Anonymous Browsing On Android Phones Using Tor
ruphus13 writes "Privacy is becoming a scarce commodity, especially with geo-aware phones. Now, Android phone users can browse anonymously using Tor — a capability, until now, limited to the desktop. From the post: 'We have successfully ported the native C Tor app to Android and built an Android application bundle that installs, runs and provides the glue needed to make it useful to end users. Secure, anonymous access to the web via Tor on Android is now a reality,' writes Guardian Project team member Nathan Freitas. The Tor 0.2.2.6-alpha release uses toolchain wrapper scripts to run Tor without requiring root access."
Secure, anonymous access to the web via Tor on Android is now a reality
People should really stop using the word secure with Tor. Anonymous, sure, but you actually forfeit some of your security and privacy when using Tor. Anyone can snoop your outgoing connections from Exit node, or if you're using https or other secure connection, change the certificates. On top of that there's a change the exit node changes your http pages in addition to stealing or just snooping for information. Implying "secure" in news likes this gives lots of false sense of security to users, like has been seen many times before.
Eavesdropping by exit nodes
In September 2007, Dan Egerstad, a Swedish security consultant, revealed that by operating and monitoring Tor exit nodes he had intercepted usernames and passwords for a large number of email accounts.[15] As Tor does not, and by design cannot, encrypt the traffic between an exit node and the target server, any exit node is in a position to capture any traffic passing through it which does not use end-to-end encryption, e.g. SSL. While this does not inherently violate the anonymity of the source, it affords added opportunities for data interception by self-selected third parties, greatly increasing the risk of exposure of sensitive data by users who are careless or who mistake Tor's anonymity for security.[16]
Another thing is that you are still usually leaking DNS queries to your ISP, which may even return false results if you're being censored in China or something and they still see what sites you're visiting.
The summary also quickly mentions geo-aware phones. If you happen to be using that bad exit node, now your geo-location updates will be transmitted via it too. And goverments should be able to set up a lot different exit nodes all around the world easily.
So no, it's not secure. It's maybe anonymous, if you use it correctly and don't login to your banking, slashdot account or whatever with it.
The company who figures out how to protect our privacy while using all the cool gadgets and online tools is going to make a boat load of money.
You must still assume that the Tor nodes you are using are not hacked NSA or Chinese intelligence agency nodes, with a nice 'log traffic to disk' function added. If you really care, you need something like Opportunistic Encryption.
I want to delete my account but Slashdot doesn't allow it.
I use TOR mostly for browsing .onion sites, inaccessible without it. Also, if you set up your connection/system properly, you *can* browse anonymously. The idea is that your ISP and external website (and exit node) can't identify who you are. This is a VERY good thing. I would, however, not log into any service that could identify me as "me" online through tor. Ever.
.onion services (forums etc) are more interesting than what's on the rest of the public internet anyways. It's amusing and interesting to see what people have to say on forums when they are really able to be anonymous (trolling aside).
As a personal opinion, many of the
The phone won't be acting as a node, though. Cell towers wouldn't carry any extra traffic than normal.
Tor is a wonderful piece of software, but browsing with it can be somewhat slow at times. Mobile internet is also a great invention, but can be frustratingly slow. Thank heavens that no-one is proposing using these two technologies in combination!
let me clarify: since a given tor node is not just handling its own demands, but is also relaying other nodes' traffic, (...)
That's where you're wrong. A Tor client isn't required to be a node, i.e., he is not required to relay traffic for others. It is basic etiquette to become a node if you use the client, but no one is forcing you. Why do you think Tor is so slow? Leechers!
So, if relaying traffic is turned of on the cell phone client (and it IS turned off by default on the desktop clients), the total bandwidth consumed is going to be the one of the direct connection plus the overheads of all the layers of encryption, which is not too much.