TLDR: Verbweaver is a nonlinear writing and design suite built for your brain with the ability to procedurally generate linear documents when you need to communicate your ideas into other brains. Also, yes AI agents are actually useful (but only as much as you are at managing them).

TLDR: Version v1.0 “Cruller” of Donut has been released, including Module Overloading for native PEs, ETW bypasses, a Dockerfile, support for binaries without relocation information, and many other minor improvements and bugfixes.

TLDR: Presenting DInvoke, a new API in SharpSploit that acts as a dynamic replacement for PInvoke. Using it, we show how to dynamically invoke unmanaged code from memory or disk while avoiding API Hooking and suspicious imports.

TLDR: One of the ways to load .NET Assemblies through unmanaged code is to use C++/CLI. What is that, you may ask? It is Visual C++ that can be compiled to CIL rather than native machine code. You may specify that code is either managed or native. Native code is written the same as normal C++. The managed version, however, uses a different syntax. To compile managed C++, you must use the /clr option on the Visual Studios compiler. This repo provides some code samples that demonstrate how to do this. Warning, the code is a bit wonky. That is partly because I’ve never gotten around to cleaning it up and also because this is just meant to make you aware that C++/CLI is a thing.

TLDR: Version v0.9.2 “Bear Claw” of Donut has been released, including shellcode generation from many new types of payloads (JScript/VBScript/XSL and unmanaged DLL/PEs), executing from RX memory, and Python bindings for dynamic shellcode generation.

TLDR: Version v0.9.1 “Apple Fritter” of Donut has been released, including dual-mode (AMD64+x86) shellcode, AMSI bypassing for .NET v4.8, automatic version detection of payloads, and better support for Program.Main().

TLDR: You can now inject .NET Assemblies into Windows processes using this repo: https://github.com/TheWover/donut/