# Finally, it is up to Luke himself to make a run at the target, and he is saved from Vader at the last minute by Han Solo, who returns in the nick of time and sends Vader spinning away from the station. 65535 |% # Darth Vader leads the counterattack himself and destroys many of the Rebels, including Luke’s boyhood friend Biggs, in ship-to-ship combat. " $bnyEOfzNcZkkuogkqgKbfmmkvB$ZSshncYvoHKvlKTEanAhJkpKSIxQKkTZJBEahFz$KKApRDtjBkYfJhiVUDOlRxLHmOTOraapTALS " () # As the station slowly moves into position to obliterate the Rebels, the pilots maneuver down a narrow trench along the station’s equator, where the thermal port lies hidden. $xdgIPkCcKmvqoXAYKaOiPdhKXIsFBDov = $jYODNAbvrcYMGaAnZHZwE. # Watched anxiously by the Rebel command, the fleet of small, single-pilot fighters speeds toward the massive, impregnable Death Star. The repository contains two files: ReverseSocksProxyHandler.py and Invoke-SocksProxy.ps1. Use the following git command to clone my Invoke-SocksProxy repository. Elevate to a root shell with the su command. In Kali, open a new terminal and SSH into the VPS. The Netcat connection should remain open as it is required in a later step. In this example, the compromised host is connecting to the attacker’s virtual private server (VPS) with a Netcat listener on TCP/4444 (shown below). The goal is to discover services on 172.16.0.1/24 while using Host A as a proxy. With this level of compromise, the attacker’s Kali system cannot directly interact with the SMB and HTTP servers. For simplicity, assume the adversary established a reverse shell on Host A (172.16.0.3) with a nefarious Word document (shown below). The network topology in this example contains several devices connected to an internal network (172.16.0.1/24). The adversaries used a variant of Invoke-SocksProxy, an open-source reverse proxy tool found on GitHub. In recent news, a federal agency’s enterprise network was the victim of such an attack.
Reverse proxies allow adversaries (APTs) to pivot attacks into secured environments, as they’re capable of bypassing inbound firewall restrictions.
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