HackBat is a new open-source hardware platform designed for cybersecurity professionals and hobbyists, offering an affordable and customizable alternative to existing pen-testing tools like the Flipper Zero and M1 multitool. Developed by Pablo Trujillo, HackBat is equipped with a Raspberry Pi RP2040 microcontroller, an ESP8266 WiFi module, a sub-GHz RF transceiver, NFC capabilities, an OLED display, and more. This device aims to provide a versatile and accessible option for those engaged in penetration testing and other cybersecurity activities. HackBat's open-source nature encourages community involvement and contributions, fostering innovation and collaboration in the cybersecurity community.
HackBat stands out as a competitor to the Flipper Zero and M1 multitool by offering distinct advantages. The Flipper Zero, while popular, has faced scrutiny and potential bans in some regions, such as Canada, due to concerns over misuse for activities like car theft. In contrast, HackBat's open-source design makes it less susceptible to such restrictions, as users can freely modify and distribute the hardware and software. The M1 multitool, another alternative, provides a range of features but remains a closed-source device, potentially limiting customization and adaptability. HackBat, with its detailed hardware design files and accessible components, allows users to tailor the device to their specific needs, making it a flexible and powerful tool in the ever-evolving field of cybersecurity.
You can find detailed hardware design files and documentation on Hackbat GitHub. As of now, the initial release does not include pre-written firmware. But it would be easy to write our own firmware since it’s mostly based on off-the-shelf parts with available Arduino libraries.
