Hardware Hacking Village

Date Saturday 22 October
Time 10:00 AM
Location Hardware Hacking Village (Lanai Bar)
Host Prof Morgan, Tim Noise

Introduction

What to learn a bit about hardware hacking but don't know where to start?

Welcome to the Ruxcon Hardware Hacking Village! A space for enthusiasts and newcomers to come together and level-up skills in electronics and hardware hacking.

Short workshops on topics related to hardware hacking and radio will be delivered by our experienced hosts running the Ruxcon HHV. Breakout sessions on a variety of topics will provide attendees with an opportunity to meet like-minded people. 

We recommend that you bring along your own projects and hardware to work on. Remember you will get the most out of the HHV by talking to people working on projects and sharing ideas.

We want the HHV to morph into a community driven space organised and run by the Ruxcon delegates. Please get involved!

The Hardware Hacking Village is open from 9AM to 3PM on Saturday and Sunday.

If you would like to participate in one of the tutorials please make sure you bring along your own personal equipment as outlined in the required equipment column of the schedule.

Schedule

Saturday

TimeActivityInstructorRequired Equipment
10:00AM - 10:15AM Introduction to Soldering/Desoldering Prof Morgan  
11:00AM - 11:30AM Introduction to SDR  Scott Bragg (@faulteh)  Laptop and RTLSDR
12:00PM - 1:00PM Reversing RF Signals nullwolf (@TresActon) Laptop with Kali and Inspectrum installed
2:00PM - 2:15PM Introduction to NodeMCU on the ESP8266 Prof Morgan ESP8266 Dev Board

 

Sunday

TimeActivityInstructorRequired Equipment
10:00AM - 10:15AM Introduction to Soldering/Desoldering Prof Morgan  
11:00AM - 11:15AM Introduction to SDR Scott Bragg (@faulteh) Laptop and RTLSDR
12:00PM - 1:00PM Texting using GNURadio Companion pamela (@0xsh_) Laptop with GNURadio Companion installed
2:00PM - 2:15PM Arduino From Art-To-Part Prof Morgan  

The Hardware Hacking Village will be limited in size. We will be operating on a strictly first come first serve basis.

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