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  • PicoEMP-Kit comes with the following contents and requires assembly. It is not sold as a complete product.
  • Get 15% off bulk orders of 5+ PicoEMPs
  • ChipSHOUTER-PicoEMP under the safety shield (prototype version - you'll get a red board).
  • ChipSHOUTER-PicoEMP is a "build your own" low cost electromagnetic fault injection tool (looks different than the version you'll build).

ChipSHOUTER-PicoEMP Kit

$60.00

Product Description

Little brother to the lab-grade, high performance ChipSHOUTER tool, our PicoEMP "Build Your Own" Kit is a low-cost Electromagnetic Fault Injection (EMFI) tool, designed specifically for self-study and hobbyist research. 

Read the full PicoEMP documentation.

Quick Start Guide

The PicoEMP project is not the ChipSHOUTER. It is a "bare bones" kit with design optimization prioritizing the following order:

  1. safe operation
  2. cost
  3. usability
  4. performance

Despite the focus on safety and affordability, the PicoEMP works surprisingly well.

Assembly Required!

The PicoEMP is not sold as a complete product - you are responsible for building it, ensuring it meets any relevant safety requirements/certifications, and we completely disclaim all liability for what happens next. Please only use PicoEMP where you are building and controlling it yourself, with total understanding of the operation and risks. It is not designed to be used in professional or educational environments, where tools are expected to meet safety certifications (ChipSHOUTER was designed for these use-cases).

The PicoEMP uses a Raspberry Pi Pico as the controller, inspired by @nezza using it for the debug-n-dump tool. You could alternatively use an Arduino or another microcontroller. You basically just need a few things:

  1. PWM output to drive HV transformer.
  2. Pulse pin to generate a pulse.
  3. Status pin to monitor the HV status.

Note: you have two options for building the PicoEMP: (1) total scratch build, or (2) easy-assembly build (what you're buying here!)

Easy-Assembly Build

The Easy-Assembly build uses a "mostly complete" SMD board, which you need to solder a Raspberry Pi Pico, switches, and through-hole headers.

Open-Source

As an open-source project, PicoEMP collects inputs from various community members, and welcomes your contributions! Follow #picoEMP on Twitter.

Assembly, programming and usage instructions available on PicoEMP Github.

Get 15% off purchases of 5 or more PicoEMP Kits!

2x AA batteries required (not shipped with on current items due to shipping restrictions, included in future versions).

 

Product Videos

Building the PicoEMP - Electromagnetic Fault Injection (EMFI) Tool (09:54)
The ChipSHOUTER-PicoEMP is detailed at https://github.com/newaetech/chipshouter-picoemp . See the larger ChipSHOUTER (newae.com/chipshouter and github.com/newaetech/ChipSHOUTER) for other examples too! WOOT Paper on EMFI Attacks on Trezor: https://www.usenix.org/conference/woot19/presentation/oflynn Example on ECU: https://colinoflynn.com/2020/11/bam-bam-on-reliability-of-emfi-for-in-situ-automotive-ecu-attacks/ 0:00 Intro 0:52 Unofficial Firmware Example on Trezor 1:20 Removing safety shield 2:00 Under the safety shield 3:01 High Voltage Measurement 4:30 Measuring Output Pulse with Resistor 6:10 Measuring Output Pulse with Coil 7:10 IGBT Gate Driver 8:40 Coils 9:15 Availability
  • Building the P...
    The ChipSHOUTER-PicoEMP is detailed at https://github.com/newa...

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Quantity:
SKU:
NAE-PicoEMP-Kit
Weight:
0.70 LBS
Shipping:
Calculated at checkout


 

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