The Flipper Zero 1.0 firmware upgrade revolutionizes the hacking handheld experience, unlocking unprecedented capabilities and flexibility.

One of our favorite hacking tools, the device, has just received its first major firmware update. The project showcases a range of features that developers have been refining over the past three years, including some elements that were already in place following an earlier update. While many of the features may not be entirely novel, the comprehensive bundle should collectively imbue this device with an enhanced sense of revitalization.

A crucial update since launch has addressed a major pain point for many builders: the initial limitation on the amount of options they could add due to the system’s internal flash memory constraints. Up until this point, new features had been integrated directly into the firmware, but ultimately, they surpassed the memory’s capacity. In the final year of use, your device will allow installation of new apps directly onto a microSD card.

With JavaScript now supported, developing personalized applications may become significantly easier. The NFC subsystem has undergone a comprehensive rewrite, enabling support for additional card types and potentially accelerating card reading times. According to developers, transferring knowledge via Bluetooth with Android devices can now be faster, with a 40% surge in firmware update speed.

The latest firmware update also includes additional features, enabling users who previously employed the Flipper Zero as a standard remote control to extend its functionality to operate multiple TVs, air conditioners, audio systems, and projectors. If you need a longer-range transmission option, the Flipper Zero also accommodates external infrared modules. Right here’s an explainer video:

The Flipper Zero can also be used to listen to analog walkie-talkies, with its sub-GHz radio capable of decoding 89 distinct radio protocols. If the built-in antenna falls short in terms of sensitivity, you can further enhance its performance by connecting it to an external sub-GHz module for a more robust signal reception.