The hardware hacking community has a new gadget to look forward to: the Flipper One, a pocket-sized Linux computer announced today by Flipper Devices. Building on the legacy of its predecessor, the popular and controversial Flipper Zero, the Flipper One is designed as a more powerful, open-source platform for developers, hobbyists, and security researchers. While the device is not yet available for sale, the company has opened a portal for community feedback to refine the design before a planned Kickstarter launch later this year.
A Leap Forward in Hardware
The Flipper One is powered by an 8-core Rockchip RK3576 system-on-chip, which includes a GPU and a 6 TOPS neural processing unit (NPU). This chipset offers a significant performance boost over the Flipper Zero's microcontroller-based architecture, enabling more complex tasks such as on-device AI inference, software-defined radio processing, and multitasking. The device comes with 8GB of LPDDR5 RAM and features a variety of connectivity options: PCIe, SATA, USB 3.0, two ethernet ports, and an M.2 slot. The M.2 slot allows users to add expansion modules, including cellular connectivity (4G/5G) or additional RF capabilities that mimic the Flipper Zero's NFC and RFID functionality.
Instead of relying on a mouse or touchscreen, the Flipper One uses a built-in D-pad and customizable buttons for navigation. The user interface is still being designed, and the company has not finalized the operating system, though it is expected to run a Debian-based Linux distribution. The device is intended to be fully open-source, with schematics and software available for community modification.
Community-Driven Development
Flipper Devices co-founder and CEO Pavel Zhovner emphasized that the company is taking a collaborative approach to the Flipper One's development. An online portal has been launched where developers and enthusiasts can submit suggestions for hardware features, software enhancements, and use cases. This feedback will directly influence the final design. Zhovner stated in an interview with Gizmodo that the company hopes to price the device at around $350 when the Kickstarter campaign begins later this year.
The Flipper Zero, released in 2020, became a sensation among security researchers for its ability to interact with RFID, NFC, infrared, and sub-GHz wireless protocols. However, it also attracted scrutiny from law enforcement and regulators due to its potential for misuse. The Flipper One appears to be positioned as a more versatile and powerful tool for legitimate development work, though its expansion capabilities could still raise concerns in regulatory circles.
Key Specifications and Expandability
The Flipper One's key specifications include:
- Processor: Rockchip RK3576 (8 cores, up to 2.2 GHz) with integrated GPU and 6 TOPS NPU
- Memory: 8GB LPDDR5 RAM
- Storage: Supports SATA and PCIe storage via M.2 slot
- Connectivity: Dual ethernet ports (likely 1 Gbps), USB 3.0, PCIe, SATA, M.2 (key B or M)
- Expansion: M.2 modules for cellular (4G/5G), Wi-Fi 6, Bluetooth 5.4, or Flipper Zero-compatible radio modules
- User Interface: D-pad, four customizable buttons, and a small display (size not yet finalized)
- Operating System: Open-source Linux (Debian-based)
- Dimensions: Pocket-sized (exact dimensions TBD)
The M.2 slot is particularly notable, as it allows users to add capabilities that were previously only available on separate devices. For example, a cellular modem module could turn the Flipper One into a mobile hotspot or a remote monitoring device. An RF module could add support for sub-GHz protocols, including LoRa, Z-Wave, and garage door openers. The company has not yet announced which specific modules it will produce, but community feedback will likely guide the choices.
Comparison to Flipper Zero
The Flipper One is not intended as a replacement for the Flipper Zero. Rather, it addresses a different use case. The Flipper Zero is a lightweight, battery-powered tool for quick wireless attacks and analysis, primarily targeting low-level protocols. The Flipper One, with its full Linux environment and powerful processor, is designed for more complex tasks such as running custom scripts, hosting web services, or performing real-time signal processing. It can also serve as a portable development workstation or a field debugging tool.
The decision to include an NPU is forward-looking, as on-device machine learning can be used for tasks like signal classification, anomaly detection, and pattern recognition. For instance, the Flipper One could scan radio frequencies and automatically identify unknown signals using trained models, something the Flipper Zero cannot do.
Potential Applications
The Flipper One's versatility opens up a wide range of applications:
- Security Research: Penetration testing of RFID systems, NFC, Bluetooth devices, and wireless networks.
- IoT Development: Prototyping and debugging IoT devices using Linux tools and custom modules.
- Field Work: As a portable console for network diagnostics, packet capture, and spectrum analysis.
- Education: Teaching embedded Linux, wireless security, and software-defined radio.
- Hobbyist Projects: Home automation, custom gateways, retro emulation (thanks to GPU capability).
Challenges and Competition
Despite its promise, the Flipper One faces hurdles. The price point of $350 is higher than many hobbyist devices, and the final cost could rise depending on modular accessories. Additionally, the market for portable Linux computers is crowded, with products like the PinePhone, Raspberry Pi-based handhelds, and the ClockworkPi. However, the Flipper One's unique focus on hardware hacking and radio protocols sets it apart from general-purpose devices.
Another challenge is regulatory. The original Flipper Zero faced bans in several countries (including Canada and Brazil) due to its capability to unlock vehicles and clone RFID cards. The Flipper One, while more powerful, could also attract unwanted attention. Flipper Devices has been careful to market the device as a tool for ethical researchers and developers, but the line remains blurry.
Finally, the Kickstarter model carries risks. Delays and design changes are common, as seen with many crowdfunded hardware projects. The company's decision to involve the community early is a good step, but it may also extend the timeline.
What's Next?
Flipper Devices expects to launch the Kickstarter campaign in the second half of 2026. In the meantime, interested parties can visit the online portal to contribute ideas and stay updated on progress. The company has also hinted at a developer early bird program, though details are not yet known.
The Flipper One represents a bold evolution from the Zero, moving from a specialized multi-tool to a full-fledged Linux platform. If successful, it could become the Swiss Army knife of portable computing for the security and developer community. The next few months will be critical as feedback flows in and the final hardware takes shape.
Source: The Verge News