Nearly six years after introducing the Flipper Zero—a popular but controversial wireless hacking multi-tool—Flipper Devices is back with a new creation: the Flipper One. This pocket-sized device is not just another multi-tool; it's a fully functional open-source Linux computer. Powered by an 8-core RK3576 processor with a GPU and a 6 TOPS NPU, and backed by 8GB of RAM, the Flipper One promises to be a versatile computing platform for developers, hackers, and tinkerers.
The Flipper One is designed to be portable yet powerful. It includes a built-in D-pad and customizable buttons for navigation, eliminating the need for a mouse. Connectivity options are extensive: PCIe, SATA, and USB 3.0 interfaces, two ethernet ports, and an M.2 slot that allows expansion with modules such as cellular connectivity or Flipper Zero functionality like NFC and RFID. The company has not finalized the user interface or the hardware itself, and is actively soliciting feedback from its community through an online portal. Flipper co-founder and CEO Pavel Zhovner stated that the device will likely launch on Kickstarter later this year, with a target price around $350.
Background: The Flipper Zero Legacy
The Flipper Zero, released in 2020, became a cult favorite among security researchers and hobbyists. It combined multiple wireless tools—RFID, NFC, infrared, and sub-GHz radios—into a compact, dolphin-shaped device. Its ability to read, copy, and emulate various signals made it invaluable for penetration testing, but also raised concerns about potential misuse. Despite regulatory scrutiny and bans in some countries, the Flipper Zero sold hundreds of thousands of units and spawned a vibrant third-party ecosystem.
Flipper Devices, founded by Pavel Zhovner and Alex Kulagin, has always emphasized open-source principles and community involvement. The Flipper Zero's firmware and hardware designs were released under open licenses, allowing developers to modify and extend the device. This approach built a loyal following and created a platform for experimentation.
The Flipper One: A New Direction
With the Flipper One, Flipper Devices is expanding beyond a dedicated hacking tool into a general-purpose Linux computer. The RK3576 chip is a system-on-module from Rockchip, featuring eight Cortex-A76/A55 cores and a Mali-G610 GPU. The 6 TOPS NPU enables on-device AI inference, useful for tasks like image recognition or natural language processing. The 8GB of LPDDR5 RAM and support for PCIe Gen 3 allow for high-speed storage and peripherals.
The device's form factor is roughly the size of a smartphone, with a 4-inch touchscreen (though details are preliminary). The keyboard is a QWERTY thumb-board, similar to the BlackBerry KeyOne but with a modular design. The M.2 slot, located internally, can accommodate NVMe SSDs, cellular modems, or specialized expansion cards. The two ethernet ports (one PoE capable) make it suitable for network diagnostics or as a portable server.
Community-Driven Development
Flipper Devices has set up an online portal where users can submit ideas and vote on features. This participatory design process is intended to ensure the Flipper One meets the needs of its target audience. The company is also releasing early hardware schematics and software prototypes for testing. This transparent approach mirrors the startup's earlier success with the Flipper Zero.
The Kickstarter campaign is expected to launch in late 2026, with a price around $350. This puts it in competition with single-board computers like the Raspberry Pi 5, but with a more integrated and portable design. The modular expansion could also attract users looking for a customizable handheld device for fieldwork, IoT development, or educational purposes.
Potential Use Cases
The Flipper One is not intended to replace the Flipper Zero. Instead, it targets users who need a full Linux environment on the go. Developers could use it for coding, testing network infrastructure, or running lightweight servers. Security professionals might combine its PCIe and M.2 capabilities with external radios for advanced wireless testing. The NPU opens possibilities for AI-powered tools, such as real-time translation or anomaly detection.
However, the device's power consumption and battery life remain unknown. The RK3576 can draw several watts under load, which could limit runtime. The company has not announced battery capacity or thermal management solutions. Additionally, the final software stack is still in development; the company plans to offer multiple Linux distributions, including a custom Flipper OS based on Debian.
Competitive Landscape
Handheld Linux computers are a niche but growing market. Devices like the PineNote, the Pocket Reform, and various retro-gaming handhelds run Linux but lack the expansion capabilities of the Flipper One. Meanwhile, the Raspberry Pi 5 offers similar performance but requires external peripherals and a case. The Flipper One's integrated keyboard, D-pad, and expansion slots give it a unique value proposition.
Flipper Devices also faces competition from the consumer electronics giants? unlikely, as major companies rarely target this specific combination of hackability and portability. The community-driven approach and open-source ethos differentiate the Flipper One from locked-down alternatives like the Nintendo Switch or Android handhelds.
Challenges Ahead
The biggest challenge for Flipper Devices is meeting the expectations of its community while maintaining a viable business. The Kickstarter model carries risks: production delays, cost overruns, and quality control issues. The company must also navigate export regulations for cryptographic capabilities and radio modules. Moreover, the open-source nature means that competitors could clone the design, though Flipper Devices hopes that the software ecosystem and brand loyalty will protect its market.
Another hurdle is software maturity. While the hardware specifications are impressive, the success of the Flipper One depends on a stable and user-friendly Linux environment. The company has promised to support mainline kernels and provide documentation for developers. Early adopters will likely face bugs and incomplete features, but the community involvement could accelerate improvements.
Overall, the Flipper One represents an ambitious step for Flipper Devices. By combining a powerful processor, modular expansion, and a familiar form factor, it aims to carve out a new category of pocket-sized Linux computers. The company is taking a cautious approach by soliciting feedback before finalizing the design, which could reduce the risk of a flawed product. If successful, the Flipper One could become the go-to device for hackers, makers, and developers who need a portable computing platform with the flexibility of open-source hardware.
Source: The Verge News