I duplicated a couple of RFID things, used the IR for some stuff, and once in a while used the radio receiver, but mostly it looks pretty.
I'm not sure what I'd do with a Flipper One, but I guess I've done a lot of things with Raspberry Pis so... maybe?
The key question will be how much it costs. Beyond $250-300, it's a lot more of a niche product. Below $250 would be very interesting. I don't think it will be below $300. With current memory and storage pricing, probably $350-400 is more realistic :(
I'm guessing it'll be $1000 or so. (Which is good for me. Well above my impulse buy threshold. I don't regret buying my Flipper Zero, because it was within my impulse buy and not regret it threshold.)
If you are adventurous, many ski stations have low-tech cards as well, although they also tend to have human controllers once in a while.
And, finally, kids like running around with Flipper Zero opening power taps on Teslas.
one time I parked in a tesla near to a bank of superchargers.
every time someone hooked up their car to charge (pressing the button on the charging cable), my charge port would swing open.
every minute or two...
Ive been more excited for this https://www.kickstarter.com/projects/interrupt/ interrupt-linux-powered-hacking-gadget/description. I used to have a One Plus One with Nethunter. That was a lot more useful as a hacking device. The only issue is that it required external adapters for things like wifi deauth, ir remote, e.t.c. But the ability to customize things on the fly was way better, compared to Flipper which you really can't do.
Actually, putting all of this powerful hardware into a custom aluminum enclosure with gorilla glass and then using a 6-bit low resolution grayscale display is a weird choice. I guess they were going for a certain grayscale low-fi vibe?
The "needs verification" and "needs clarification" lines are weird. Like they asked someone (or ChatGPT?) to review some docs and post something, but forgot to review it first.
There's a comment at the bottom about that. Quoting the response:
> From the Linux side, it's a standard framebuffer and keyboard that applications interact with as usual. However, our connection allows the MCU to intercept them and overlay additional content — for example, if the CPU hangs, we can still show a menu on the display and respond to button presses, say for a reboot. This also lets us have a low-power mode with the display still on.
Which sounds reasonable.
Remember these?:
imo the flipper always needed to be a software-defined transciever, with a small FPGA to drive it, like the other SDRs on the market. I'm disappointed they seem to have forsaken radio completely.
[1]: https://docs.flipper.net/one/hardware/m2-port/modules [2]: https://www.crowdsupply.com/wavelet-lab/ssdr
let me build an ARP table, then give me a button to send WoL packets to host(s) of my choosing.
Let me generate p0f fingerprints on MITM'd traffic.
I can imagine having your agent of preference writing python scripts on the fly for whatever scenario you have in mind based on your spoken desires is like... literally a dream device, at least for me.
Off the top of my head
HackRF one- relatively cheap, pretty good transceiver, lots of crappy clones
USRP B205mini, expensive, fast, closer to pro equipment
The flipper's primary use is that looks like a children's toy, which makes it far more effective for demos of how bad an orgs security is to not-especially-technical stakeholders than something like a hackrf or chameleon
I think in Canada they were trying to ban it!