There has been a lot of media coverage of the threats of Saudi Arabia and the UAE to shut down BlackBerry connectivity in their countries unless RIM (the maker of BlackBerry) introduces a back door so they can monitor communications.

I have been following this story closely, but wanted to wait until I had all the facts before blogging about it. At this point I don’t think I am going to get the whole story. The statements I am seeing are absolutely contradictory and the whole thing is getting really fishy.

UAE/SA say that they need to be able to access BlackBerry communications, but they can’t.

RIM says that their technology makes interception impossible because the communications are encrypted end to end between the BES server (located at the users place of business) and the handset. RIM claims not to have access to the decryption keys.

Third parties claim that RIM has arrangements with other countries (including the US and Russia) which allows such access.

RIM responds that this is false and that they don’t have this ability.

It looks like RIM and UAE/SA will come to an agreement while both continue to claim that they have not compromised their positions.

The moral of this story is that you should not trust security you can not fully analyze yourself. Anonymizer Universal uses strongly encrypted L2TP VPN technology to secure your information so even if your telecommunications provider is cooperating with surveillance they still can’t read the contents of your messages.

Unfortunately Anonymizer Universal does not support BlackBerry yet, but iPhone, Windows, and Mac users are protected.

Cnet (among others) reports on Google’s interception of personal information from open WiFi nodes, including passwords and e-mail.

Clearly it was poor practice for Google to be capturing and recording such information as they drove around, but the real news should be that the information was there to be captured. The intent of the monitoring of WiFi seems to be collecting the locations of WiFi base stations to improve enhanced GPS location services. This works by having your device upload a list of all the WiFi base stations it can see (along with signal strength) which the service then looks up in a database to determine your location. This requires the service to have a database of the physical location of an enormous number of WiFi base stations.

To do this, all Google would have needed to capture was the hardware address of each device. Instead they captured some of the actual data being sent back and forth as well.

It turns out that this is incredibly easy. With many of the WiFi chipsets built in to personal computers, laptops and USB adapters, one can easily download free software that will start intercepting open WiFi traffic with a single click.

The shocking news should not be that Google accidentally got this information but that anyone with bad intent could do it to you. Anonymizer will soon be releasing a video we did a few weeks back showing how someone could take control of your Facebook account using an open WiFi and almost no technical expertise at all.

If the connection between you and a website, email server, or other service is un-encrypted, then anyone near you can intercept it if you are using an open WiFi.

To be clear, open WiFi means that the underlying connection is un-encrypted. Many public WiFi sites have a login page. This is to manage usage, and provides no security to you at all.

If you get a connection before you type in a password, especially if you see a web page before you type a password, then you should assume you are on an insecure connection and therefor vulnerable.

A long time customer recently sent in the following question. Since it should be of broad interest, I asked his permission to anonymous post and answer it here.

How do you know that subscribing to an anonymizer does not simply mark you for observation?

We all know the NSA is capable of intercepting any electronic communication, and with gajillions of electronic communications happening every second, how would the NSA (or the FBI or the CIA or whoever it is who watches us) know which of those communications to watch?

Seems like the people wanting anonymity would be the first on the list.

Surely they COULD, couldn’t they? That is, get the subscriber lists, which would enable them to intercept communications this side of the proxy – i.e., intercept on the way out, on the way TO the proxy, BEFORE it gets securely tunneled? And no, that would not be possible with the web, but it would with email. Supposedly.

This is what has been proposed to me. What do you think? Does it have any validity?

It is certainly the case that the government could, in principle, monitor your access to privacy services. As long as that access is over a strongly encrypted connection, the contents of your communication, what sites you are visiting or who you are communicating with would be protected. The strength of your anonymity is then largely determined by the number of other users of the same service with which your traffic is being mixed.

In the United States, the use of privacy tools is not restricted. Strict separation of intelligence from law enforcement functions should prevent drift net monitoring of your use of Anonymizer from leading to any kind of legal investigation. The huge number of Anonymizer subscribers would also make this difficult and highly visible.

Outside of the US it is another story. Many countries exercise much greater control over the Internet. Even if it were not blocked by the Iranian government, accessing the Anonymizer website from within Iran would be a risky activity. Once again, the key here is safety in numbers. We have run anti-censorship tools in Iran that supported over 100,000 users. With those numbers, it is awkward for the government to go after people simply for using the service. This is not to say that if you are already under observation for some other reason that it would not give them added ammunition. Privacy tools are generally very effective at keeping you below the radar, but can be much less effective once you are on the radar for whatever reason.

The reality is that there is no evidence of widespread Internet surveillance being used in the US to track users of privacy services. As long as the connection to the service is well encrypted, you should be fine.

There have been a lot of articles lately talking about the fact that the person who hacked in to Sarah Palin’s Yahoo! account used “an anonymizer”. The articles also say that the privacy provided was compromised.

The unfortunate misuse of Anonymizer’s registered trademark has created some confusion. The person who hacked the account used a privacy service, but not one connected in any way to Anonymizer Inc.

FindLaw’s Writ – Colb: Does the Fifth Amendment Protect the Refusal to Reveal Computer Passwords? In a Dubious Ruling, A Vermont Magistrate Judge Says YesThis case raises some interesting questions about using cryptography. Not the usual ones about technical attacks, but about how strong crpyto behaves in court. In general, if someone finds an encrypted volume on your computer, is that prima fascia evidence of illegal materials and thus probable cause? Suppose it was called “my plans to kill the president”? In this particular case the defendant actually showed law enforcement people the contents of the encrypted directory, and the files located therein clearly indicated illegal content. That would seem to be his big mistake. The prosecutors are not guessing about the files in there, they know what is there already, and just want access.At the end of the day, the defendant can always decide if the punishment for contempt for not revealing the password is worse than the punishment for what will be found inside. If the contents are really bad, he is best off resisting. I can’t see anyone doing 20 years in jail to compel production of the password.Of course, in that amount of time, computers may be fast enough that brute forcing the password may be trivial. This is a real concern if the statute of limitations for your crime is very long or there is no limitation.