P4wnP1_aloa | Rapsberry Pi Zero W into a flexible , low-cost platform

This isn’t a full fledged ToDo list, but some milestones are left and I’d be happy to receive som community support on this - Porting the full HID covert channel functionality to Go core (I’m on my own with that) - add Bluetooth configuration command for CLI - Create additional keyboard layouts (currently br, de, es, fr, gb, it, ru and us are supported) - extend Bluetooth functionality to allow connection to other discoverable devices (authentication and trust) - move WiFi KARMA functionality from dedicated python tool to P4wnP1 core (with webclient support)) - Create full documentation for HIDScript (basically only the mouse part is missing) - Create full documentation for P4wnP1 (hoping for community) - Get rid of a remaining dependency on the docker netlink (see README of the netlink folder). P4wnP1 works with custom bindings to the Bluez API. Although the Bluez API supports Low Energy (GATT, emulating peripherals etc.) it isn’t planned to integrate this functionality into P4wnP1 A.L.O.A. P4wnP1 utilizes nexmon. Most people know nexmon as a firmware modification which allows enabling monitor mode and package injection for broadcom WiFi chips (including the BCM43430a1, which is used by the Raspberry Pi Zero W). But nexmon is more, it is a framework which allows modifying ARM firmware blobs (after a bit of reversing), with patches written in high level C code. P4wnP1 uses this framework, to apply custom patches to the WiFi firmware, which enable hardware based KARMA support and firmware (as well as driver) support for the WiFi covert channel. It isn’t the aim of this modifications to provide proper monitor mode or injection support for the built-in WiFi interface. Although, the legacy nexmon monitor mode functionality is included in the current WiFi firmware, it is considered "erroneous", as it interferes with standard WiFi functionality used by P4wnP1 (crashes if the interface is used in station mode etc.).