Almost six years after the Flipper Zero made waves as a compact, controversial hacking multi-tool, Flipper Devices is back with a very different creation. The newly announced Flipper One is not a direct successor but an entirely new category: a pocket-sized open-source Linux computer designed for developers, tinkerers, and anyone who needs a powerful, portable computing environment with extensive connectivity options.
A New Kind of Pocket Computer
The Flipper One is built around an 8-core Rockchip RK3576 processor, a chip that combines a powerful CPU with a GPU and a 6 TOPS Neural Processing Unit. Paired with 8GB of RAM, this makes the device capable of handling not just lightweight tasks but also more demanding workloads like edge AI inference, media processing, and network analysis. The device runs a full Linux operating system, opening up endless possibilities for software development, scripting, and automation.
What sets the Flipper One apart from other small Linux computers like the Raspberry Pi or various single-board computers is its form factor and built-in connectivity. The device is designed to fit in a pocket, with a built-in D-pad and customizable buttons for navigation without needing a mouse. This makes it a mobile workstation that can be used on the go, whether in the field, on public transportation, or in a lab.
Connectivity and Expansion
Flipper Devices has packed the One with interfaces that are usually found on larger desktop systems. It includes PCIe, SATA, and USB 3.0 ports, allowing users to connect high-speed storage, external graphics, or other peripherals. Two ethernet ports enable the device to function as a router, firewall, or network tap, making it ideal for network security testing and troubleshooting. Additionally, an M.2 slot provides expansion capabilities, accepting modules that can add cellular connectivity, Wi-Fi 6E, or even Flipper Zero functionality like NFC, RFID, sub-1 GHz radio, and infrared.
This modular approach is a key differentiator. While the Flipper Zero focused on wireless hacking features out of the box, the One takes a more open-ended approach. Users can configure it for their specific needs, from a portable penetration testing tool to a field data collection device or a personal cloud server.
History and Context
The Flipper Zero, launched via Kickstarter in 2020, quickly became a cult favorite among security researchers and hobbyists. Its ability to read, copy, and emulate RFID cards, NFC tags, and infrared signals made it a powerful—and sometimes controversial—tool. It was banned from some platforms and drew scrutiny from law enforcement, but its open-source nature and community-driven development kept it alive. The Flipper One is a clear evolution of that philosophy, offering a more capable and customizable platform.
Before the One, Flipper Devices also released a smaller side project: a physical status indicator for remote workers that lets colleagues know when someone is busy. That device was a simple, single-purpose tool. The Flipper One is the complete opposite—a general-purpose computing device that can be adapted to virtually any task.
Community-Driven Development
Perhaps the most interesting aspect of the Flipper One announcement is its unfinished state. The company deliberately revealed the device before finalizing the hardware, inviting the community to provide feedback and suggestions through an online portal. This is a bold move that aligns with Flipper Devices’ open-source ethos. Co-founder and CEO Pavel Zhovner has stated that they want to build a device that genuinely meets the needs of developers, not just what the company assumes is popular.
This crowdsourcing approach is rare in hardware development, where specifications are usually locked well before public reveal. By opening up the design process, Flipper Devices hopes to avoid mistakes and ensure the final product has the right ports, form factor, and software support. It also builds anticipation and creates a sense of ownership among early adopters.
Pricing and Availability
When the Flipper One does hit the market, it will likely be through another Kickstarter campaign later this year. The target price is around $350, which places it in a competitive range with higher-end single-board computers and portable devices like the PinePhone or Raspberry Pi 400 with accessories. At that price point, the One offers a strong value given its integrated NPU, dual Ethernet, and expandable storage.
The Kickstarter model has worked well for Flipper Devices before, and the company has a proven track record of delivering on their campaigns. Backers can expect a well-polished product that benefits from community input along the way.
Potential Use Cases
The Flipper One is not just a toy for hackers. Its combination of size, power, and connectivity makes it suitable for a wide range of professional and educational applications. IT administrators could use it as a portable network diagnostic tool. Security researchers could pair it with the M.2 module for wireless attack simulations. Software developers could use it as a low-power development server or a terminal for remote work. Even hobbyists working on IoT projects could leverage the GPIO-like expansions to prototype sensors and actuators.
The inclusion of a 6 TOPS NPU opens up on-device AI inference for tasks like object detection, natural language processing, or audio analysis. This could be a game-changer for field research, where cloud connectivity is unreliable.
Challenges Ahead
Despite its promise, the Flipper One faces challenges. The device is still in early development, and community feedback may lead to significant changes in hardware or software. The company must also navigate the same regulatory and platform restrictions that affected the Flipper Zero, particularly when used with wireless modules. Additionally, the $350 price point may limit its appeal to a niche audience, though the open-source nature and versatility could justify the cost for professionals.
Another potential issue is competition. Devices like the Raspberry Pi 5, Jetson Nano, and various Mini PCs offer similar performance at similar or lower prices, though none combine the same set of features in a pocketable form factor with dual Ethernet and M.2 expansion. The Flipper One’s unique selling point is its integrated connectivity and modularity in a small device.
Battery life is also an unknown. With an 8-core processor and multiple high-speed interfaces, the One could be power-hungry. Flipper Devices will need to engineer an efficient power management system to make the device truly portable.
Finally, the success of the Kickstarter campaign depends on whether the community feels heard. If the feedback portal yields meaningful improvements and the company communicates transparently, the Flipper One could become a staple among tech enthusiasts.
As it stands, the Flipper One represents a bold step forward for Flipper Devices. It is no longer just a maker of specialized hacking tools but is positioning itself as a creator of versatile, open-source hardware platforms. The coming months will reveal whether the community's feedback shapes a device that surpasses expectations or reveals the pitfalls of open design. Either way, the journey promises to be as interesting as the final product.
Source: The Verge News