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PAM Academy › Module 7 — Monitoring, Auditing and Incident Response

Module 7: Monitoring, Auditing and Incident Response

Amara turns privileged session data into a watch that detects misuse in minutes, proves compliance, and drives rapid incident response and forensics.

Story: “The Watch”

~35 minutes

Lead: Amara, SOC Team Lead

MonitoringKPIsAuditingIncident ResponseForensics

Included

Part of the PAM Best Practice Academy curriculum

Module 7 video coming soon ← Back to Module 6

8-part story-led module (coming soon)
Follows Amara at Abby Steel
Practical, vendor-neutral PAM guidance
Key facts and real-world examples
10-question knowledge check

Overview

Curriculum

Instructors

Module Number

Story Parts

Minutes

Quiz Questions

Module 7 — Monitoring, Auditing and Incident Response

~35 minutes

COMING SOON

The question this module answers

How do you see, measure and prove what privileged users are doing, and respond fast when something goes wrong?

On the Tuesday of Ahmed's incident, Amara could see the smoke but never the fire: no session data, no baseline. With Grace's rollout live, she builds the watch: three monitoring lenses, 19 KPIs, a full evidence base, and an incident response and forensics discipline. Six months on, a phished credential is contained in eleven minutes.

What you will learn

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Apply the three monitoring lenses (user behaviour, access patterns and system interactions) to privileged activity.

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Use the 19 PAM key performance indicators to judge whether a programme is actually working.

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Identify the data points needed for security and compliance auditing, including the evidence GDPR and SOX auditors expect.

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Distinguish incident response from forensics and follow both through a privileged access incident, from alert to lessons learned.

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Apply the monitoring, auditing and incident-response playbooks to keep an organisation audit-ready and genuinely secure.

Module curriculum

Part 1: The Watch Begins: Three Lenses

Coming soon

Part 2: The Scoreboard: 19 KPIs

Coming soon

Part 3: The Evidence Base: Audit Data Points

Coming soon

Part 4: Incident Response and Forensics

Coming soon

Part 5: Use Case: The Suspicious Database Modification

Coming soon

Part 6: The Audit Dividend: GDPR and SOX

Coming soon

Part 7: The Monitoring and Auditing Playbooks

Coming soon

Part 8: Incident Response Best Practice and Handover

Coming soon

Knowledge Check10 questions · pass mark 8/10

Quiz

Part 1: The Watch Begins: Three Lenses

Why tools alone aren't enough, and how user behaviour, access patterns and system interactions combine into a holistic view. Priya's Module 3 baselines mean Amara starts from a map, not from zero.

Part 2: The Scoreboard: 19 KPIs

From unauthorised access attempts and time to detect and respond, to orphaned accounts, recertification frequency and PAM coverage. Together they answer the board's question: is this programme actually working?

Part 3: The Evidence Base: Audit Data Points

Identity, session, access, activity, request, alert, system, audit-trail, compliance and retention data. At Abby Steel, the monitoring platform inherits most of this from Priya's collect-once discovery.

Part 4: Incident Response and Forensics

Response detects, contains and mitigates; forensics establishes the nature, origin and impact so the incident doesn't recur. You need both.

Part 5: Use Case: The Suspicious Database Modification

An off-hours database alert is detected, assessed, contained and communicated in minutes. Forensics then traces it to credentials phished a week earlier and drives recovery and lessons learned.

Part 6: The Audit Dividend: GDPR and SOX

The same logs, recordings and access reviews that secure the organisation also serve as compliance evidence. That makes audit requests a query, not a project.

Part 7: The Monitoring and Auditing Playbooks

A fifteen-point monitoring playbook and a sixteen-point auditing playbook, covering least privilege, MFA, session recording, SIEM integration, RBAC on audit tools and secure audit storage.

Part 8: Incident Response Best Practice and Handover

Eight movements, from preparation and drills through containment, forensics, communication and a blame-free post-incident review. Amara then warns that the ground is shifting and hands over to Kenji.

Key facts

IBM (2024): breaches involving stolen credentials take an average of 292 days to identify and contain. Amara's target at Abby Steel is under one hour.
Use case: an off-hours database alert traced to privileged credentials phished a week earlier. The account was disabled, changes were rolled back from backups, and gaps in MFA and phishing awareness were fixed.
Anthem: lateral movement turned five phishing emails into seventy-eight million records, which is why inter-system communications are monitored.
Adobe: the alarm fired and nobody heard it, which is why the percentage of audit logs actually reviewed is a KPI.
Target's HVAC contractor and Capital One's firewall misconfiguration show why vendor access logs and configuration changes are essential data points.
Six months into the watch, a phished credential attempting an off-hours database session at 2 a.m. is contained in eleven minutes.

Knowledge Check

Q1: Which three lenses does Module 7 combine to decide what to monitor?

Firewalls, antivirus and patching

User behaviour, access patterns and system interactions

People, process and technology

Identity, device and network location

Q2: A US-based administrator's account logs in from another country. When is this not necessarily a red flag?

When the login happens during business hours

When the password was recently rotated

When the administrator is known to be travelling

When the session is shorter than ten minutes

Q3: Why is the 'percentage of reviewed audit logs' tracked as a KPI?

Collecting logs without reviewing them is theatre, so a low percentage signals weak oversight

It measures how much storage the logs consume

It shows how many users have MFA enabled

It proves the logs have been encrypted

Q4: According to the IBM figure Module 7 uses, how long does it take on average to identify and contain a breach involving stolen credentials?

30 days

292 days

180 days

365 days

Q5: In the suspicious database modification use case, what containment step was taken once analysts confirmed the anomaly was real?

The database was permanently deleted

Customers were notified before any other action

The SIEM was switched off to stop further alerts

The implicated account was temporarily disabled

Q6: What did forensic attribution reveal about the origin of the suspicious database activity?

The user's credentials had been phished a week earlier and used remotely to get round geography-based restrictions

A scheduled maintenance script had malfunctioned

A disgruntled administrator acted alone from the office

A vendor had been given permanent administrator rights

Q7: What is the difference between incident response and forensics in Module 7?

They are two names for the same activity

Forensics happens first; response happens only after legal approval

Response detects, contains and mitigates; forensics establishes the nature, origin and impact so the incident doesn't recur

Response is handled by auditors; forensics by the help desk

Q8: Which evidence does Module 7 say demonstrates SOX controls over financial systems?

Marketing consent records

Data deletion logs for the right to be forgotten

Customer satisfaction surveys

Session recordings, command logs and access review reports

Q9: If the 'number of orphaned accounts' KPI starts rising again, what does Module 7 say this indicates?

The SIEM needs more storage

Discovery is decaying

MFA has been switched off

Too many audits are being run

Q10: What culture should the post-incident review reflect, according to Module 7's best practice?

Identifying the individual at fault

Keeping lessons confidential to the security team only

Lessons learned, not blame assigned

Closing the incident as quickly as possible without review

Requirements

Completion of Module 6 (recommended)

Basic understanding of IT administration or security concepts

Target audience: security and IT professionals, PAM practitioners and programme leads

No vendor-specific tool knowledge required — this module is vendor-neutral

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.