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PAM Academy › Module 4 — Protecting Digital Assets

Module 4: Protecting Digital Assets

Credential vaulting, session management, and endpoint privilege control are the three pillars of operational PAM. This module covers how to vault credentials correctly, manage privileged sessions with full recording and real-time monitoring, and implement endpoint privilege management to eliminate local admin rights without breaking operations.

Self-study reference material

90–120 minutes

Security Engineers, PAM Architects, IT Operations

★★★★★ 4.9 · Security Engineers, PAM Architects, IT Operations

Credential VaultingSession ManagementEndpoint PrivilegePassword RotationMFA

Included

Part of the PAM Best Practice Academy curriculum

Start Module 4 → ← Back to Module 3

5 in-depth content sections
Real-world case studies and industry statistics
Practical frameworks and templates
Compliance alignment guidance
4-question knowledge check

Overview

Curriculum

Instructors

Module Number

Content Sections

90+

Minutes

Quiz Questions

Module 4 — Protecting Digital Assets

90–120 min

COMING SOON

What you will learn

▶

Master credential vaulting and apply it to real-world PAM challenges

▶

Master session management & recording and apply it to real-world PAM challenges

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Master endpoint privilege management and apply it to real-world PAM challenges

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Master multi-factor authentication for privileged access and apply it to real-world PAM challenges

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Master secrets management for non-human identities and apply it to real-world PAM challenges

Module curriculum

Section 1: Credential Vaulting

Reading

Section 2: Session Management & Recording

Reading

Section 3: Endpoint Privilege Management

Reading

Section 4: Multi-Factor Authentication for Privileged Access

Reading

Section 5: Secrets Management for Non-Human Identities

Reading

Knowledge CheckTest your understanding

Quiz

Section: Credential Vaulting

The vault is not a password manager — it is a security control

A credential vault is a hardened, encrypted repository for privileged credentials. It is not a password manager. The vault enforces access controls, rotates passwords automatically, provides audit trails, and integrates with SIEM and ticketing systems. Every Tier 0 and Tier 1 account must be vaulted before any other PAM control is applied.

Industry data: Verizon DBIR 2024: 86% of breaches involving privileged accounts used credentials that were either shared, static (never rotated), or stored in plain text. Credential vaulting eliminates all three attack vectors simultaneously.

Automatic Password Rotation

Vault rotates passwords on a schedule (daily for Tier 0, weekly for Tier 1) and after every use. No human ever knows the current password — they request access through the vault.

Check-Out / Check-In

Users request access to a credential. The vault grants time-limited access. When the session ends, the vault rotates the password. The credential is never reused.

Dual Control

For critical credentials (domain admin, root), two authorised people must approve the check-out. Prevents single-person abuse. Satisfies SOX two-person integrity requirement.

Emergency Break-Glass

For genuine emergencies, a break-glass procedure allows immediate access with automatic alerting to the security team. All break-glass access is recorded and reviewed within 24 hours.

Section: Session Management & Recording

Every privileged session is a potential crime scene

Session management captures everything that happens during a privileged session — keystrokes, commands, screen activity, file transfers, and clipboard content. Session recordings are the primary forensic evidence in incident response. They answer the question: what did this person do, when, and on which system?

In the 2020 Twitter hack, attackers used a compromised privileged account to access the admin panel and hijack 130 high-profile accounts. The breach took 4 hours to contain. Without session recording, the full scope of the attack took 3 weeks to determine. With session recording, it would have taken 15 minutes.

Keystroke Logging

Every command typed during a privileged session is logged with timestamp, user identity, and target system

Enables forensic reconstruction of exactly what was done during any session

Screen Recording

Full video recording of screen activity during privileged sessions, searchable by keyword

Provides visual evidence for compliance audits and incident investigations

Command Filtering

Block specific high-risk commands (DROP DATABASE, rm -rf, format) in real time before they execute

Prevents accidental or malicious destruction of critical data

Real-Time Monitoring

Security team can monitor live privileged sessions and terminate suspicious activity instantly

Reduces breach dwell time from hours to minutes

Section: Endpoint Privilege Management

Local admin rights are the #1 lateral movement vector

Local administrator rights on endpoints are the primary mechanism for lateral movement in 70% of breaches. When an attacker compromises a standard user account, local admin rights allow them to install malware, extract credentials, and move laterally across the network. Endpoint Privilege Management (EPM) removes local admin rights from all endpoints while allowing specific applications to run with elevated privileges when needed.

Industry data: Microsoft Security Report 2024: Removing local admin rights from endpoints would prevent 94% of critical Windows vulnerabilities from being exploitable. Yet 68% of enterprise endpoints still have local admin rights enabled.

Application Elevation

Specific approved applications can run with elevated privileges without giving the user admin rights. IT approved the application — the user does not need to be an admin to run it.

Just-In-Time Admin

Users can request temporary local admin rights for a specific task (software installation, driver update). Access is time-limited and session-recorded. No standing admin rights.

Application Whitelisting

Only approved applications can run on endpoints. Unknown executables are blocked. Prevents malware execution even if the user's credentials are compromised.

Privilege Broker

When an application requires elevation, the privilege broker evaluates the request against policy and grants the minimum privilege required — not full admin rights.

Section: Multi-Factor Authentication for Privileged Access

Passwords alone are not enough

MFA is the single most effective control for preventing unauthorised privileged access. It reduces the risk of credential-based attacks by 99.9% (Microsoft, 2023). Every privileged account must require MFA — without exception. This includes service accounts where possible, break-glass accounts, and vendor accounts.

Industry data: Microsoft 2023: MFA blocks 99.9% of automated credential attacks. Yet 61% of privileged accounts in enterprise environments do not have MFA enabled (Verizon DBIR 2024). This is the single most impactful control gap in PAM today.

Hardware Tokens (FIDO2)

Physical security keys (YubiKey, etc.) that cannot be phished or intercepted. Gold standard for Tier 0 accounts.

Recommended for: Domain admins, vault admins, root accounts, break-glass accounts

Authenticator Apps (TOTP)

Time-based one-time passwords via Microsoft Authenticator, Google Authenticator. Resistant to password spray attacks.

Recommended for: All Tier 1 accounts, standard privileged users

Push Notifications

Approval-based MFA via mobile app. Convenient but vulnerable to MFA fatigue attacks if not configured with number matching.

Recommended for: Tier 2 accounts, with number matching enabled

Certificate-Based Auth

Machine certificates for service accounts that cannot use interactive MFA. Certificates rotate automatically and are tied to specific systems.

Recommended for: Service accounts, automated processes, CI/CD pipelines

Section: Secrets Management for Non-Human Identities

Service accounts are the forgotten attack surface

Service accounts, API keys, certificates, and SSH keys are the most overlooked attack surface in PAM. They are often shared across multiple applications, never rotated, stored in plain text in configuration files, and have excessive permissions. Secrets management extends PAM controls to non-human identities.

The SolarWinds breach (2020) exploited a service account with excessive permissions and a static password that had not been rotated in 3 years. The account was used to move laterally across 18,000 organisations. A secrets management solution would have rotated the password automatically and detected the anomalous access within minutes.

Secrets Vault

All API keys, certificates, SSH keys, and service account passwords stored in a dedicated secrets vault. Automatic rotation. Access logged. No plain text storage in code or config files.

Dynamic Secrets

Instead of static credentials, applications receive short-lived credentials generated on-demand. Credentials expire after use. No credential reuse. No long-lived secrets.

CI/CD Pipeline Integration

Build pipelines retrieve secrets from the vault at runtime. No secrets in source code, environment variables, or build logs. Developers never see production credentials.

Certificate Lifecycle Management

Automated certificate issuance, renewal, and revocation. Alerts when certificates approach expiry. No more expired certificates causing outages or security gaps.

Knowledge Check

Q1: What is the primary purpose of automatic password rotation in a credential vault?

To make passwords harder to remember

To ensure no human ever knows the current password, eliminating credential sharing and static password risks ✓

To comply with password complexity policies

To reduce the number of passwords in use

Q2: Which control would MOST effectively prevent lateral movement after an endpoint is compromised?

Antivirus software

Removing local administrator rights via Endpoint Privilege Management ✓

Stronger passwords

Network segmentation alone

Q3: True or False: MFA is only required for human privileged accounts, not service accounts.

True

False — service accounts should use certificate-based authentication or secrets management as an equivalent control ✓

Q4: What is a 'break-glass' procedure?

A disaster recovery plan

An emergency access mechanism for critical credentials, with automatic alerting and mandatory post-access review ✓

A way to reset forgotten passwords

A physical security control

Requirements

Completion of Module 3 (recommended)

Basic understanding of IT administration or security concepts

Target audience: Security Engineers, PAM Architects, IT Operations

No vendor-specific tool knowledge required — this is methodology-first

Your instructors

Nabeel Khaliq

IAM & Privileged Access Management SME · Founder, PAM Best Practice Ltd

Practitioner with deep hands-on experience implementing PAM across enterprise environments. Founder of PAM Best Practice Academy, a UK-registered education and community hub for PAM professionals. Arsenal and Middlesbrough fan.

Adrian Russo

IAM & Privileged Access Management Architect

Senior PAM architect with extensive experience designing and deploying large-scale CyberArk and BeyondTrust implementations across enterprise environments globally. Keen cyclist.

Iftikar Din

Manufacturing-focused Cyber Security Engineer

Cyber security engineer specialising in industrial and manufacturing environments. Brings real-world operational technology (OT) security perspective to PAM implementation. Middlesbrough fan who loves gardening.