CyberArk Identity Security and Management provides privileged access and identity protection across hybrid cloud and on-premises environments. As a Featured Partner, it integrates advanced session management, risk-based authentication, and centralized governance to secure human and machine identities.
This solution helps organizations enforce least-privilege access, monitor suspicious behavior in real time, and streamline compliance through detailed audit trails and automated workflows.
| Component | Primary Role | Security Control | Operational Benefit |
|---|---|---|---|
| Privileged Session Manager | Monitors and controls admin sessions | Session recording, isolation, approval | Reduces risk of live attacks |
| Identity Governance | Orchestrates access certifications | Automated reviews, policy enforcement | Improves audit readiness |
| Privileged Cloud Vault | Manages secrets for cloud workloads | Dynamic secrets, API integrations | Minimizes hardcoded credentials |
| Risk-Based Authentication | Adjusts access by context and behavior | Adaptive MFA, threat intelligence | Blocks suspicious logins automatically |
| Endpoint Privilege Manager | Restricts local admin rights on devices | Application control, just-in-time elevation | Reduces malware impact surface |
How CyberArk Identity Security Protects Human Admins
Securing human administrators is central to the platform, as these accounts are prime targets for attackers. The solution combines least-privilege principles with continuous verification to ensure that admin sessions remain both powerful and tightly controlled.
Session Monitoring and Isolation
Every privileged session is recorded, streamed, and isolated within a secure bastion. Administrators operate inside these controlled sessions, preventing credential theft and lateral movement across the network.
Role-Based Segregation and Entitlement Controls
Permissions are mapped to specific job functions, and elevated rights are granted only for the duration required. This fine-grained approach limits standing privileges and enforces separation of duties across teams.
Securing Machine Identities and Service Accounts
Machine identities, from service accounts to API keys, are often forgotten or poorly managed, creating hidden pathways for attackers. CyberArk automates the lifecycle of these identities to eliminate hardcoded secrets and reduce exposure.
Privileged Cloud Vault for Workloads
The privileged cloud vault dynamically generates secrets for cloud and containerized environments, ensuring that applications always receive short-lived, unique credentials instead of reusable keys.
Automated Secret Rotation and Discovery
Continuous discovery identifies shadow accounts and orphaned credentials, while automated rotation schedules keep keys fresh. This significantly lowers the likelihood of long-lived secrets being abused in supply chain or persistence attacks.
Implementation and Optimization Roadmap
Deploying CyberArk Identity Security and Management at scale requires careful planning, stakeholder alignment, and phased execution to achieve measurable security outcomes.
- Inventory all privileged accounts, human and machine, across environments
- Define tiered access policies based on data sensitivity and regulatory obligations
- Implement least-privilege access with dynamic elevation and time-bound sessions
- Enable continuous monitoring, session recording, and automated alerting
- Establish regular certification cycles and integration with governance workflows
Strengthening Identity Security as a Strategic Discipline
Treating identity as a core security control surface allows organizations to manage risk more proactively, reduce attack surfaces, and respond faster to emerging threats across complex infrastructures.
FAQ
Reader questions
How does CyberArk Identity Security integrate with existing IAM and directory services?
It connects through standard protocols, APIs, and agents, allowing synchronization with existing IAM platforms and directories while preserving current workflows and identity sources.
What kinds of risk signals are used in behavior-based access decisions?
Signals include login location, device posture, resource sensitivity, time-of-day patterns, and threat intelligence feeds that adjust access in real time.
Can the platform manage secrets for multi-cloud and hybrid infrastructures?
Yes, it supports multi-cloud environments by centralizing secret storage, enforcing rotation policies, and integrating with cloud-native services and containers.
What reporting and audit capabilities are available for compliance requirements?
Detailed session recordings, access trails, and automated reports map directly to regulatory frameworks, making it easier to demonstrate control effectiveness during audits.