Secrets Provider sidecar is recommended for Kubernetes secrets injection; preferred over direct API calls in pods
- ⚠ OSS vs Enterprise — Conjur OSS has fewer features than Enterprise; LDAP sync, follower HA, and some authenticators require Enterprise
- ⚠ Token rotation — workload authentication tokens have short TTL; implement token refresh in application code or use Secrets Provider
Alternatives
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Scores are editorial opinions as of 2026-03-07.