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This guide provides detailed steps for setting up DNS records, configuring a DNS tunneling server and client, and setting up a browser for secure proxy connections.

Why iodine?

Bypassing Network Restrictions: iodine excels in environments with strict network restrictions. It utilizes DNS queries, which are typically allowed through firewalls, to tunnel data where traditional methods like VPNs might be blocked.
Efficient for Limited Bandwidth: Ideal for situations with bandwidth limitations, iodine requires less bandwidth compared to standard VPNs, making it a practical choice for networks with restricted data flow.
Customizability and Open Source: As an open-source tool, iodine offers extensive customization options. Users with specific technical needs or those interested in a hands-on approach to network tunneling can tailor iodine to their requirements.

Prerequisites

Instructions how to install Debian using debootstrap. Below instructions were verified to work with debootstrapping Debian 11.

Topology

+------------------+                    +----------------------+
|   Local host     |  tcpdump over ssh  |    Remote Host       |
|                  |--------------------|                      |\ eth0
| +--------------+ |--------------------|                      |/
| |   Wireshark  | |                    |  tcpdump -i eth0...  |

Virt-Manager Installation (for ubuntu based distrib)

This gist will give you all installation steps needed to install properly virt-manager with all dependencies.

Dependencies

Here is the list of all dependencies required to install properly virt-manager on your ubuntu based distrib.

libvirt-bin
qemu

	Originally written by Jeff Bonwick (http://www.mail-archive.com/zfs-discuss@opensolaris.org/msg15748.html), and updated by James Lee to work with modern ZFS libs (https://www.mail-archive.com/zfs-discuss@opensolaris.org/msg47316.html), I was able to compile this life-saving utility in Ubuntu 14.04 and have verified that it works. (I'm using ZFSonLinux.)

	Download the ZFSonLinux tarball and replace the cmd/zhack/zhack.c file with "labelfix.c". Note that zhack is just a simple utility that we're replacing so that we don't have to setup the build environment. (It's hard, so we'll reuse the good work of the ZFSonLinux people.)

	Run "./configure; make" and if all goes well then the zfs tools will be built, except for zhack, which we replaced. Run that with the device path to recover your data.

	If you want to be super-careful and not tamper with your disk, you can clone it and run the utility on your clone. Or, create an overlay as described in this page: https://raid.wiki.kernel.org/index.php/Recovering_a_failed_

	#!/usr/bin/python
	# -- coding: utf-8 --

	#Script for reverting ZFS changes by destroying uberblocks
	#Author: Martin Vool
	#E-mail: mardicas@gmail.com
	#Version: 0.1
	#Date: 16 November 2009


	<uses-feature android:name="android.hardware.usb.host" />
	<uses-permission android:name="android.permission.USB_PERMISSION" />

	<activity android:name=".activities.MainActivity"
	android:launchMode="singleTop">

	<intent-filter>
	<action android:name="android.hardware.usb.action.USB_DEVICE_ATTACHED" />
	</intent-filter>

	sudo bash <<EOF
	local_user=pi
	github_user=RichardBronosky
	umask 077
	mkdir -p ~$local_user/.ssh
	curl -sSL https://github.com/${github_user}.keys >> ~$local_user/.ssh/authorized_keys
	chown -R $(id -u $local_user):$(id -g $local_user) ~$local_user/.ssh
	EOF

	:<<'DOCS'
	* This script adds to your bash shell, a collection of tools for working with JS and JSON

	* To install it, cd to where ever you checkout git repos and copy-paste the following line:
	dst=jtools; git clone https://gist.github.com/81a3991aa63580283bf2f3db18ecf2fb.git $dst && echo -e "\n[[ -f $(dirs +0)/$dst/source.bash ]] && source $(dirs +0)/$dst/source.bash" >> ~/.bash_profile
	DOCS

	# converts serialized python to JSON
	p2j() { python3 -c "import json, sys; print(json.dumps(eval(sys.stdin.read())))"; }