The Flipper One has piqued the interest of tech enthusiasts and security professionals alike, but it’s crucial to clarify that We see not merely an upgraded version of the Flipper Zero. While the original Flipper Zero offered a compact, user-friendly device for penetration testing and radio frequency experimentation, it came with notable limitations that frustrated many users. The new Flipper One, but, is a significant leap forward, essentially serving as a pocket-sized Linux computer.
Equipped with a dual-processor architecture, the Flipper One takes advantage of a Raspberry Pi RP2350 for low-power management tasks and a Rockchip RK3576 for running a full Linux operating system. This setup allows the device to not only run Debian but also to output to external monitors via USB-C using DisplayPort, a stark contrast to the Flipper Zero, which utilized an STM32 microcontroller and had a more restricted feature set. Users can expect a display upgrade to a 256×144 color panel and enhanced connectivity options, including dual Ethernet ports and multiple USB interfaces.
What’s New in the Flipper One?
The Flipper One ditches many of the specialized radios that defined the Zero. There is no RFID, NFC, or infrared capability, and the device lacks sub-GHz radio support, as confirmed by the Flipper R&D team. Instead, the focus is on built-in Wi-Fi and Bluetooth, which address one of the primary complaints about the Flipper Zero. The new device uses a modular approach, allowing users to add capabilities via an M.2 Key-B slot, which supports various wireless cards and storage solutions.
This M.2 slot has the potential to accommodate LTE modems for cellular pentesting or SDR cards for signal analysis. The firmware analysis suggests that the M.2 supports USB 3.0 and PCIe 2.1, making it a versatile option for expansion. This modular design could help mitigate the regulatory challenges that plagued the Flipper Zero, allowing regulators to assess individual components rather than the device as a whole.
Open Source Development and Community Involvement
Flipper Devices has taken an open-source approach to the Flipper One’s software development. As of early March 2026, several public GitHub repositories have been made available, including the MCU firmware, Linux build scripts, and UI repository. The core operating system is based on Debian 13 (Trixie), and the device is designed to boot into a KDE Plasma interface. It also features a USB NCM gadget script that converts the Flipper One into a USB Ethernet adapter when connected to a computer.
The Linux build scripts reveal that the device will include essential packages for network analysis and hardware hacking, making it a powerful tool for developers and penetration testers. The proactive approach of inviting community contributions before the hardware’s release indicates Flipper Devices’ commitment to fostering an engaged user base.
Technical Specifications and Capabilities
The Flipper One is powered by an octa-core RK3576 chip, featuring four Cortex-A72 big cores and four Cortex-A53 little cores, with clock speeds reaching up to 2.2 GHz for the big cores and 2.0 GHz for the little cores. It also includes a Mali G52 MC3 GPU. The device’s firmware is currently in development and can be tested on various RK3576-based boards. The presence of a dual-kernel system allows users to choose between the latest mainline Linux features and a more stable vendor-specific kernel option.
While the firmware is polished for development purposes, it is essential to note that it is not the final product. Future updates are anticipated, and the overarching vision for Flipper OS includes a customizable environment with various boot profiles tailored for specific tasks. This ambitious goal suggests a flexible system that can adapt to a wide range of user needs.
Challenges Ahead for Flipper One
Despite its promising features, the Flipper One faces potential hurdles. Pavel Zhovner, CEO of Flipper Devices, has indicated that the current economic climate, particularly the rising costs of components like DRAM, may threaten the project’s viability at a consumer-friendly price point. There is currently no official release date, and while prototype PCBs are in existence and software development is ongoing, the potential for delays remains.
The Flipper One could become another project that lingers in a state of anticipation, akin to previous tech gadgets that were announced but never materialized. However, the direction and modular capabilities of the Flipper One suggest that it could finally fulfill the vision many users had for the original Flipper Zero.
Looking Ahead
The Flipper One represents a significant advancement in portable tech for security professionals and hobbyists. Its modular design, open-source development, and the ability to run a full Linux environment set it apart from its predecessor. As the community eagerly awaits updates, the implications for penetration testing and wireless protocol experimentation are substantial. If Flipper Devices can navigate the challenges ahead, the Flipper One may set a new standard in the realm of handheld development tools.
For those excited about the potential of the Flipper One, sharing your thoughts and experiences will help shape the future of this innovative device. Join the conversation and stay tuned for more updates!
