Kickstarter recently featured HackCable, a USB-C cable designed for cybersecurity research and system testing. While it may look like an ordinary charging cable, HackCable packs powerful features like built-in Wi-Fi and keystroke injection, making it a discreet yet versatile tool for cybersecurity professionals and researchers alike.
HackCable Versions: ESP32-S3 or RP2040
HackCable is available in two versions, each powered by a
different microcontroller: the ESP32-S3 and the RP2040. Both
versions provide unique capabilities for various use cases, from advanced
wireless operations to simple offline tasks.
1. Wi-Fi Version: Powered by ESP32-S3
The Wi-Fi-enabled version of HackCable features the ESP32-S3
microcontroller, designed for users who need advanced functionality and
remote operation capabilities. This version is equipped with:
- Built-in
Wi-Fi Hotspot: The ESP32-S3 enables remote operations via a built-in
Wi-Fi hotspot, allowing users to control the cable from a smartphone or
other devices.
- Dual-Core
Processor: The ESP32-S3 offers a dual-core processor running at
speeds of up to 240 MHz, making it perfect for complex tasks and
high-performance applications.
- Integrated
Wi-Fi and Bluetooth: The microcontroller supports 2.4 GHz Wi-Fi
and Bluetooth 5, ensuring reliable and long-range connectivity for
remote control and communication.
- Master-Slave
Configuration: Multiple HackCables can be synchronized for coordinated
operations, expanding the tool's potential for more complex tasks.
This version is ideal for ethical hackers, penetration
testers, and cybersecurity professionals who need flexibility,
wireless control, and the ability to operate from a distance.
2. Standard Version: Powered by RP2040
The standard version of HackCable is built around the
RP2040 microcontroller, offering a more cost-effective solution for
those who don’t require wireless control but still need powerful keystroke
injection capabilities. Key features include:
- Dual-Core
ARM Cortex-M0+ Processor: Running at up to 133 MHz, the RP2040
provides solid performance for executing keystroke injection tasks.
- 2MB
Onboard QSPI Flash: Ample memory for storing scripts and
configurations.
- USB
1.1 Support: Full-speed USB support enables seamless integration with
various devices.
- Programmable
GPIO Pins: With 26 programmable GPIO pins, the RP2040 offers
flexibility for hardware customizations and additional functionalities.
The RP2040-powered version is perfect for beginner
hackers, hobbyists, or researchers who need a reliable,
offline tool for testing and automation.
Compatibility and Integration
HackCable is compatible with multiple operating systems,
including Windows, macOS, Linux, Android, and iOS.
Its plug-and-play functionality ensures quick setup and seamless
integration, letting you focus on your work instead of configuration issues.
Open Source and Programmability
HackCable is open source, allowing developers to
modify the firmware and tailor the device to specific needs. Whether you're
programming in Python, C/C++, MicroPython, or other
languages, HackCable offers the flexibility to customize its features. With extensive
developer support, you can easily write scripts, automate tasks, or expand
functionality for your specific use case.
Pricing and Availability
HackCable is available for early backers at discounted
prices:
These prices are available for a limited time, so be sure to
check out the Kickstarter page for more details on additional options
and features.
Whether you're a cybersecurity researcher, ethical hacker, or just a tech enthusiast, HackCable provides an innovative and powerful tool for system testing and vulnerability assessments. With its discreet design, versatile functionality, and ease of use, HackCable is set to become an essential part of your cybersecurity toolkit. Don't miss out on this game-changing device—get yours today at an early backer price!
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