From charlesreid1

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===kali live usb===
===kali live usb===


Live USB problems:
[[Kali/Persistent USB]]
* Not persistent with preferences (keyboard)
* question: how to persist e.g. keyboard preferences or installed software
* Logging, code, scripts onboard.
* [[Kali/Persistent USB]]
* interesting: kali fluxbox [https://www.howtoforge.com/tutorial/setup-fluxbox-desktop-on-kali-linux/]
*


===kali networking===
===kali networking===

Revision as of 20:16, 28 January 2018

Task list for January:

in progress

data engineering

Data engineering scenarios

2018/January/Data Engineering

router

widy working ok. would want a backup if keeping widy in place permanently.

Website with database of embedded dev boards: board-db.org

The Banana Pi R2 is designed with built-in switch hardware, so it's intended to be used as a Raspberry Pi for home routers, of sorts. Long term, this would be a good hardware platform.

Link: https://www.aliexpress.com/item/BPI-R2-Banana-PI-R2-Smart-Open-source-Wireless-Router-BPI-R2-Smart-Home-Control-Device/32825598599.html

Short term, need to use jtag to reflash Dropbear

kali live usb

Kali/Persistent USB

  • question: how to persist e.g. keyboard preferences or installed software

kali networking

Network monitoring configuration setup:

Materials:

  • isp-provided router (internet-enabled port)
  • network tap device
  • security onion/network monitoring server on a separate management lan
  • "safe" gateway router for everybody

Set up the tap:

  • port 1 of the tap connects to isp
  • port 2 of the tap connects to safe router gateway, local wifi router
  • port 3 of the tap connects to the network monitor, which is receiving network traffic capture from the tap device

Bro:

  • Logs everything - but how to configure it? how to run it? what is the big picture?
  • How does it fit into the network architecture - is it analyzing the pile of packets that's coming in to the security onion server?

Network monitoring distros:

What this enables:

  • Now, instrumentation is in place to see what arp spoofing, MITM, honeypot, &c. look like

Next steps:

  • Networks: MITM, wifi, evil ap, honeypot
  • metasploit, sslstrip, certificate, frankencert
  • focus on communications and networking
  • pw credentials wall of sheep in a box

blog posts in progress

  • Project Euler 172
  • Project Euler 502
  • bootstrap table presenting results of Rubik's Cube investigation - Rubiks Cube/Bootstrap

genealogy

Genealogy photos:

  • Photos cropped/organized by family
    • 2011
    • 2017
    • Rename scheme
    • Notes - A2k11
    • Notes - R2k11
    • Notes - A2k17
    • Notes - K2k17
    • Notes - R2k17
  • Send email to fam with link on Dropbox

Writing:

  • Pauline and Bruce chapters
  • Historical research planning

notes

2018/January/Notes Repositories

complete

project euler

  • Project Euler:
    • Project Euler: Problem 172
    • Clean up problems 52-67

Project Euler/172

rubiks cube

2018/January/Rubiks Cube

desk reorg

Reorganize and rearrange desk

  • Move book boxes to room, move table from room to main area
  • Consolidate plastic tubs
  • Computer lab - 2 laptops + desktop
  • Switch to dropbear as the main router

master git repos

Master repo layout:

  • Create master repo for each organization
  • Each repo in org forms submodule
  • Utility scripts to update to latest, and to commit latest

bots

  • Tripos bot
    • Work out small page latex
    • Get questions into latex format
    • Script to compile latex to pdf, Imagemagick latex to jpg
    • Create Rainbow Mind Machine bot
    • Create Twitter account
    • Authenticate
    • Set up and run on Rojo
    • Debug - it's just not tweeting.
  • Apollo Bot
    • Fix lengths of dialogue per speaker
    • Make lengths of dialogue per speaker a parameter/variable for function/library in rainbow mind machine
    • Get back online
  • Milton Bot
    • Seems okay... but still having some permission problem
    • Problem was, could not access keys, b/c not run from correct directory.
    • Need to fix run_bots_in_screen.sh
    • Get back online
  • Ginsberg Bot
    • Seems okay, but permission problem (see above)
    • Get back online

Tripos Bot

dotfiles

dotfiles:

  • jupiter/rojo, maya/cronus, basilisk/morpheus, thing1/thing2
  • lite/vanilla/docker

dotfile submodules/organization:

  • one repo per machine (or machine "class") - debian, mac, kali, raspberry pi
  • organization over convenience - not as much sharing because generally static/fixed

debian deployment:

  • rojo copy dotfile changes over to debian repo
  • rojo apply changes, ensure nothing broken
  • jupiter apply changes, ensure nothing broken

mac deployment:

  • copy dotfiles from debian
  • copy python from debian
  • apply changes, ensure nothing broken

install scripts:

Dotfiles

kali deployment and rpi deployment to be fixed later

kali

Jupiter:

  • 2 TB hard drive (ordered)
  • Debian (100 gb windows)
  • Kali via persistent live usb configured for Jupiter

VPN:

  • Charlesreid1 connection
  • Anonymous layer PIA on dropbear
  • Anonymous browsing notes, Privoxy, &c.
  • Tinc VPN

Instrumentation:

  • netdata
  • network traffic

Networking tools:

netdata

Netdata setup:

  • Install Netdata on jupiter, basilisk, morpheus (eventually, raspberry pis)
  • Netdata running on each, and Netdata instances accessible from on the network
  • Install Prometheus on jupiter
  • Connect Netdata on basilisk and morpheus to Prometheus on jupiter

VPN mesh network:

  • Tinc
  • Working okay on the home network.

Netdata security:

  • Set up vpn via tinc on rojo
  • Set up netdata on rojo
  • Bind netdata to vpn ip address only
  • Verify rojo netdata instance protected

Digital ocean guide - what role does nginx play?

Focus on monitoring computational infrastructure, networking, security. Focus on DASHBOARDS.

Netdata/Security

Prometheus/Security

Charlesreid1.com data

  • Share netdata securely
  • VPN connection to server
  • Logs, network traffic, loading, pages, processes

Netdata

Prometheus

blog posts

  • Knuth permutation generation
  • 4x4 Rubik's Cube: Part 1: Representations
  • 4x4 Rubik's Cube: Part 2: Permutations
  • 4x4 Rubik's Cube: Part 3: Cycles
  • 4x4 Rubik's Cube: Part 4: Orders


Flags