Windows Incident Response & Forensics: What You’ll Learn, Who It’s For, and Why It’s on MAX

What Is the Windows Incident Response & Forensics Path?

The Windows Incident Response & Forensics path is a specialist learning path designed to help you investigate security incidents in Windows environments.

It brings together two related disciplines:

• Incident response (IR): Investigating security incidents, containing threats, removing attacker access, and supporting recovery.
• Digital forensics: Collecting and analysing evidence to establish what happened during an incident.

Together, they’re known as digital forensics and incident response (DFIR).

The path contains 12 modules and 66 rooms, covering evidence collection, attacker techniques, Windows artefacts, timeline reconstruction, and forensic analysis.

You’ll investigate how attackers operate within Windows environments, examine the evidence they leave behind, and learn how to connect individual findings into a wider incident. 

Who Should Take the Windows IR Path?

The path is designed for learners who already understand the basics of Windows and cyber security and want to develop deeper investigative skills.

It’s particularly useful for:

• SOC analysts: Learn to move beyond the initial alert, investigate host evidence, and establish the wider scope of an incident.
• Incident responders and DFIR practitioners: Practise evidence collection, attack reconstruction, and forensic analysis across Windows environments.
• Security and detection engineers: Understand the traces attackers leave behind and use those findings to improve detection and investigation.
• Red teamers: See how defenders investigate attacks and reconstruct adversary activity from forensic evidence.

You can follow the full learning path or choose individual rooms to strengthen a particular skill.

What Should You Know Before Starting?

You should be comfortable with Windows fundamentals and understand the basic incident response process. 

That includes familiarity with user accounts, permissions, processes, services, Windows event logs, and command-line tools. 

You should also understand why evidence preservation matters and how investigation, containment, and recovery fit together.

TryHackMe’s Introduction to Windows IR recommends SOC Level 2 as preparation, although completing that path is optional.

If you’re still building your foundations, start with:

• Cyber Security 101 for Windows, networking, and general security concepts.
• SOC Level 2 for deeper security monitoring and investigation skills.
• DFIR Essentials for introductory forensic techniques and investigation workflows.

You don’t need previous employment in incident response, but you should be ready to work through technical evidence and unfamiliar attack scenarios. 

What Will You Learn Across the 12 Modules?

The curriculum follows the progression of an investigation, from collecting evidence to reconstructing an attack and assessing its impact. 

1. Prepare and Collect Evidence

The opening module introduces the practical work involved in starting an incident response investigation.

You’ll learn how to prepare your environment, access a compromised network, and decide which evidence to collect.

This includes understanding where useful Windows artefacts are stored and how tools such as KAPE can help with collection and triage.

These skills matter because the evidence available at the start of an investigation can determine which questions you're able to answer later.

2. Investigate Common Windows Attacks

The next modules focus on how attackers operate inside Windows environments.

You’ll investigate techniques such as suspicious script execution, credential theft, malicious services, scheduled tasks, and privilege escalation.

For example, you might examine an unfamiliar scheduled task and determine who created it, what program it launches, and whether the program actually executed.

As you progress, you’ll learn to connect those findings to other activity instead of treating each suspicious artefact as a separate incident. 

3. Trace Attacks Across Active Directory

An intrusion can extend beyond the workstation where it was first detected. The path explores Active Directory and Kerberos attacks, lateral movement, and activity that may indicate data exfiltration or wider compromise.

You’ll practise following accounts and connections across different systems to understand how an attacker moved through the environment.

That includes distinguishing suspicious authentication from legitimate administration and identifying which additional hosts require investigation.

4. Develop Advanced Forensic Skills

The final modules take you deeper into forensic analysis. You’ll explore techniques for building timelines from multiple evidence sources, examining memory, and analysing Windows file systems.

These skills are useful when an investigation involves incomplete logs, suspicious processes, or evidence that needs more detailed examination.

The aim is to develop a clearer understanding of an attack, including activity that may not be immediately visible in your security alerts.

What Does the Hands-On Training Look Like?

The path uses practical rooms built around Windows incidents, collected evidence, and realistic investigation tasks. 

Here are four examples of what you can expect.

Investigate a Compromised Network

The Introduction to Windows IR room introduces a fictional incident involving OpenDoor LTD, an organisation whose Active Directory environment has been compromised.

You’ll explore the preparation involved in responding to the incident, including communication, investigation access, and setting up your forensic environment.

The scenario continues into Accessing a Compromised Network, where you’ll work through the practical steps involved in accessing the environment and gathering evidence.

It provides useful context for how a real investigation begins before the deeper technical analysis starts.

Find Windows Persistence Mechanisms

In Detecting Persistent DLL Attacks, you’ll examine forensic evidence to identify suspicious persistence behaviour.

The investigation involves connecting configuration changes to the components involved and determining what actually executed.

You’ll also need to distinguish a persistence mechanism that was configured from one that successfully ran.

That distinction becomes important when explaining a finding or deciding what needs to be removed.

Investigate Kerberos Ticket Abuse

The Silver, Golden, and Diamond Tickets Detection room focuses on attacks involving Kerberos authentication. 

You’ll examine evidence from Windows hosts and domain controllers to investigate suspicious ticket activity.

This gives you practice understanding how attackers abuse authentication mechanisms and what evidence can help identify the technique involved.

You’ll also explore how the findings affect containment and remediation decisions.

Reconstruct RDP Lateral Movement

In RDP Lateral Movement Analysis, you'll investigate remote access activity involving multiple Windows systems.

You’ll work with authentication records and host artefacts to establish which account connected, where the session originated, and what happened afterwards.

By connecting those events, you can build a timeline of suspicious activity and identify which systems may need further investigation.

It’s a practical way to develop the evidence correlation skills required when an incident moves beyond a single endpoint.

What Is DefenseBox, and How Does It Help?

DefenseBox is TryHackMe’s prepared Windows workstation for DFIR analysis. It gives you an environment where you can work with forensic tools and examine the evidence provided in training rooms.

Depending on the exercise, you may use DefenseBox alongside a target Windows machine or collected evidence stored elsewhere.

For example, a room might provide forensic artefacts from a compromised system and ask you to analyse them using tools available on the workstation.

This lets you focus on the investigation without having to build a complete forensic workstation from scratch.

You’ll still need to understand what each tool does, where your evidence comes from, and how to interpret the results. 

Why Is the Windows IR Path on TryHackMe MAX?

Windows Incident Response & Forensics is part of TryHackMe’s specialist learning offering for practitioners who want to go beyond foundational security training. 

With MAX, you can develop deeper skills across areas such as SOC analysis, endpoint investigation, and other specialist security disciplines. The main benefit for Windows IR learners is access to more technical, investigation-focused training. 

Is MAX Worth It for You?

That depends on your current experience and learning goals. 

MAX is great when you’re ready to spend more time investigating complex incidents and developing skills relevant to specialist security work.

If you’re still learning how Windows works or how to interpret a basic alert, there’s value in building those foundations first.

How to Get the Most From the Path

You can work through the rooms in order or focus on the techniques you need to improve. If you’re relatively new to Windows incident response, start with the preparation and collection material. It introduces the workflow you'll use throughout the investigations.

For every practical room, keep a short record of:

• The investigation: What happened, and what were you trying to establish?
• The evidence: Which logs, files, or artefacts supported your findings?
• Your conclusion: What can you confirm, and what remains uncertain?
• The next step: What would you investigate or recommend doing next?

These notes help you understand your own reasoning and revisit difficult techniques later.

As you become more comfortable, repeat selected exercises with fewer hints. You can also explore rooms involving unfamiliar attack techniques to build experience beyond the scenarios you already recognise. 

Take Your Windows Investigation Skills Further

With TryHackMe’s Windows Incident Response & Forensics path, you can practice investigating Windows intrusions, tracing attacker activity, and developing the forensic skills needed to handle more complex incidents.

Start with Introduction to Windows IR to explore the training environment and your first investigation.