CyberArk

CyberArk is a cybersecurity company focused on identity security and Privileged Access Management (PAM) for enterprise and public-sector environments.

• Identity security platform for human and non-human identities across hybrid and multi-cloud environments
• PAM (security) for administrative, shared, and high-value accounts and credentials
• Endpoint privilege security (endpoint security) to control, audit, and reduce local and application privileges
• Identity management and access (IAM) capabilities including access control, authentication, and Single Sign-On (SSO)
• Security services, integrations, and partner ecosystem for deployment, operations, and extension of CyberArk capabilities

More About CyberArk

CyberArk focuses on securing identities and privileges in enterprise and institutional environments where high-value systems, data, and Operational technology (OT) must be protected against credential theft, lateral movement, and abuse of elevated access. The company’s platform is typically deployed in large organizations with heterogeneous infrastructure, including on-premises (on-prem) data centers, private clouds, and public cloud providers. Customers commonly use CyberArk to centralize control of administrator and shared accounts, manage credentials for applications and machine identities, and enforce least-privilege policies on endpoints and servers.

The CyberArk identity security platform is based on the principle that identity is a primary security control plane. Its PAM (security) capabilities manage, store, rotate, and audit credentials such as passwords, Secure Shell (SSH) keys, and Application Programming Interface (API) keys associated with privileged accounts. These capabilities are used with operating systems, databases, network devices, applications, DevOps tools, and cloud management consoles. CyberArk integrates with enterprise directories, common authentication protocols, and security tooling such as Security Information and Event Management (SIEM), Security Orchestration Automation Response (SOAR), and endpoint security platforms for monitoring and automated response.

In the endpoint privilege security (endpoint security) domain, CyberArk provides controls for enforcing least privilege on Windows and other endpoints by removing or limiting local administrator rights and controlling elevation of applications. This helps organizations separate user identities from privileged actions while still enabling required business operations. Application control and policy-based elevation are used to reduce the attack surface associated with malware, ransomware, and misuse of local admin accounts.

CyberArk also provides identity management and access (IAM) capabilities that support user authentication, access control, and secure SSO to applications. These capabilities extend the identity security model beyond traditional admin accounts to a broader workforce and machine identity context. The platform is designed to support Zero Trust and least-privilege approaches by verifying identities, managing entitlements, and monitoring sessions across diverse environments.

From a technology and architecture perspective, CyberArk products commonly integrate via APIs and connectors with cloud platforms, Infrastructure-as-a-Service (IaaS) environments, DevOps pipelines, IT service management systems, and Security Operations (SecOps) tools. This allows organizations to embed privileged access controls and credential security into automated workflows, such as Continuous Integration and Continuous Deployment (CI/CD) pipelines and infrastructure provisioning, and to feed audit and session data into centralized monitoring and compliance systems.

In marketplace and directory taxonomies, CyberArk is typically categorized under PAM, identity security, endpoint security for privilege control, and broader identity and access management (IAM). Organizations adopt CyberArk to align with regulatory, audit, and compliance requirements related to privileged account governance and to establish consistent identity security controls across hybrid and multi-cloud infrastructure.