These are meant for the CrowdSupply product devices.
This guide walks you through the process of connecting your Kryptor board to a Raspberry Pi (any other SBC with SPI would do) and utilizing it for encryption and decryption tasks. We'll cover:
- Hardware Setup: We'll show you how to physically connect the Kryptor board to your Raspberry Pi using the SPI interface.
- Raspberry Pi Configuration: Learn how to configure your Raspberry Pi to activate the SPI interface for communication with the Kryptor board.
- Command Line Interface Access: We'll guide you through setting up access to the Kryptor board's Command Line Interface (CLI) from your Windows or macOS machine.
NOTE: ensure your Kryptor board has been programmed (via JTAG interface) with the proper HSM softcore. See the related tutorial.
This tutorial is specifically meant for the Skudo Kryptor PCB board sold via CrowdSupply and via Mouser.
As we have demonstrated through many of our previous tutorials, our SKUDO Kryptor board can be easily used with the Raspberry Pi board. This time we will show you how to use our SKUDO Kryptor board with an Arduino Nano (just for the sake of this demo but you can use any model).
In the previous tutorials, we learned how to connect and use this device with a Raspberry Pi board. Today, we will show how to use our SKUDO Kryptor with an Arduino Nano (just for the sake of this demo but you can use any model).
This tutorial is specifically meant for the Skudo Kryptor PCB board sold via CrowdSupply and via Mouser.
We are always very excited to put Kryptor to work on diverse use cases and this time we have been busy steaming encrypted audio files using Kryptor HSM FPGA. Imagine using it for sending encrypted voice messages or any other audio file that needs protection.
This tutorial is specifically meant for the Skudo Kryptor PCB board sold via CrowdSupply and via Mouser.
The goal with this tutorial is to familiarize with some simple but strong encryption procedures and to demonstrate how to connect the Kryptor HSM FPGA (www.skudo.tech/kryptor) to a Raspberry Pi, exchanging encrypted sensor data (everyone could replace this according to his/her own needs) between two Raspberry Pi’s.
About Skudo
We envision a world where all digital communications are safe and private. We are dedicated to creating innovative best-in-class hardware solutions that protect data exchange with the highest level of security and privacy.