August 2016: Difference between revisions
From charlesreid1
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==Electronics/Microcontrollers== | ==Electronics/Microcontrollers== | ||
===Raspberry Pi | ===Raspberry Pi Thing Platform=== | ||
Building an Internet of Things Thing platform out of Raspberry Pis, robust weatherproof cases, and various sensors. The components and sensors are listed below with more details. | |||
====Weatherproof Case==== | |||
Notes here: [[RaspberryPi/Weatherproof Case]] | |||
Basically, what we're looking for is a consistent modifiable weatherproof outdoor case that can be modified with a drill to add a camera port. Trying to work through what hardware is required, size the screws, etc. | |||
=== | ====Cameras==== | ||
Currently working through a third timelapse photo capture: [[RaspberryPi/Timelapse3]] | |||
* | |||
* | Integrating the weatherproof case is a part of this timelapse, so that's where things currently stand. | ||
* Portable spectrum analyzer, | |||
* SSTV captured images | ====Network==== | ||
Networking hub? Encrypted network with 2 Raspberry Pis and [[Widy]]? | |||
The network on-board the wifi analyzer container will have multiple modes. Hardware switch (or software switch, on phone, or via browser) to control these. | |||
Modes: | |||
* Listen mode - recording data and traffic for later offline analysis | |||
* Analyze mode - recording data and traffic and doing analysis on the fly | |||
* Attack mode - aggressively scanning open networks, running deauth attacks, etc. | |||
* Jamming mode - jam particular signals | |||
* Wall of sheep mode/Honeypot mode - traps | |||
====Radio==== | |||
Radio analyzers | |||
* Portable spectrum analyzer, analyzing and capturing spectral data with antennas | |||
* SSTV of captured images | |||
* Platform for a "capture the flag" sheep/fox | |||
Tie-ins: | Tie-ins: | ||
Revision as of 19:36, 15 August 2016
Priorities
Ranking of priorities:
- Teaching preparation
- Ham radio
- Personal projects
Teaching
July preparation and notes: July 2016/Teaching Preparation
Procedure:
- Course syllabus draft
- Course outline draft
- Brainstorm about how to incorporate concepts into hw/exams/other
August course preparation:
- Programming - August 2016/CSE 142
UGR project:
- July notes: July 2016/UGR Project
- Make concrete project plan and writeup
- Create your story, your objective, your scenario
- Nice link: Raspberry Pi IoT temperature sensor: http://www.raspberrypi-spy.co.uk/2015/06/basic-temperature-logging-to-the-internet-with-raspberry-pi/
Ham Radio
General Upgrade
Big priority here is passing the general class license exam - see General page for notes
Passed my General 8/5/2016 at Defcon 24
Digital Modes
Main page: Radio/Digital Modes
Working through learning about digital modes. Right now, focusing on how to generate signals - independent of radios. SSTV and PSK.
Yaesu VX 6
Currently have a USB to line in cable, but this is basically useless without the Windows Yaesu software for interfacing with the VX-6. Fldigi and the hamlib library do not seem to have interfaces defined for the Yaesu VX-6.
Instead, I ordered a line in to two (2) audio-out jacks, so that this thing can be hooked up to a TNC modem (like the Raspberry Pi TNC that I have). Then you can have the VX-6 radio hooked up to the Raspberry Pi to transmit digital signals to a base station.
HackRF
Getting the HackRF working with Kali Linux: Kali/HackRF
Okay, so we're able to receive with the HackRF... Now what?
Projects
Electronics/Microcontrollers
Raspberry Pi Thing Platform
Building an Internet of Things Thing platform out of Raspberry Pis, robust weatherproof cases, and various sensors. The components and sensors are listed below with more details.
Weatherproof Case
Notes here: RaspberryPi/Weatherproof Case
Basically, what we're looking for is a consistent modifiable weatherproof outdoor case that can be modified with a drill to add a camera port. Trying to work through what hardware is required, size the screws, etc.
Cameras
Currently working through a third timelapse photo capture: RaspberryPi/Timelapse3
Integrating the weatherproof case is a part of this timelapse, so that's where things currently stand.
Network
Networking hub? Encrypted network with 2 Raspberry Pis and Widy?
The network on-board the wifi analyzer container will have multiple modes. Hardware switch (or software switch, on phone, or via browser) to control these.
Modes:
- Listen mode - recording data and traffic for later offline analysis
- Analyze mode - recording data and traffic and doing analysis on the fly
- Attack mode - aggressively scanning open networks, running deauth attacks, etc.
- Jamming mode - jam particular signals
- Wall of sheep mode/Honeypot mode - traps
Radio
Radio analyzers
- Portable spectrum analyzer, analyzing and capturing spectral data with antennas
- SSTV of captured images
- Platform for a "capture the flag" sheep/fox
Tie-ins:
- UGR projects: wifi data, sensor data, interfacing with circuitry
- Get some of this worked out ahead of time: operating system, images, SSH setup, wifi setup, etc.
Programming
Graphene (Nope)
Kicking around the idea of starting back up with Graphene.
Notes on getting Cantera set up: August 2016/Cantera
Once you've got Cantera installed, you need to make sure you can run some simulations for Graphene: August 2016/Cantera Test
More notes/brainstorming on Graphene development: August 2016/Graphene