While Tor remains the tool of choice with pseudo-techie hacker wannabes , there is enough juice and smoke and mirrors on the market to confuse your average Joe.
For a secure browsing experience on Mobile – do NOT use either Apple or Windows OS
Use Android and this app called Orbot in particular
Installing Tor with a QR code
Orbot is easy to install by simply scanning the following QR code with your Android Barcode scanner.
Installing Tor from the Android Market
Orbot is available in the Android Market.
ENTER PEERNET
If you have a Dell PC, well just use PeerNet to configure and set up your own network around the neighbourhood. This is particularly applicable if you are in country that is both repressive and not so technologically advanced. Wont work in China or USA.
http://support.dell.com/support/edocs/network/p70008/EN/vista_7/peernet.htm
What is a peer network?
A peer network is a network in which one computer can connect directly to another computer. This capability is accomplished by enabling access point (AP) functionality on one of the computers. Other computers can then connect to this computer in the same way that they would connect to a physical AP. If Internet Connection Sharing is enabled on the computer that has the AP functionality, computers that connect to that computer have Internet connectivity as well.
A basic peer network, which requires no networking knowledge or experience to set up, should meet the needs of most home users and small businesses. By default, a basic peer network is configured with the strongest available security (see How do I set up a basic peer network?).
For users who are familiar with wireless networking technology, advanced configuration features are available to do the following:
• Change security settings (see How do I configure my peer network?)
• Choose which method (push button or PIN) computers with Wi-Fi Protected Setup™ capability can join your peer network (see How do I allow peer devices to join my peer network using Wi-Fi Protected Setup technology?)
• Change the DHCP Server IP address (see How do I configure my peer network?).
• Change the channel on which to operate your peer network (see How do I configure my peer network?)
If you are really really in a need for secure browsing (like you are maybe a big hot shot in the tech world), I suggest go over to VMWare
http://www.vmware.com/products/player/
create a seperate Linux (Ubuntu for ease) virtual disc, then download the Tor Browser Bundle from
https://www.torproject.org/projects/torbrowser.html.en for surfing and a Peernet (above) or a prepaid one time use disposable mobile pre-paid wireless card. It is also quite easy to delete your virtual disc in times of emergencies (but it is best to use encryption even when in Ubuntu https://help.ubuntu.com/community/EncryptedHome)
IRC chat is less secure than you think it is thanks to BOT Trawlers- so I am hoping someone in the open source community updates Waste Again for encrypted chats http://wasteagain.sourceforge.net/
What is “WASTE again”?
“WASTE again” enables you to create a decentralized and secure private mesh network using an unsecure network, such as the internet. Once the public encryption keys are exchanged, sending messages, creating groupchats and transferring files is easy and secure.
Creating a mesh
To create a mesh you need at least two computers with “WASTE again” installed. During installation, a unique pair of public and private keys for each computer is being generated. Before the first connection can be established, you need to exchange these public keys. These keys enable “WASTE again” to authenticate every connection to other “WASTE again” clients.
After exchanging the keys, you simply type in the computers IP address to connect to. If that computer is located behind a firewall or a NAT-router, you have to create a portmap first to enable incoming connections.
At least one computer in your mesh has to be able to accept incoming connections, making it a “public node”. If no direct connection between two firewalled computers can be made, “WASTE again” automatically routes your traffic through one or more of the available public nodes.
Every new node simply has to exchange keys with one of the connected nodes and then connect to it. All the other nodes will exchange their keys automatically over the mesh.
DECISION STATS 