op7ic/BlueTeam.Lab: Blue Team detection lab created with Terraform and Ansible in Azure. · GitHub
This project contains a set of Terraform and Ansible scripts to create an orchestrated BlueTeam Lab. The goal of this project is to provide the red and blue teams with the ability to deploy an ad-hoc detection lab to test various attacks and forensic artifacts on the latest Windows environment and then to get a 'SOC-like' view into generated data.
NOTE: This lab is deliberately designed to be insecure. Please do not connect this system to any network you care about.
A number of features need to be installed on your system in order to use this setup.
# Step 1 - Install Azure CLI. More details on https://docs.microsoft.com/en-us/cli/azure/install-azure-cli-linux?pivots=apt
curl -sL https://aka.ms/InstallAzureCLIDeb | sudo bash

# Step 2 - Install Terraform. More details on https://learn.hashicorp.com/tutorials/terraform/install-cli
sudo apt-get update && sudo apt-get install -y gnupg software-properties-common curl
curl -fsSL https://apt.releases.hashicorp.com/gpg | sudo apt-key add -
sudo apt-add-repository "deb [arch=amd64] https://apt.releases.hashicorp.com $(lsb_release -cs) main"
sudo apt-get update && sudo apt-get install terraform

# Step 3 - Install Ansible. More details on https://docs.ansible.com/ansible/latest/installation_guide/intro_installation.html
sudo apt update
sudo apt install software-properties-common
sudo add-apt-repository --yes --update ppa:ansible/ansible
sudo apt update
sudo apt install ansible

# Step 4 - Finally install python and various packages needed for remote connections and other activities
sudo apt install python3 python3-pip
pip3 install pywinrm requests msrest msrestazure azure-cli
pip3 install -r https://raw.githubusercontent.com/ansible-collections/azure/refs/heads/dev/requirements.txt
Once all the prerequisites are installed, perform the following series of steps:
# Log in to Azure from command line to ensure that the access token is valid
az login

# Clone Repository and move to BlueTeam.Lab folder
git clone https://github.com/op7ic/BlueTeam.Lab.git && cd BlueTeam.Lab

# Initialize Terraform and begin planning
terraform init && terraform plan

# Create your lab using the following command. 
terraform apply -auto-approve

# Verify the layout of your environment using Ansible
cd ansible && ANSIBLE_CONFIG=./ansible.cfg ansible-inventory --graph -i inventory.azure_rm.yml -vvv && cd ../

# To see IPs of individual hosts and other setup details use the following command: 
cd ansible && ANSIBLE_CONFIG=./ansible.cfg ansible-inventory -i inventory.azure_rm.yml -vvv --list && cd ../

# Once done, destroy your lab using the following command:
terraform destroy -auto-approve

# If you would like to time the execution us following command:
start_time=`date +%s` && terraform apply -auto-approve && end_time=`date +%s` && echo execution time was `expr $end_time - $start_time` s

#NOTE: It will take about two hours to configure it all, depending on your selected hardware.
Terraform variables set the type of operating systems used for this deployment. A simple modification to runtime variables allows to specify different OS to run the entire Active Directory (AD) on. The default option is to use Windows 10 Enterprise for Workstations and Windows Server 2019 Datacenter for Domain Controller. Here are examples of a few common configuration options that can be used to modify the entire environment to use different OS versions:
# Use Windows 10 Enterprise for Workstations and Server 2019 Datacenter for DC (default option)
terraform apply -auto-approve

# Use Windows 11 Enterprise for Workstations and Server 2019 Datacenter for DC
terraform apply -auto-approve  -var="workstation_os=Windows-11" -var="workstation_SKU=win11-21h2-ent" -var="workstations_vm_size=Standard_DC2s_v2" 

# Use Windows 11 Enterprise for Workstations and Server 2012 Datacenter for DC
terraform apply -auto-approve -var="workstation_os=Windows-11" -var="workstation_SKU=win11-21h2-ent" -var="workstations_vm_size=Standard_DC2s_v2" -var="dc_os=WindowsServer" -var="dc_SKU=2012-Datacenter"

# Use Windows 11 Enterprise for Workstations and Server 2016 Datacenter for DC
terraform apply -auto-approve -var="workstation_os=Windows-11" -var="workstation_SKU=win11-21h2-ent" -var="workstations_vm_size=Standard_DC2s_v2" -var="dc_os=WindowsServer" -var="dc_SKU=2016-Datacenter"

# Use Windows 10 Pro N for Workstations and Server 2012 Datacenter for DC
terraform apply -auto-approve -var="workstation_os=Windows-10" -var="workstation_SKU=21h1-pron" -var="dc_os=WindowsServer" -var="dc_SKU=2012-Datacenter"
Command az vm image list can be used to identify various OS versions for the deployment.
Windows AD with two workstations connected to Windows domain in default setup.
Flexible domain configuration file allowing for easy changes to the underlying configuration.
Auditing policies configured based on CIS Guide to increase event visibility across Windows infrastructure. Auditpol used to configure additional settings and PowerShell Transcript Logs enabled.
Sysmon64 deployed across infrastructure using the latest SwiftOnSecurity configuration for Windows devices.
Wazuh Server configured and operational to collect logs from devices.
Wazuh Agents configured across infrastructure and feeding data into the Wazuh server.
Firewall configured to only allow your own IP to access the deployed systems.
OSQuery and FleetDM installed across the infrastructure, using configuration templates from Palantir.
Velocidex Velociraptor Server configured and operational.
Velocidex Velociraptor Agents configured across infrastructure and feeding data into the Velociraptor server.
WinLogBeat configured to log data into Elastic instance.
LokiToWinEventLog Loki Scanner configured to log data to Windows Event log every 3 hours and ship data to Elastic instance installed with Wazuh Server.
Pe-SieveToWinEventLog Pe-Sieve Scanner configured to log data to Windows Event log every 3 hours and ship data to Elastic instance installed with Wazuh Server.
The following section describes various components making up this lab along with details on how to change configuration files to modify the setup:
OSQuery and Fleetdm Server
Wazuh Server and Wazuh Agent
Sysmon
WinLogBeat
Velociraptor Server and Velociraptor Agent
Domain Members
Once lab is constructed, Terraform will print out actual location of the systems and associated credentials. An example output can be found below.
Network Setup:

Domain Controller = xx.xx.xx.xx
Workstation DETECTION1: xx.xx.xx.xx
Workstation DETECTION2: xx.xx.xx.xx
Wazuh Server IP = xx.xx.xx.xx
Wazuh Web Interface = https://xx.xx.xx.xx:443/
Velociraptor Web Inteface: = https://xx.xx.xx.xx:10000/
FleetDM Web Interface: = https://xx.xx.xx.xx:9999/

Credentials:

Domain Admin:
    blueteam.lab\blueteam BlueTeamDetection0%%%
Local Admin on Workstations:
    blueteam BlueTeamDetection0%%%
Wazuh Server SSH Login:
    blueteam BlueTeamDetection0%%%
Wazuh Logins:
    wazuh  BlueTeamDetection0%%%
    admin  BlueTeamDetection0%%%
    kibanaserver  BlueTeamDetection0%%%
    kibanaro  BlueTeamDetection0%%%
    logstash  BlueTeamDetection0%%%
    readall  BlueTeamDetection0%%%
    snapshotrestore  BlueTeamDetection0%%%
    wazuh_admin  BlueTeamDetection0%%%
    wazuh_user  BlueTeamDetection0%%%
Velociraptor Web Inteface Login:
    blueteam BlueTeamDetection0%%%
FleetDM Web Inteface Login:
    blueteam@blueteam.lab BlueTeamDetection0%%%

RDP to Domain Controller:
xfreerdp /v:xx.xx.xx.xx /u:blueteam.lab\\blueteam '/p:BlueTeamDetection0%%%' +clipboard /cert-ignore

RDP to Workstation DETECTION1: xx.xx.xx.xx
xfreerdp /v:xx.xx.xx.xx /u:blueteam '/p:BlueTeamDetection0%%%' +clipboard /cert-ignore

RDP to Workstation DETECTION2: xx.xx.xx.xx
xfreerdp /v:xx.xx.xx.xx /u:blueteam '/p:BlueTeamDetection0%%%' +clipboard /cert-ignore
The following table summarises a set of firewall rules applied across the BlueTeamLab enviroment in default configuration. Please modify the main.tf file to add new firewall rules as needed in the Firewall Rule Setup section.
Rule Name Network Security Group Source Host Source Port Destination Host Destination Port 
Allow-RDP	windows-nsg	Your Public IP	*	PDC-1, DETECTION1, DETECTION2	3389	
Allow-WinRM	windows-nsg	Your Public IP	*	PDC-1, DETECTION1, DETECTION2	5985	
Allow-WinRM-secure	windows-nsg	Your Public IP	*	PDC-1, DETECTION1, DETECTION2	5986	
Allow-SMB	windows-nsg	Your Public IP	*	PDC-1, DETECTION1, DETECTION2	445	
Allow-SSH	wazuh-nsg	Your Public IP	*	Wazuh	22	
Allow-Wazuh-Manager	wazuh-nsg	Your Public IP	*	Wazuh	1514-1516	
Allow-Wazuh-Elasticsearch	wazuh-nsg	Your Public IP	*	Wazuh	9200	
Allow-Wazuh-API	wazuh-nsg	Your Public IP	*	Wazuh	55000	
Allow-Elasticsearch-Cluster	wazuh-nsg	Your Public IP	*	Wazuh	9300-9400	
Allow-Wazuh-GUI	wazuh-nsg	Your Public IP	*	Wazuh	443	
Allow-Velociraptor-Client-Connections	wazuh-nsg	Your Public IP	*	Wazuh	8000	
Allow-Velociraptor-GUI	wazuh-nsg	Your Public IP	*	Wazuh	10000	
Allow-Fleet-GUI	wazuh-nsg	Your Public IP	*	Wazuh	9999	
Internally the following static IPs and hostnames are used in 10.0.0.0/16 range for this enviroment in the default configuration:
Host Role Internal IP 
PDC-1	Primary Domain Controller	10.0.10.10	
Wazuh	Wazuh Server, also hosting Velocidex Velociraptor installation and FleetDM	10.0.10.100	
DETECTION1	Windows 10 Workstation 1	10.0.11.11	
DETECTION2	Windows 10 Workstation 2	10.0.11.12	
The following default credentials are created during installation. Printout of actual configured credentials will be displayed after the full deployment process completes.
Host Login Password Role 
PDC-1	blueteam.lab\blueteam	BlueTeamDetection0%%%	Domain Administrator for blueteam.lab domain	
DETECTION1	localadministrator	BlueTeamDetection0%%%	Local Administrator of DETECTION1 workstation	
DETECTION2	localadministrator	BlueTeamDetection0%%%	Local Administrator of DETECTION2 workstation	
Wazuh	blueteam	BlueTeamDetection0%%%	SSH credentials for Wazuh server	
Wazuh	wazuh	BlueTeamDetection0%%%	Wazuh admin	
Wazuh	admin	BlueTeamDetection0%%%	Wazuh admin	
Wazuh	kibanaserver	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	kibanaro	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	logstash	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	readall	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	snapshotrestore	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	wazuh_admin	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	wazuh_user	BlueTeamDetection0%%%	Wazuh service account	
Wazuh	blueteam	BlueTeamDetection0%%%	Velociraptor Web Portal login	
Wazuh	blueteam@blueteam.lab	BlueTeamDetection0%%%	FleetDM Web Portal login	
In order to modify the default credentials, change usernames and passwords in domain_setup.yml file.
Contributions, fixes, and improvements can be submitted directly for this project as a GitHub issue or a pull request.
| - ansible | | - ansible.cfg | | - domain-controller.yml | | - domain-member.yml | | - domain_setup.yml | | - group_vars | | | - all | | | - wazuh | | - inventory.azure_rm.yml | | - roles | | | - domain-controller | | | | - tasks | | | | | - main.yml | | | - domain-member | | | | - tasks | | | | | - main.yml | | | - fleetserver | | | | - tasks | | | | | - main.yml | | | | - templates | | | | | - config.yml.j2 | | | | | - ssl.crt | | | | | - ssl.key | | | | | - systemd-fleetm.service.j2 | | | - monitor | | | | - tasks | | | | | - main.yml | | | - osqueryagent | | | | - tasks | | | | | - main.yml | | | | - templates | | | | | - osquery.conf | | | | | - osquery.flags.j2 | | | | | - osquery.key.j2 | | | | | - ssl.crt | | | | | - ssl.key | | | | - vars | | | | | - main.yml | | | - sysmon | | | | - handlers | | | | | - main.yml | | | | - tasks | | | | | - main.yml | | | | - vars | | | | | - main.yml | | | - velociraptorclient | | | | - tasks | | | | | - main.yaml | | | | - templates | | | | | - clientconfig.yml.j2 | | | | - vars | | | | | - main.yml | | | - velociraptorserver | | | | - tasks | | | | | - main.yaml | | | | - templates | | | | | - serverconfig.yml.j2 | | | | | - systemd-velociraptor.service.j2 | | | | - vars | | | | | - main.yml | | | - wazuhagent | | | | - tasks | | | | | - main.yml | | | | - templates | | | | | - ossec.conf.j2 | | | | - vars | | | | | - main.yml | | | - wazuhserver | | | | - tasks | | | | | - main.yaml | | | | - templates | | | | | - sysmon_rules.xml | | | | | - unattended-installation.sh | | | | | - wazuh-passwords-tool.sh.j2 | | | - winlogbeat | | | | - tasks | | | | | - main.yml | | | | - templates | | | | | - config.yml.j2 | | | | - vars | | | | | - main.yml | | - wazuh-server.yml | - documentation | | - osquery.md | | - pic | | | - map.png | | | - wazuh-logs.PNG | | | - wazuh-pdc.PNG | | | - winlogbeat.PNG | | - sysmon.md | | - velociraptor.md | | - wazuh.md | | - winlogbeat.md | | - winmember.md | - main.tf | - README.md | - terraform.tfstate | - terraform.tfstate.backup | - variables.tf 
I get Disk wks-1-os-disk already exists in resource group BLUETEAM-LAB. Only CreateOption.Attach is supported. or something similar to this error.
Re-run terraform commands terraform destroy -auto-approve && terraform apply -auto-approve to destroy and re-create the lab. This error seems to show up when Azure doesn't clean up all the disks properly so there are leftover resources with the same name.
I get Operation 'startTenantUpdate' is not allowed on VM 'domain-controller' since the VM is marked for deletion. You can only retry the Delete operation (or wait for an ongoing one to complete). or something similar to this error.
Re-run terraform commands terraform destroy -auto-approve && terraform apply -auto-approve to destroy and re-create the lab. This error seems to show up when Azure doesn't clean up all of the resources properly so there are leftovers which need to be destroyed before the lab is created due to clashes in names and/or locations.
I get Network security group windows-nsg cannot be deleted because old references for the following Nics or something similar to this error.
Re-run terraform commands terraform destroy -auto-approve && terraform apply -auto-approve to destroy and re-create the lab. This error seems to show up when Azure doesn't clean up all of the resources properly so there are leftovers which need to be destroyed before the lab is created due to clashes in names and/or locations.
Why Azure?
Free Credits are available with trial account
How do I modify network segments, deployment size or other variables?
Modify the Terraform variables file to change your setup. Alternatively, each variable can be changed during runtime by appending -var to terraform apply. For example, terraform apply --auto-approve -var="region=East US 2" would modify a region to be different then the default set in the variables file. The entire setup, including network ranges, operating systems and the VM size can be changed, using a chain of the -var parameters.
How to find SKUs for a specific deployment?
Use Azure command az vm list-skus --location westeurope --all --output table to find SKUs which are available for your deployment.
I get Max retries exceeded with url: /wsman and then connection gets refused when building a system.
Unfortunately WinRM limitations mean that, on occasion, WinRM will simply stop working as expected and instead connections will freeze up. As a result, execution won't behave properly. Rerun terraform apply -auto-approve to repair the damaged host.
A good percentage of this code was borrowed and adapted from Christophe Tafani-Dereeper's Adaz. A huge thanks for building the foundation that allowed me to design this lab environment.