Flipper One is real, terrifying, and needs your help
Flipper One is real, terrifying, and needs your help
Today the Flipper Devices team dropped something unusual. Not a product launch. Not a Kickstarter. Just a very honest blog post that basically says: we have been building this thing for years, it is incredibly hard, we are a little scared, and we need the community to help us finish it.
That kind of transparency is rare enough in consumer tech that it deserves attention.
What actually is the Flipper One
If you know the Flipper Zero, forget most of what you know. The Zero was a focused offline multi-tool: NFC, RFID, sub-1GHz radio, infrared, and a dolphin that gets sad if you ignore it. It was brilliant precisely because it was scoped tightly.
The Flipper One is something else entirely. It is a pocket-sized ARM Linux computer built around the Rockchip RK3576 processor, paired with a Raspberry Pi RP2350B microcontroller that handles the on-device controls and the small grayscale screen. It has two USB-C ports, a USB-A port, full-size HDMI output, two independent Ethernet ports, M.2 expansion, PCIe, SATA, and an NPU capable of running local AI models without internet.
The team describes it as a cyberdeck. Which is a word that sounds like science fiction but increasingly describes real hardware that real people are building and carrying around.
The specs that matter
Let me actually list out what Flipper One is supposed to ship with, because it is genuinely impressive on paper:
- CPU: Rockchip RK3576 ARM processor
- MCU: Raspberry Pi RP2350B for low-level control
- Networking: Two independent Ethernet ports (WAN or LAN), Wi-Fi, Bluetooth, and planned NTN satellite connectivity via M.2 module
- Ports: 2x USB-C, 1x USB-A, full-size HDMI
- Expansion: M.2 slot, PCIe, SATA
- Display: 256x144 grayscale screen built in, HDMI for external
- OS: Flipper OS, a Debian-based system with a profile/snapshot system similar to how SteamOS switches between gaming and desktop modes
- AI: Local LLM support via the built-in NPU, no internet required
The two Ethernet ports alone open up interesting scenarios. A transparent network bridge. Traffic interception with the device acting as a man-in-the-middle. A travel router. A VPN gateway. A portable penetration testing platform that fits in your jacket pocket.
Full mainline Linux. No binary blobs.
This is the part that makes the hardware community genuinely excited and also explains why it is taking so long.
Flipper has partnered with Collabora to push RK3576 support into the mainline Linux kernel. The goal is that you can boot Flipper One directly from kernel.org software, no vendor-modified tree, no proprietary blobs, no wondering what is running on your device that you did not put there.
Mainline Linux on the RK3576 already works for most core functions according to their documentation. What still needs work: power management, USB DisplayPort Alt-mode, NPU acceleration, video hardware acceleration, and a DDR trainer blob. These are not small items. But the commitment to doing it the right way rather than shipping a franken-kernel with a pile of closed-source patches is admirable and relatively rare.
Why it does not exist yet
Here is the honest version of events as Flipper tells it.
The Flipper One has been in development for years. It has been rebuilt from scratch multiple times. Several teams are working in parallel on hardware, mechanics, Linux software, MCU firmware, the user interface, documentation, and testing. The CEO Pavel Zhovner wrote in the announcement that it is an incredibly hard project both financially and technically.
Earlier this year, in February, Zhovner posted on Telegram suggesting the project might be economically unviable due to soaring component costs. The RAM chip crisis got a specific mention. There was a real window where it looked like Flipper One might just quietly die.
It did not die. But it is not finished either. There is no price, no release date, and no pre-order. Developer hardware availability will be announced in a future update. What exists right now is working prototypes, PCBs on their second major revision, an open developer portal, and a very public request for help.
What they are asking for
The developer portal exposes task trackers, architecture documentation, and work-in-progress notes. Anyone can contribute. Engineers, software developers, designers, writers, people who just have strong opinions about UI. The whole development process is public from day one.
They are also looking for a satellite connectivity partner. Specifically a company like Skylo willing to work with them to add NTN satellite network support to the eSIM module. The goal is to give Flipper One offline connectivity even when there is no cellular or Wi-Fi available. For the kind of person who buys a Flipper One, this is obviously appealing.
The price question
No official price exists. Estimates floating around put it between $300 and $500. For context the Flipper Zero sells for around 229 euros. The One is significantly more hardware so the jump is not surprising, but it does shift the audience from curious hobbyist to serious enthusiast or professional.
Whether that audience is large enough to make the economics work is exactly what Flipper is trying to figure out. The transparency of the announcement suggests they genuinely do not know yet.
Why this matters beyond the specs
The Flipper Zero became something bigger than its hardware because it was open, well-documented, and had a community that pushed it far beyond what the original designers intended. Custom firmware added features the official version did not have. Users found use cases nobody anticipated. The dolphin became a meme.
Flipper One is attempting to do the same thing at a much larger scale. An open ARM Linux device with full mainline kernel support, documented hardware, and a community involved from the start. If it ships and it works, it is the kind of platform that people will be using and modifying for a decade.
The if is doing a lot of work in that sentence. But the ambition is real, the hardware exists, and the team is being unusually honest about where they are. That is more than most hardware projects give you.
Should you care
If you are the kind of person who already has a Flipper Zero, yes obviously.
If you are the kind of person who has thought about building a travel router, a portable pentest rig, a self-contained Linux workstation that fits in your pocket, or just a very weird conversation starter at conferences, then yes.
If you want to contribute to open hardware with mainline Linux support and you have skills in kernel development, embedded systems, UI design, or technical writing, the developer portal is open right now.
And if you just want to watch how this unfolds, it is one of the more interesting hardware projects happening in public right now. The Hacker News thread had 364 comments within hours of posting. That is not nothing.