CORE2 - A computer for robots

ARM Cortex-M4 + ARMv8. Motor interfaces. 54 I/O with UART, SPI, I2C, CAN. C++ 11 API. Cloud management. ROS-powered.

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Husarion CORE2 is designed to help creators in building Internet connected robots and drones. It is available in 2 configurations:

a) CORE2 - a low-power, cloud connected real-time computer with Wi-Fi
b) CORE2-ROS - a ROS powered, cloud connected computer with Wi-Fi combining real-time capabilities of ARM Cortex-M4 microcontroller and high computing power of RaspberryPi 3 or ASUS Tinker Board. Ideal for autonomous robots.

Read more at:


  • Real time microcontroller: ARM Cortex-M4 @168MHz, 192 KB RAM, 1 MB Flash
  • CORE2-ROS: Board computer: ARMv8 @1.2GHz, 1GB RAM, 16 GB Flash (RaspberryPi 3 or ASUS Tinker Board)
  • CORE2 (basic): ESP32 based Wi-Fi module
  • 4 DC motor outputs + 4 quadrature encoder inputs
  • 6 servo ports with selectable voltage level (5 / 6 / 7.4 / 8.6 V)
  • 6 sensor ports (4 x GPIO, ADC/ext. interrupt, I2C/UART, 5V out)
  • Extension port (12 x GPIO, 7 x ADC, SPI, I2C, UART, 2 x ext. interrupt)
  • CAN interface with onboard transceiver
  • micro SD card interface
  • USB serial port (FTDI chip)
  • Supply voltage input: 6 - 16V DC (with built-in overcurrent, overvoltage, and reverse polarity protection)

Embedded software framework:

  • C++ 11 API
  • Based on Real-Time Operating System
  • Using DMA's, interrupts, RTOS features to handle communication interfaces and save processing power
  • Handling multiple PIDs in parallel
  • SDK + Visual Studio Code extension for offline development
  • Web IDE at for online development
  • Arduino compatibile
  • Open source:

Support for ROS (Robot Operating System):


  • All your robots listed on
  • Easy creating custom web user interface for each robot
  • Robot sharing through link or e-mail
  • Streaming video with WebRTC - e.g. for telepresence robot

  • Husarion cloud security

    Husarion08/03/2017 at 14:54 0 comments

    It’s not enough that your robot simply connect to the internet. It should be connected securely, so no one has an access to your devices without your approval.

    At Husarion we address your robot’s security in a few different areas:

    a) Connection between CORE2 and cloud platform - every single message is encrypted and full SSL protocol is implemented, both for CORE2 and CORE2-ROS.

    b) Your cloud account and code execution - JavaScript code that powers the user interface is executed in a separate sandbox for each robot. When you compile code in the Web IDE, the compilation also takes place in a sandbox. Working in sandboxes guarantees that users cannot affect the operation of the server or other user accounts.

    c) Robot sharing settings - security needn’t mean that only you can use your robots. Thanks to sharing settings you can share your robots with your friends for a fixed amount of time (a few minutes, a few hours, a few days, … or forever) and with specified access rights (read-only, full control etc.). After you select the access rights, you can decide how you will share your robot.

    There are two ways:
    • Through a “magic link” - anyone who has the link can access the robot - even without an account at
    • Sharing only to users. With this option, your friends see your robot at their robot list, and even can change it’s firmware if you give them liberal access rights.

    d) Web console to CORE2-ROS: you can access Linux console of your CORE2-ROS from your user account. It doesn’t matter which network your robot is connected to. The connection is done using the project that provides a secure and effortless VPN setup between your computer and your CORE2-ROS.

    e) Run air-gapped robots: the most security sensitive robots can be operated without any access to the internet at all, thanks to our offline SDK.

    You don’t need to be an internet technologies expert to be able to manage your CORE2 based robots online without worrying about an unauthorized access to your devices. You can focus just on your robotics application instead.

  • Do I need Husarion Cloud to use CORE2?

    Husarion07/28/2017 at 16:02 0 comments

    One question we frequently hear is “do I need Husarion Cloud to use CORE2?”. The answer is simple: “no, don’t worry, we’ll provide offline development tools as well.”

    To this end, we created a “Husarion extension” for Visual Studio Code that prepares the development environment for you, installs the toolchain, and downloads the SDK. This lets you develop code for your robot completely offline.

    Installing and using “Husarion extension” is straightforward:

    1. download the Visual Studio Code
    2. install the Husarion extension
    3. write code and flash CORE2 using USB cable

    If you’re a user of Emacs, Vim, Eclipse, or any other code editor or IDE, you can download our SDK and configure your favorite development environment as well.

  • Printable 3D models of CORE2 enclosures now available on GitHub

    Husarion07/10/2017 at 13:36 0 comments

    If you have a 3D printer or other possibility to fabricate a plastic casing - we have a good news for you! We’ve designed simple enclosures for our different board configurations:

    • CORE2 only
    • CORE2-ROS (the top cover is the same, but the bottom cover is extended to cater for the BC size)
    • CORE2 with CORE2brick shield (the bottom cover is the same as for CORE2, but the top cover is extended to cater for the shield size)
    • CORE2-ROS with CORE2brick (top & bottom covers are extended)

    Enclosures are open source and available on our GitHub:

  • ROS tutorial for Husarion CORE2 is ready!

    Husarion07/02/2017 at 20:30 0 comments

    The first 6 lessons of ROS tutorial for Husarion CORE2 are available here .

    Instructions are created for ROSbot, but you can learn a lot if you have only CORE2-ROS.

    Covered topics are:

    1. ROS introduction
    2. creating nodes
    3. simple kinematics for mobile robot
    4. visual object recognition
    5. running ROS on multiple machines
    6. SLAM navigation
    7. Path planning
    8. Unknown environment exploration

    Check it out!

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