Edit store price tags using Flipper Zero

Congratulations, you have discovered the concept of shoplifting!

Couldn't you also not just check stuff in? These are all obvious drawbacks, it's not really a high-scrutiny environment.

In your country merchants are not obligated to honor fraudulently altered price displays.

Usually the advertised price must be honored, because it may have brought the customer to your store.

For prices displayed on the shelf-label inside the store the law is usually not that strict (YMMV), as a shop-owner can refuse sale on check-out (otherwise I could put a pricetag on e.g. a shopping-basket and the shop-owner would be legally required to sell me the basket...).

Besides, most shops I've seen (in Europe) already moved from Infrared communication to RF (NFC or proprietary), for centralized shelf-label management without handheld devices. So all this study (and the underlying reverse engineering of the IR-protocol) might do is probably accelerate the transition from IR to RF-based ESL...

Probably mostly dangerous for the user, or are people routinely writing their own price signs in the store and then "buying" it for less? Walking up to the lot at the car store and crossing out some zeros? Don't see how this would be any different.

I guess they can use the cameras to show you were tampering with the labels and call the police. Somewhat related xkcd https://xkcd.com/1494/

Hacks? In my Hacker News? The nerve!

Beside of how the media often tries to present it, the value of Flipper Zero is not for everyone to "become a hacker with this simple app".

Its value is to provide a standardized hardware platform for (white hat) hackers for probing, prototyping, refining and sharing of security research in the fields its hardware supports (Sub-GHz RF, NFC, IR, and custom external boards via simple Input/Output pins).

Prior to that, everyone who wanted to research e.g. RF security had to either build/assemble something custom or buy much more expensive equipment. This created a barrier to collaborate on research, as everyone had to buy/build the same setup.

On top of that, Person A researching some RF topic selected an RF-transceiver from Company X, Person B used a component and a proprietary SDK of Company Y, so consolidating both work streams for a better foundation for all RF-related research required alot of time and effort from someone, breaking workflows of at least one group of researchers, etc.

In contrast, security research which utilizes Flipper Zero can be reproduced and built upon by everyone. All the work is harmonized on the same Hardware architecture, so it's easy for someone familiar with the platform to dive straight into a new idea without having to build a new breadboard, select a chipset, buy additional probing equipment etc.

I use mine for all sorts. I volunteer at a second-hand shop so use it to set up remotes for donated media devices, I've used it to run scripts to apply the same changes to many computers that aren't on a group policy via BadUSB, I've used it for toys-to-life games, and very much more. There are plenty of genuine uses if you're cluey.

Yeah, I bought it and it collects a dust since then. Fun device but I have no idea how to use it in my life.

Turns out it's what they said it was all along, an educational device.

This one provides the source and asks you to build it yourself so at least it has some credibility for the "education use only" claim.

I've seen similar things posted on here before that had a binary build only and zero technical documentation. It was really hard to see any kind of research or education value in those.

It's useful for dealing with the industrial equivalent of IOT garbage