7 useful things can make flipper zero which still blows my mind – two years later

Sub-GHz can pick up signals from devices such as wireless antenna wireless doorbels and car key, making flipper zero an easy tool for testing if wireless transmitters are functioning properly. I use me to test what fobs are working and to test their limits.

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And yes, Flipper can record the code transmitted by Phobe, the key to the zero car, but converting these codes into a modern car will not unlock it due to the feature called ‘Rolling Code’ that changes the code with each use. On old cars – those 20 years old and more – you can use a code captured to unlock the vehicle (but do not do so until it is your car or you have permission!), But you still cannot drive with it.

On the other hand – the intention of punishment – restarting the code for a wireless doorbell will cause the bell ringing, as most of these systems do not have a mechanism to protect against such annoyance.

NFC is everywhere everywhere, and Flipper Zero allows you to work with this wireless protocol. It is made in plastic cards and FOBs and is used for all types of things, unlocking the hotel room doors to control the obstacles.

But this does not mean that you can cause chaos in the world, because to unlock those things that you do not need to access NFC key more often.

NFC signals can be read by Flipper Zero, and can also have many NFC cards Copped and cloned (It depends on the safety used for the card, so I cannot give you any difficult and fast rules, about which NFC devices can be cloned). I have used my flipper zero to copy the card of my hotel room on the occasion when the hotel only gives you a card or when we have many rooms and do not want to do a handful of cards.

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However, note that when the Flipper can read the zero NFC card and fob, it cannot decode the encrypted safety code of the card used on credit and debit cards, so they cannot be cloned.

With NFC, Flipper can read and clones the zero RFID card and fob, including hotel cards, as shown in the picture above.

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RFID cards and tags can be locked to prevent them from being translated or to prevent their safety keys from extracting, but Flipper zero can bypass many of these mechanisms. For example, it can offer to unlock the card if you present it to a valid reader (such as the lock is programmed to open it). This allows you to clone the card and unlock the door using both card and flipper zero.

Flipper Zero has an underlying infrared module that can be programmed to operate a wide range of equipment, from TV to AC units.

Any consumer equipment can be controlled using flipper zero with too much IR remote control interface.

Another good use of this functionality is to test that if infrared remote controls are working. Just indicate the remote control at the flipper zero in the ‘IR’ mode, and it will detect the signals.

I use this feature to test remote control all the time that I have decided after the battery leak, damage the device. This is an incredibly easy feature!

Yes, Flipper may bypass safety on some orange safe electronic safe using output from zero gpio.

This is certainly nothing that you want to do if it is not safe or not allowed you, but it goes to show how insecure the “compared” chests found in the hotel, spa and AirBNB are really insecure.

Flipper Zero can act as a badusb device, which means that when connected to a port, it is seen as a human interface device (HID), such as keyboard.

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A badusb device can replace system settings, open backdoor, recover data, start reverse shells, or do anything that can be obtained with physical access. These tasks are completed using a set of commands written in rubber dak scripting language, which is also known. Dachcaskrypt,

Flipper can use GPio to output zero electrical signals and act as a signal generator. I last used it to simulate an antigen braking system module on a vehicle to confirm that all wiring and computers in the car were working.

The video game module is powered by the RP2040 microcontroller developed by Raspberry Pie and adds a bunch of gaming-related functionality.

First, it adds a DVI video output port to the flipper zero, allowing it to send the video to the external display. This is necessary because the small LED panel manufactured in flipper zero is not ideal for gaming. This capacity is not limited to gaming, though. The ability to be beam video output for large displays is great for various other applications, such as testing or training.

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The video game module also includes an IMU (inrtial measurement unit) characterized by a TDK ICM-42688-P sensor, which adds 3-Xis gyroscopes and 3-axis acceometer to the package, allowing it to bend or mix.

If you are not in gaming, it is not a problem. RP2040 microcontroller C, C ++, or Micropython can run applications programmed in which this flipper is a versatile addition to zero.