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USB Rubber Ducky vs. Bash Bunny
Keyboard automation, or a Linux-powered USB platform? Start with the workflow you need.
USB Rubber Ducky
Focused keyboard workflows.
From $100 USD
Choose it for keystroke-injection assessments, DuckyScript learning, and repeatable keyboard tasks on systems you manage.
Operating model
Emulates a USB keyboard, mass storage, or both. Purpose-built for scripted input rather than onboard Linux workflows.
Payload language
Classic DuckyScript and DuckyScript 3.0. Write and compile in Payload Studio.
Hardware
Built-in USB-A and USB-C. Included microSD for compiled payloads. Direct file updates in Arming Mode.
Bash Bunny Mark II
Linux. Multiple USB roles.
From $200 USD
Choose it for authorized assessments and labs that need onboard processing or several USB interfaces working together.
Operating model
A Debian Linux computer. Emulates keyboard, Ethernet, serial, and mass storage interfaces, individually or together.
Payload language
Plain-text payloads using DuckyScript commands, Bash, and Linux tools.
Hardware
Quad-core ARM up to 1.3 GHz, 8 GB storage, optional microSDXC expansion up to 2 TB, Bluetooth Low Energy, two payload slots, and an RGB status LED.
Included items & bundle pricing
USB Rubber Ducky · $100: Hardware, flash-drive case, microSD card, decals, Payload Studio Community Edition access, and online documentation. Pro · $110: Adds Payload Studio Pro and the DuckyScript Pocket Guide. Elite · $130: Adds the DuckyScript Course Textbook to Pro. Online course sold separately.
Bash Bunny Mark II · $200: Hardware with 8 GB onboard storage; microSD expansion is optional. HotPlug Attack Combo Kit · $500. The current description does not list full box contents or kit extras, so confirm these before ordering.
USD prices checked November 11, 2026. Product pages show current pricing and configurations.
Detection & defensive learning
USB Rubber Ducky: Focus on keyboard trust, unexpected input, and visibility around HID and storage devices.
Bash Bunny: Extend the lab to composite USB devices and controls for keyboard, network, serial, and storage interfaces.
Neither device is inherently undetectable or guaranteed to bypass defenses. Use controlled tests to compare device-control decisions and endpoint logs.
For explicitly authorized assessments, controlled labs, and automation on systems you manage.
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