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Cybersecurity SOC Analyst: Hands-On Attack Investigations
New
239 students

Cybersecurity SOC Analyst: Hands-On Attack Investigations

Build SOC analyst skills with Docker labs, Suricata IDS, alert triage, attack simulations and incident investigations.
Last updated 11/2026
English
English [Auto],

What you'll learn

  • Set up a hands-on cybersecurity SOC lab using Docker Desktop.
  • Read and search Linux login and web server logs with grep, awk, sort and uniq
  • Understand centralised logging, and why attackers can't erase the central copy
  • Write detection rules with thresholds and time windows, and tune out false positives
  • Detect network attacks with Suricata, the open-source intrusion detection system
  • Triage an alert queue: true or false positive, did it work, how severe, what next
  • Investigate and contain SSH brute force, web scanning, SQL injection, password spraying, persistence and data theft
  • Block attackers with fail2ban and firewall rules, and lock compromised accounts
  • Rebuild a full multi-stage breach as a timeline, and write a clear incident report
  • Understand the role and responsibilities of a Security Operations Center (SOC) Analyst.
  • Understand how network activity and security logs support threat detection.
  • Analyse security logs using Linux tools such as grep, awk, sort and uniq.
  • Explain how centralised logging helps detect suspicious activity and security incidents.
  • Create and apply detection rules to identify potential cybersecurity threats.
  • Use Suricata IDS to explore network intrusion detection and security alerts.
  • Triage security alerts and prioritise suspicious activities for investigation.
  • Investigate simulated SSH brute-force attacks and understand fail2ban protection.
  • Identify web scanning activity and investigate simulated SQL injection attacks.
  • Identify web scanning activity and investigate simulated SQL injection attacks.
  • Detect password spraying attempts and investigate compromised user accounts.
  • Investigate suspicious persistence mechanisms used by attackers.
  • Analyse simulated data theft and lateral movement within a network.
  • Apply structured investigation techniques to simulated cybersecurity incidents.
  • Interpret security events and identify indicators of potentially malicious activity.
  • Reconstruct a simulated cyberattack by analysing evidence across multiple events.
  • Document investigation findings and produce a cybersecurity incident report.
  • Identify next steps for developing SOC skills, including SIEMs, MITRE ATT&CK and cybersecurity certifications.

Course content

4 sections • 16 lectures • 1h 14m total length
  • Welcome to the Course: How It Works2:22
  • Set Up Your SOC Lab: Install Docker Desktop6:36
  • Welcome to the SOC: Your Lab, the Network and the Logs6:14
  • Course Files0:01

Requirements

  • A computer that can run Docker Desktop (Windows, Mac or Linux)
  • No previous cybersecurity or SOC Analyst experience is required. The course introduces essential concepts and guides learners through practical security investigations.
  • Basic computer skills are sufficient. Learners should be comfortable navigating files, installing software, and using a web browser.
  • A Windows, macOS, or Linux computer capable of running Docker Desktop or a compatible Docker environment. At least 8 GB of RAM is recommended for running the practical labs.
  • An internet connection is required to download Docker, container images, and the necessary lab resources.
  • No prior Linux command-line experience is necessary. The course introduces practical log analysis using commands such as grep, awk, sort, and uniq.
  • No previous experience with Suricata IDS, intrusion detection, or incident response is required. These skills are introduced through guided demonstrations and simulated cybersecurity incidents.
  • No expensive cybersecurity software or paid subscriptions are required. The course focuses on accessible tools and hands-on learning. Bring your curiosity and willingness to investigate!

Description

Want to Become a Cybersecurity SOC Analyst? Start Here!

Have you ever wondered how cybersecurity professionals detect suspicious activity, investigate cyberattacks, and protect organisations from security threats?

What happens when an attacker repeatedly attempts to guess passwords, scans a website for vulnerabilities, compromises a user account, or attempts to steal sensitive information?

How do Security Operations Center (SOC) Analysts identify these activities, investigate the evidence, and determine what happened?

Welcome to Cybersecurity SOC Analyst: Hands-On Attack Investigations!

This practical, beginner-friendly course introduces you to the world of defensive cybersecurity, also known as Blue Team Security.

Instead of simply learning cybersecurity terminology, you'll explore how SOC Analysts work by investigating simulated security incidents, analysing logs, identifying suspicious activity, and documenting investigation findings.

You'll build your own hands-on SOC lab using Docker, explore essential security monitoring tools, and investigate realistic cyberattack scenarios.

By the end of this course, you'll have developed foundational SOC Analyst skills and completed a practical breach investigation and incident report.

Why Learn SOC Analysis?

Cyberattacks can occur in many forms, including password attacks, unauthorised access attempts, web application attacks, and data theft.

Organisations rely on Security Operations Centers to monitor systems, detect suspicious activities, investigate security alerts, and support incident response.

SOC Analysts play an important role in identifying potential threats and helping security teams understand what is happening across their environments.

Learning SOC analysis introduces you to valuable cybersecurity skills, including:

  • Security monitoring and threat detection

  • Linux log analysis

  • Network intrusion detection

  • Security alert investigation and triage

  • Identifying suspicious behaviour

  • Understanding common cyberattack techniques

  • Incident investigation and reporting

These skills provide a foundation for further learning in cybersecurity operations, threat hunting, incident response, and defensive security.

What You'll Learn

Throughout this course, you'll learn how to:

  • Understand the responsibilities and daily activities of a SOC Analyst.

  • Set up a practical cybersecurity SOC lab using Docker Desktop.

  • Understand network activity and security logs.

  • Analyse logs using Linux tools such as grep, awk, sort, and uniq.

  • Understand why centralised logging is important for security monitoring.

  • Write detection rules to identify suspicious activity.

  • Explore network intrusion detection using Suricata IDS.

  • Triage security alerts and investigate potentially malicious events.

  • Investigate simulated SSH brute-force attacks and understand fail2ban.

  • Recognise web scanning and SQL injection attack activity.

  • Investigate password spraying and compromised accounts.

  • Identify suspicious persistence mechanisms.

  • Analyse simulated data theft and lateral movement.

  • Reconstruct a simulated cybersecurity breach.

  • Document security investigation findings in an incident report.

The emphasis is on practical investigation skills rather than cybersecurity theory alone.

Build Your Own Hands-On SOC Lab

One of the most valuable parts of this course is the opportunity to work in a practical cybersecurity lab.

You'll begin by setting up your SOC environment using Docker Desktop.

You'll then become familiar with the lab environment, network activity, and security logs that form the foundation of your investigations.

This provides a controlled environment where you can explore cybersecurity concepts and investigate simulated threats without needing access to a production security operations centre.

Develop Essential SOC Analyst Skills

Before investigating security incidents, you'll learn important techniques used in security monitoring and analysis.

Security Log Analysis

Learn how to examine security logs and extract useful information using Linux command-line tools, including:

  • grep

  • awk

  • sort

  • uniq

You'll discover how log analysis can help identify unusual activity and provide valuable evidence during an investigation.

Centralised Logging and Detection Rules

Understand why collecting and analysing logs from multiple sources is important for detecting suspicious behaviour.

You'll also explore how detection rules help identify activities that may require further investigation.

Network Intrusion Detection with Suricata

Explore Suricata IDS, an open-source network intrusion detection system.

Learn how network detection tools can help identify potentially malicious traffic and generate security alerts.

Security Alert Triage

Not every security alert represents a confirmed attack.

You'll learn how SOC Analysts approach alert queues, review suspicious activity, and determine which events require further investigation.

Investigate 5 Simulated Cybersecurity Incidents

This is where the course becomes particularly practical.

You'll work through five security incident scenarios designed to introduce you to common attack techniques and investigation methods.

Incident 1: SSH Brute-Force Attacks

Investigate repeated authentication attempts and explore how fail2ban can help protect systems against brute-force attacks.

Incident 2: Web Scanning and SQL Injection

Examine suspicious web activity and investigate simulated SQL injection attempts.

Learn how these activities can appear in security logs and why they matter.

Incident 3: Password Spraying and Compromised Accounts

Investigate password spraying activity and examine evidence associated with a potentially compromised user account.

Incident 4: Hunting for Persistence

Explore how attackers may attempt to maintain access after an initial compromise.

Investigate suspicious activity associated with persistence techniques.

Incident 5: Data Theft and Lateral Movement

Investigate simulated activity involving movement between systems and potential data theft.

Explore how security evidence can help reveal the progression of an attack.

These scenarios help you practise thinking like a SOC Analyst: examining evidence, recognising suspicious behaviour, and understanding what may have happened.

Final Capstone: Reconstruct a Cybersecurity Breach

After completing the individual incident investigations, you'll bring your knowledge together in a final capstone exercise.

Your challenge is to reconstruct a simulated security breach and document your findings.

You'll apply the concepts introduced throughout the course to examine the attack scenario, understand the sequence of events, and produce an incident investigation report.

This exercise reinforces the importance of clear analysis and documentation in cybersecurity operations.

It's also an opportunity to practise explaining technical findings in a structured, professional manner.

Who Is This Course For?

This course is ideal for:

Aspiring SOC Analysts: Individuals interested in developing the foundational skills required to explore entry-level Security Operations Center roles.

Cybersecurity Beginners: Learners who want a practical introduction to threat detection, security monitoring, and incident investigation.

Blue Team Enthusiasts: Anyone interested in defensive cybersecurity and understanding how security teams investigate suspicious activities.

IT Support Professionals and System Administrators: Individuals who want to expand their knowledge of security logs, network monitoring, and incident response.

Computer Science and Cybersecurity Students: Students looking for practical exercises to complement their theoretical cybersecurity knowledge.

Career Changers: Motivated learners exploring opportunities in cybersecurity who want hands-on experience with SOC investigation techniques.

Aspiring Incident Responders and Threat Hunters: Learners interested in understanding common attack techniques and investigating security evidence.

What Do You Need to Get Started?

You don't need previous SOC Analyst experience to begin.

The course introduces the essential concepts and guides you through the practical investigations.

You'll need:

  • Basic computer skills and a willingness to learn.

  • A computer capable of running Docker.

  • An internet connection to download the necessary tools and lab resources.

  • An interest in cybersecurity and investigating how attacks happen.

Previous Linux, Suricata, or incident response experience is not required.

The course uses accessible tools and a controlled lab environment, making it suitable for learners who are new to practical cybersecurity investigations.

Why Choose This Course?

Hands-On SOC Lab: Learn by working in a Docker-based cybersecurity environment.

Practical Security Investigations: Explore five simulated cyberattack scenarios rather than relying entirely on theory.

Real Cybersecurity Tools: Gain exposure to Linux log analysis tools, Suricata IDS, detection rules, and fail2ban.

Structured Learning: Progress from SOC fundamentals to log analysis, alert triage, incident investigation, and reporting.

Final Breach Investigation Capstone: Bring together your skills by reconstructing a simulated breach and writing an incident report.

Beginner-Friendly Approach: Learn essential concepts through guided demonstrations and practical exercises.

Career-Relevant Foundations: Develop knowledge that can support further training in SOC operations, incident response, and defensive cybersecurity.

Take Your First Step Towards Becoming a SOC Analyst!

Cybersecurity is about more than understanding how attacks work.

It's about recognising suspicious activity, investigating evidence, asking the right questions, and helping organisations understand potential security threats.

In this course, you'll begin developing these skills through hands-on investigations and practical security exercises.

Whether you're exploring a future career in cybersecurity, expanding your IT knowledge, or simply interested in understanding how SOC Analysts investigate cyberattacks, this course provides a practical starting point.

Don't just learn about cyberattacks. Learn how to investigate them.

Enrol today, build your SOC lab, and start developing practical cybersecurity investigation skills!

Who this course is for:

  • Beginners aiming for a first job as a SOC analyst or security analyst
  • IT support and sysadmin staff moving into cybersecurity
  • Developers who want to understand how attacks look from the defender's side
  • Anyone preparing for entry-level security roles who learns best by doing
  • Aspiring Cybersecurity SOC Analysts: Beginners who want to develop practical skills in security monitoring, threat detection, alert triage, and incident investigation as a foundation for a career in a Security Operations Center (SOC).
  • Cybersecurity Beginners and Enthusiasts: Individuals with little or no cybersecurity experience who want to understand how cyberattacks are detected, investigated, and analysed through hands-on simulations.
  • Aspiring Blue Team Security Professionals: Learners interested in defensive cybersecurity, including monitoring suspicious activities, analysing security events, identifying threats, and investigating potential security breaches.
  • IT Support Technicians and System Administrators: IT professionals who want to expand their knowledge of security monitoring, log analysis, network intrusion detection, and incident response.
  • Computer Science, IT, and Cybersecurity Students: Students seeking practical experience with cybersecurity tools, Docker-based SOC labs, Suricata IDS, detection rules, and security incident investigations.
  • Career Changers and Self-Taught Learners: Motivated individuals exploring entry-level cybersecurity careers who want to develop foundational SOC analyst skills through structured, practical exercises.
  • Aspiring Incident Responders and Threat Hunters: Learners interested in investigating simulated brute-force attacks, SQL injection, password spraying, compromised accounts, persistence techniques, lateral movement, and data theft.
  • Hands-On, Project-Based Learners: Anyone who prefers learning by doing and wants to investigate simulated cyberattacks, analyse security evidence, reconstruct a security breach, and produce a practical incident investigation report.