Blue team, detection & response

Blue Team, Detection and Response Study Plan

Milestone-based roadmap for SOC operations, detection engineering, incident response, forensics, and modern cloud telemetry.

This plan focuses on monitoring, detection, and response across endpoint, network, application, and cloud environments. It helps build practical skills for Blue Team, SOC, Detection Engineering, and Incident Response roles.

Expected pace

14-19 weeks

Build through repeated detection tuning and IR exercises.

Focus areas

Build SOC and Blue Team operational fundamentals.

Design logging and telemetry strategy for high-quality detections.

Develop detection engineering and threat hunting capability.

Run end-to-end incident response with playbooks and reporting.

In short

Blue Team is more than watching SIEM dashboards.

Telemetry quality drives detection quality.

Map detections to MITRE ATT&CK for coverage planning.

Incident response needs people, process, and communication rigor.

Cloud, endpoint, network, and identity data must be correlated.

Blue Team and SOC Fundamentals Logging, Telemetry and SIEM Detection Engineering and Threat Hunting Incident Response (IR) Fundamentals Digital Forensics Basics Cloud and Modern Environments Books Videos Courses Certifications Interview Questions

Section 1

Blue Team and SOC Fundamentals

2 weeks

Understand SOC roles, operating models, and core response functions.

Week 1-2: Core Concepts

SOC roles: Tier 1-3 analysts, incident handlers, detection engineers, IR leads.

SOC operating models: in-house, MSSP, hybrid.

Core activities: triage, investigation, containment, eradication, recovery, reporting.

Framework exposure: NIST CSF lifecycle and MITRE ATT&CK basics.

Common Skills Study Plan Network Security Study Plan

Section 2

Logging, Telemetry and SIEM

2-3 weeks

Learn what to log, how to normalize data, and how SIEM pipelines produce alertable signals.

Week 3-5: Data and Platforms

OS logs: Windows Event Logs and Linux syslog.

Network telemetry: firewall, proxy, IDS/IPS logs.

Application and API logs for security use cases.

Cloud logs: CloudTrail, Azure Activity, GCP Audit.

Log quality: timestamps, normalization, context, correlation IDs.

SIEM concepts: ingestion, parsing, correlation, dashboards, alerting.

Hands-on: ingest and query logs in ELK, Splunk, or equivalent SIEM-like lab.

Section 3

Detection Engineering and Threat Hunting

3-4 weeks

Build reliable detections, map them to ATT&CK, and hunt proactively with hypotheses.

Week 6-9: Detections and Hunts

Detection basics: use cases, hypotheses, and rule design.

Manage false positives and false negatives.

MITRE ATT&CK mapping: tactics, techniques, detection coverage.

Query language practice: KQL-like or SPL-like searches.

Threat hunting: hypothesis-driven investigations with baselines and anomalies.

Maintain documented hunt notebooks with findings and follow-up actions.

Section 4

Incident Response (IR) Fundamentals

3-4 weeks

Learn to handle incidents end-to-end with clear process, ownership, and stakeholder communication.

Week 10-13: IR Lifecycle

IR phases: preparation, detection/analysis, containment, eradication, recovery, lessons learned.

Build playbooks: phishing, malware/ransomware outbreak, cloud credential compromise.

Define communication plan for engineering, leadership, legal, and PR.

Know when to involve regulators, law enforcement, or external response partners.

Run tabletop exercises to validate readiness and coordination.

Section 5

Digital Forensics Basics

2-3 weeks

Understand evidence handling and basic host/cloud artifact analysis for investigations.

Week 14-16: Forensics Overview

Evidence handling: chain of custody, integrity, imaging vs live response trade-offs.

Windows basics: event logs, registry artifacts.

Linux basics: logs, processes, timeline reconstruction.

Memory and disk analysis at high level: when and why needed.

Cloud forensics basics: logs and snapshots for timeline reconstruction.

Section 6

Cloud and Modern Environments

2-3 weeks

Extend Blue Team operations into cloud, containerized, and SaaS/IdP-centric environments.

Week 17-19: Modern Blue Teaming

Cloud telemetry: AWS, Azure, and GCP security-relevant logs and configuration points.

Containers and Kubernetes: pod/node logs and common attack traces.

SaaS and IdP logs: SSO, MFA, email security, EDR/XDR signals.

Integrate telemetry into SIEM/XDR with cloud-aware detections.

AWS Security Study Plan Azure Security Study Plan GCP Security Study Plan

Section 7

Books

Use practical books on SOC operations, IR, DFIR, and intrusion case studies.

Blue Team/SOC operations books with real detection workflows.

Incident response and digital forensics books.

Case-study focused books on real intrusions and investigations.

Section 8

Videos

Watch detection engineering and DFIR case-study talks for practical tactics.

Conference talks on detection engineering, Blue Teaming, and SOC operations.

IR/DFIR case studies showing real incident handling.

Vendor-agnostic SIEM best-practice and ATT&CK-based detection talks.

Section 9

Courses

Prioritize courses with hands-on labs for SOC, IR/DFIR, and threat hunting workflows.

Blue Team/SOC analyst fundamentals courses.

IR/DFIR training with practical lab components.

Threat hunting and detection engineering training on common SIEM/XDR tooling.

Section 10

Certifications

Choose cert path by role goal: SOC analyst, detection engineer, or IR/DFIR specialist.

Entry-level Blue Team/SOC certifications from reputable providers.

IR/DFIR-oriented certifications for specialization.

General foundational certs (e.g., Security+) for baseline support.

Section 11

Interview Questions

Practice detection and response answers across application, cloud, and identity scenarios.

How would you design logging for new web app or API?

How do you triage alert that may be false positive?

How would you investigate suspected cloud account compromise?

How do you measure detection and IR effectiveness over time?