Havoc Professional
Command and Control Redefined.
Professional Command and Control Framework and Adversarial Emulation tool designed for security professionals who demand excellence in their operations.

Powerful tools for the teams that test the limits. Purpose-built for adversarial emulation, designed for complete control.

Two focused offerings built to adapt, extend, and endure in real operations.
Command and Control Redefined.
Professional Command and Control Framework and Adversarial Emulation tool designed for security professionals who demand excellence in their operations.

A Kit Engineered for Perfection.
State-of-the-Art cross-platform agent for Havoc Professional designed with evasion, extensibility and malleability in mind.


Introducing Kaine User-Defined C2, expanded Linux post-ex capabilities, refactored port forwarding and sleep masking, enhanced .NET/PowerSafe execution, Beacon Object File improvements, In-Memory PE Execution and BOF-PE support, air-gapped licensing, and a cross-platform client.
September 17, 2026

An introduction to Havoc Professional 0.7 K-Noir, featuring a new Linux implant for x86_64 and AArch64, CET compliant stack spoofing and rules systems, new Direct and P2P communication channels, new memory allocation and thread injection techniques, and much more.
June 5, 2026

The initial release of the long awaited Havoc Professional and the Kaine-kit is finally here and new team member.
February 20, 2026
Great tools should expand what your team can do. Our platform gives you the flexibility to work on your terms, from the first assessment to the most demanding engagement.
Extend the platform with Python, C++, and Golang. Build the tools your engagements demand, without reshaping your workflow.
Bring Windows and Linux operations together with native cross-platform agents and a consistent operator experience.
Keep your team moving with technical documentation, regular updates, and direct product support.
A focused comparison between Havoc Professional + Kaine-kit and generic vendor offerings across implant architecture, OPSEC, extensibility, and runtime control.