CyberArk PAM and IAM Engineering: Vault, Session, and Secrets Management, Privileged Access Governance Using CyberArk.
β±οΈ Length: 2.1 total hours
π₯ 40 students
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- Course Overview
- Architectural Blueprinting: Delve into the core structure of the CyberArk Privileged Access Manager (PAM) solution, examining how the Digital Vault operates as the central, hardened repository for all organizational secrets and credentials.
- Security Engineering Lifecycle: Explore the end-to-end engineering process, from the initial installation of component servers like the PVWA and CPM to the complex configuration of load balancers and high-availability clusters.
- Session Management Excellence: Study the mechanics of the Privileged Session Manager (PSM), focusing on how it provides a secure proxy for administrative connections while maintaining a transparent user experience for engineers and third-party vendors.
- Secrets Governance Framework: Analyze the governance layer of CyberArk, learning how to implement strictly defined access policies that align with the principle of least privilege and organizational compliance mandates.
- Non-Human Identity Management: Investigate the challenges of securing application-to-application communication and how to replace hardcoded credentials with dynamic, API-driven secrets management using the Application Access Manager (AAM).
- Advanced Vault Hardening: Understand the critical steps required to harden the underlying Windows Server environment and the Vault application itself to resist sophisticated lateral movement and credential harvesting attacks.
- Identity and Access Integration: Observe how CyberArk integrates with broader Identity and Access Management (IAM) ecosystems, including directory services like Active Directory and Azure AD, to streamline user provisioning and authentication.
- Requirements / Prerequisites
- Networking Fundamentals: Participants should possess a firm grasp of networking concepts, including TCP/IP stacks, DNS resolution, firewall rules, and the functionality of common ports used in enterprise security.
- Windows and Linux Administration: A functional knowledge of managing Windows Server environments and basic Linux command-line operations is essential for performing installation and troubleshooting tasks across different component servers.
- Security Mindset: Students are expected to understand basic cybersecurity principles, such as the CIA triad (Confidentiality, Integrity, Availability) and the risks associated with privileged account escalation.
- Virtualization Proficiency: Familiarity with virtualization platforms like VMware, Hyper-V, or cloud environments (AWS/Azure) is necessary to follow along with the infrastructure setup and deployment scenarios.
- Basic Scripting Knowledge: While not strictly mandatory, a foundational understanding of PowerShell or Python can significantly assist in understanding how automation interacts with the CyberArk REST API.
- Skills Covered / Tools Used
- Enterprise Password Vault (EPV): Mastery of the primary storage engine, including the management of Safes, file structures, and cryptographic key protection mechanisms within the vault.
- Password Vault Web Access (PVWA): Expertise in configuring the web portal for administrators and end-users, including the customization of security settings and interface elements.
- Central Policy Manager (CPM): Skill in creating and managing platform policies that dictate how passwords and SSH keys are rotated, verified, and reconciled across target systems.
- Privileged Session Manager (PSM): Proficiency in setting up session recording, live monitoring, and the isolation of RDP and SSH connections to prevent direct access to sensitive assets.
- Privileged Threat Analytics (PTA): Introduction to the tools used for detecting anomalous behavior and potential security breaches by analyzing privileged account activity in real-time.
- REST API and Automation: Technical capability in using CyberArkβs API endpoints to automate repetitive tasks, such as onboarding hundreds of accounts or generating compliance reports.
- LDAP and SAML Integration: Implementation of robust authentication methods, including directory synchronization and Single Sign-On (SSO) for centralized identity management.
- Secrets Manager (AAM): Technical execution of credential providers and central credential providers to eliminate “secret zero” problems in DevOps pipelines and legacy applications.
- Benefits / Outcomes
- Risk Mitigation Mastery: Graduates will be able to significantly reduce their organizationβs attack surface by eliminating unmanaged privileged accounts and enforcing strict access controls.
- Regulatory Compliance Readiness: Gain the ability to generate detailed audit logs and reports required for passing stringent audits like PCI-DSS, HIPAA, SOX, and GDPR.
- Zero Trust Implementation: Learn how to apply Zero Trust principles specifically to privileged identities, ensuring that every access request is verified and authorized regardless of the network location.
- Operational Efficiency: Master the automation of the credential lifecycle, reducing the manual overhead for IT teams and minimizing the risk of human error during password rotations.
- Enhanced Incident Response: Develop the skills to use session recordings and audit trails to perform forensic investigations and understand the root cause of security incidents.
- Career Advancement: Position yourself as a specialized security engineer in the high-demand niche of Privileged Access Management, opening doors to senior consultancy and architecture roles.
- Standardized Security Posture: Enable the creation of a consistent, repeatable framework for managing administrative rights across hybrid-cloud and on-premise infrastructures.
- PROS
- Architecture-Centric Approach: This course prioritizes a deep understanding of the “why” behind the infrastructure, rather than just clicking through the interface, ensuring long-term technical retention.
- End-to-End Governance Focus: Unlike many technical tutorials, this masterclass bridges the gap between low-level engineering and high-level policy management and governance.
- Efficiency of Delivery: The curriculum is condensed into a high-impact timeframe, making it ideal for busy professionals who need to gain significant knowledge without weeks of training.
- Focus on Modern Challenges: Specifically addresses the migration toward cloud-based assets and the increasing need for non-human identity management in automated environments.
- Scalability Insights: Provides practical advice on how to scale a CyberArk deployment from a few dozen accounts to thousands of identities across a global enterprise.
- CONS
- High Intensity for Novices: Due to the depth of the architectural discussions and the compressed 2.1-hour length, absolute beginners in the security field may find the rapid pace challenging without prior self-study.
Learning Tracks: English,IT & Software,IT Certifications
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