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Domain 7: Security Operations

CISSP Bootcamp · Module 7 of 8 · exam weight 13%
weight 13% 6 practice questions unofficial study material
Running security day to day: logging, incident response, forensics, backups and disaster recovery, patching, and the SOC tooling (SIEM/SOAR/EDR). Heavy on ordered lists — learn the sequences.

Defence-in-depth operations

Least privilege + need to know as default; separation of duties; job rotation; mandatory vacation (fraud detection); SPF = special privileges reviewed. Monitor privileged activity: session recording, command logging (PowerShell transcripts), vaulted credentials, JIT elevation.

Logging and detection stack

Incident response (NIST 800-61 order)

  1. Preparation (playbooks, contacts, tooling) — before anything.
  2. Detection & analysis (triage, severity, declare incident).
  3. Containment (short-term isolate, long-term segment), eradication (remove root cause, patch), recovery (restore, validate, monitor).
  4. Post-incident activity — lessons learned report.

First responder basics: do not power off a compromised machine (RAM evidence); isolate at the network level; notify per playbook; preserve chain of custody.

Forensics and evidence

Order of volatility (collect first): CPU registers/cache → RAM & swap → temp/system files on disk → data on disk → remote logs/monitoring → physical configuration → archival media.

Hash evidence (before/after), write blockers, work on copies, document every transfer (who/when/why). Evidence: real (objects) vs testimonial (statements); admissibility = material, relevant, competent. Hearsay rules complicate logs — part of regular business practice helps.

Backup & recovery engineering

StrategyWhat it capturesRestore needs
Fulleverything1 tape/file
Differentialchanges since LAST FULLlast full + last diff
Incrementalchanges since LAST BACKUPlast full + every incr since

Grandfather-Father-Son rotation; 3-2-1 rule (3 copies, 2 media, 1 offsite or immutable); replication ≠ backup (replicates deletion too); test restores regularly. RAID is availability, not backup.

Sites: hot (live sync), warm (hardware ready, data restored on need), cold (space + power), mobile/reciprocal agreements. DR test types: read-through/checklist → table-top → walkthrough → simulation → parallel → full interruption (riskiest).

Reliability numbers

MTBF (mean time between failures), MTTR (repair), MTTF (non-repairable life), availability = uptime/(uptime+downtime) — 99.9% ≈ 8.76 h downtime/year. Redundancy designs: N+1, 2N; clustering, failover pairs, load balancing.

Change and configuration management

Change request → CAB review → test (staging) → schedule → implement → verify/back-out plan. Configuration baselines (CIS benchmarks), golden images, IaC pipelines with peer review, version control for infrastructure. Patch management cycle: evaluate → test → approve → deploy → verify; emergency changes documented retroactively.

Threat intelligence and hunting

Intel levels: strategic (trends for executives), operational (campaigns, TTPs), tactical (IOCs — hashes, IPs, domains). Feeds: STIX (language) / TAXII (transport). Threat hunting = proactive, hypothesis-driven search for what tools missed. Red vs purple team improves detection. Insider threat programs: UEBA, separation of duties, exit processes.

People and process safety nets

Memory hooks

Exam tips

Check yourself

Q1. Which evidence should be collected FIRST?
A. Archival tapes
B. CPU registers and memory
C. Disk images
D. Printed configs
Answer: B. CPU registers and memory
Most volatile first: registers/RAM vanish at power-off.
Q2. A differential backup runs nightly; full runs Sunday. Wednesday restore needs:
A. Sunday full + Wednesday differential
B. Sunday full + Mon-Wed incrementals
C. Wednesday differential only
D. All differentials
Answer: A. Sunday full + Wednesday differential
Differential = everything since the last full, so full + latest diff.
Q3. Lessons learned happens in which phase?
A. Preparation
B. Detection
C. Containment
D. Post-incident
Answer: D. Post-incident
Post-incident activity closes the loop with improvements.
Q4. SOAR platforms primarily add:
A. Faster disk
B. Playbook automation and orchestration
C. Stricter passwords
D. Network segmentation
Answer: B. Playbook automation and orchestration
Security Orchestration, Automation and Response = playbooks.
Q5. You must remove root cause and harden systems. Phase?
A. Containment
B. Eradication
C. Recovery
D. Detection
Answer: B. Eradication
Eradication = eliminate the intrusion and the vulnerability.
Q6. STIX and TAXII relate to:
A. Backup rotation
B. Threat intel sharing
C. Key management
D. RAID
Answer: B. Threat intel sharing
STIX expresses indicators; TAXII transports them.
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