The Bottom Line: PAM is a cybersecurity framework for strict securing, controlling, and auditing of administrative access that differs from traditional identity and access management.
Privileged accounts of administrators and system services are the preferred targets of cybercriminals. Privileged Access Management (PAM) protects these sensitive access rights through technical and organizational controls.
While traditional defense measures focus on securing regular employee accounts against phishing and malware, the most devastating cyberattacks target a different category of identities: privileged accounts. Administrators, system architects, database developers, and automated system services have access rights that allow them to disable security barriers, extract user data, delete infrastructure, or distribute software code across the entire network. If cybercriminals gain control of such an account, they operate with the rights of a legitimate administrator — conventional security tools fail because the attacker is not recognized as an anomaly.
Privileged Access Management (PAM) is a comprehensive cybersecurity framework consisting of technologies, organizational processes, and policies to secure, control, automate, and audit privileged access. It differs fundamentally from traditional Identity and Access Management (IAM): While IAM manages the entire lifecycle of all employee accounts — from creation during onboarding to password resets — PAM operates exclusively at the apex of the authorization pyramid. A typical administrator has a normal IAM account for email communication and a separate privileged account protected by PAM for server management. PAM intervenes precisely at the interface where high risks to system integrity arise.
A modern PAM infrastructure rests on three technological pillars. The Enterprise Password Vault is a highly secure, encrypted central repository where passwords, SSH keys, and API tokens of all administrative accounts are stored. Administrators typically do not know the actual passwords — the PAM system automatically generates complex character strings after each access and rotates them in fixed cycles. The second pillar is Privileged Session Management, which uses proxy architectures such as jump servers or bastion hosts: The administrator does not connect directly to the target server, but logs into the PAM session manager, which then provides an isolated connection and transparently logs and monitors all access.
Source: www.it-daily.net · Published June 30, 2026
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