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Files Date: 2017-09-10

Linux/ARM (Raspberry Pi) Bindshell Shellcode: Posted Sep 10, 2017; Authored by Andrea Sindoni; 192 bytes small Linux/ARM Raspberry Pi tcp port 4444 /bin/sh binding shellcode.; tags | tcp, shellcode; systems | linux; SHA-256 | 1a24f9b9ad167466d2026dc0a966677a2fe4340c7c09bec582671fcb93061fa5; Download | Favorite | View

Linux/ARM (Raspberry Pi) Reverse TCP Shell Shellcode: Posted Sep 10, 2017; Authored by Andrea Sindoni; 160 bytes small Linux/ARM Raspberry Pi reverse TCP /bin/sh shellcode that connects to 192.168.0.12 port 4444.; tags | tcp, shellcode; systems | linux; SHA-256 | d39c6fb0779cbfe35e7e33db8b14d9e3fa7865730dbe954dd0421c6645c5a5af; Download | Favorite | View

GRR 3.2.0.1: Posted Sep 10, 2017; Authored by Andreas Moser, Mikhail Bushkov, Ben Galehouse, Milosz Lakomy | Site github.com; GRR Rapid Response is an incident response framework focused on remote live forensics. The goal of GRR is to support forensics and investigations in a fast, scalable manner to allow analysts to quickly triage attacks and perform analysis remotely. GRR consists of 2 parts: client and server. GRR client is deployed on systems that one might want to investigate. On every such system, once deployed, GRR client periodically polls GRR frontend servers for work. "Work" means running a specific action: downloading file, listing a directory, etc. GRR server infrastructure consists of several components (frontends, workers, UI servers) and provides web-based graphical user interface and an API endpoint that allows analysts to schedule actions on clients and view and process collected data.; Changes: Various updates.; tags | tool, remote, web, forensics; systems | unix; SHA-256 | 79e926fc1ad932016c3c26ac50f8a1b9d55b8ad11060832bb0937cc4328720c5; Download | Favorite | View

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