Originally reported via indiatimes.com, September 2017. This article expands on the announcement for a DevOps engineering audience.
The Secrets Problem in Modern DevOps
As organizations adopt DevOps practices and accelerate release cycles, the number of machine identities and secrets—privileged account credentials, SSH keys, API tokens, passwords, and TLS certificates—grows rapidly across the IT infrastructure. Unlike human-managed credentials, these machine secrets are frequently hard-coded into source files, configuration scripts, or application code, left unrotated for months or years, and shared indiscriminately across micro services, CI/CD tools, build hosts, and external contractors.
Each of these practices dramatically expands an organization’s attack surface. A single exposed secret can give an attacker a foothold to bypass access controls, move laterally through the network, and cause enterprise-wide damage—often without triggering traditional perimeter defenses.
The Announcement: CyberArk Conjur Integrates with Ansible
In September 2017, CyberArk announced the integration of its Conjur secrets management platform with Red Hat Ansible, and demonstrated the joint solution at AnsibleFest 2017. The integration was designed to let DevOps and security teams automatically manage and audit the secrets that Ansible uses during automation runs—without requiring hard-coded credentials in playbooks or inventory files.
What Is CyberArk Conjur?
CyberArk Conjur is an enterprise secrets management solution built specifically for cloud-native and DevOps environments. Its core capabilities include:
- Centralized secrets storage: Secrets are stored and encrypted in a single, auditable vault rather than scattered across code repositories, environment variables, or config files.
- Policy-based access control: Fine-grained policies define which machines, services, or users can retrieve which secrets—and under what conditions.
- Secrets rotation: Credentials can be rotated automatically, reducing the risk of long-lived or stale secrets being exploited.
- Audit logging: Every access event is logged, giving security and compliance teams full visibility into who or what retrieved a secret and when.
- Machine identity: Applications and automation tools authenticate to Conjur using strong identity mechanisms rather than shared passwords.
How the Conjur–Ansible Integration Works
Ansible is a widely used configuration management and orchestration tool. Without a secrets manager, sensitive values—database passwords, cloud provider keys, service account credentials—often end up in plaintext inside Ansible playbooks, variable files, or version-controlled inventories.
The Conjur integration addresses this by acting as a secure credential broker at runtime:
- Ansible authenticates to Conjur using a machine identity (rather than a shared secret), verifying its right to retrieve specific credentials.
- Conjur evaluates the access policy and, if the request is permitted, returns only the secrets that Ansible is authorized to use for that specific task or playbook.
- Secrets are injected at runtime into the Ansible execution environment and are never written to disk or stored in source control.
- All access is logged in Conjur’s audit trail, giving security teams full accountability over every secret retrieval.
This approach enforces the principle of least privilege: each Ansible job gets access only to the secrets it actually needs, for only as long as the job runs.
Key Security Benefits for DevOps Teams
| Risk Without Secrets Management | How Conjur + Ansible Addresses It |
|---|---|
| Hard-coded credentials in playbooks or repos | Secrets retrieved at runtime; never stored in code |
| Shared credentials across teams and tools | Per-identity access policies with least-privilege enforcement |
| No audit trail for secret access | Every retrieval logged with timestamp, identity, and context |
| Long-lived, unrotated credentials | Automated rotation reduces exposure window |
| Secrets sprawl across micro services and CI/CD tools | Centralized management across the full pipeline |
Broader DevOps Pipeline Coverage
Beyond Ansible, Conjur is designed to manage secrets for the full range of machine actors in a modern DevOps pipeline, including:
- Containerized micro services (Docker, Kubernetes)
- CI/CD platforms (Jenkins, GitLab CI, and others)
- Configuration management tools (Chef, Puppet, Ansible)
- Cloud-native applications and serverless functions
- Scripts and scheduled jobs running on bare-metal or virtual hosts
It also provides controls for privileged human users—developers, subcontractors, and operations staff—who need temporary or scoped access to production secrets during the development and deployment lifecycle.
Why This Matters: Shifting Security Left
Integrating secrets management into automation tooling like Ansible is a concrete example of “shifting security left”—embedding security controls directly into the delivery pipeline rather than bolting them on after deployment. Teams do not have to choose between moving fast and securing credentials; the integration makes secure-by-default the path of least resistance.
For organizations operating in regulated industries—finance, healthcare, government—this kind of automated, auditable control over privileged credentials is often a compliance requirement, not just a best practice.
Getting Started
Teams evaluating the CyberArk Conjur and Ansible integration should start by reviewing the official CyberArk and Ansible documentation for current connector versions and supported authentication methods, as both platforms have evolved significantly since the 2017 announcement. CyberArk also open-sourced Conjur, making evaluation accessible without an enterprise license.
Key questions to answer during a proof of concept:
- How will Ansible nodes authenticate to Conjur (IAM roles, certificates, host factory tokens)?
- Which secrets currently live in plaintext in your playbooks or variable files?
- What rotation policy is appropriate for each secret class?
- How will audit logs be ingested into your SIEM or compliance tooling?