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Verizon MiFi Owned By Simple Attack
Trailrunner7 writes "Security researcher Joshua Wright has developed a simple attack that allows him to recover the passwords for any Verizon MiFi device. The MiFi is essentially a tiny, portable wireless AP, and Wright's attack uses a simple and effective technique to get default passwords by using the device's SSID and some existing password attacks on the encryption protocols the MiFi employs. Result: complete 0wnage of any MiFi."
Is the choice of a predictable default password and a vulnerable encryption protocol specific to Verizon's branded version of this device or does it also affect the identical Sprint version and/or any GSM variants that may exist? As much as I dislike Verizon, I don't want to see the wrong name stuck on this if the problem is Novatel's, not Verizon's.
I used to get high on life, but I developed a tolerance. Now I need something stronger.
http://mobile.slashdot.org/article.pl?sid=10/02/02/1632203
General Relativity: Space-time tells matter where to go; Matter tells space-time what shape to be.
To clarify, this exploit is only for the configuration as shipped from the factory. Just like most consumer routers, you can reconfigure the SSID and WPA-PSK values via a web interface.
This article is pointless - it points out how to overcome the encryption on a MIFI that has the default settings in place.
If you deploy any networking device with default settings in place, you deserve to be compromised.
Take 30 minutes to reconfigure the device using default settings and this is a non-issue.
From The Fine Article:
I suggest using linksys or netgear. :D
Nothing like watching script kiddies THINK they know what the router is, and bashing their heads trying to figure out why they can't get into what MUST be an unconfigured network.
Only catch is if you're in an environment with lots of them pre-configured in which case 'FreeWiFi' is also good (with a nice strong random password of course :P ).
This space for rent. All reasonable inquiries will be entertained at proprietors discretion.
The Password is the ESN of the CDMA chip.
I got a verizon FiOS service. The router they gave me runs a web server and throws a username/password dialog to the WAN side. That part can not be disabled by the user. They claim it is used to push firmware upgrades and other service settings changes. But instead of making the device make outbound calls to specific servers, they are relying on a simple username/password dialog. Hope they are using some randomly generated password stored in tables in a secure location. Thus even if a password is compromised, the damage is limited to that router. If it is a formula based password generator, there is potential for widespread pwning of verizon routers.
sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
Really? Headlines with "owned" and summaries with "ownage"?
Did we go from "News for Nerds" to "News for Teenage Online Gamers" recently, or would that require taking it one step further and using the "Pwn" form of the word. Maybe we should sprinkle in a "MiFi Fail!" in there somewhere too.
a simple attack that allows him to recover the passwords for any Verizon MiFi device.
The attack is based on searching through a limited set of default passwords.
Changing the password to something other than the default prevents this attack. I don't have a Verizon MiFi device, but I have one from Sprint. By default, it was an open access point. I quickly changed it to something else before I left the store, and changed it again later at a distant location over the (somewhat) secure connection.
It was literally the first one sold from the store where I bought it. Sprint may have since changed to something like Verizon has done, with a (non-) random password. But, I would have changed it anyway.
My Verizon router (for FIOS) had a similar setup, although I don't think it's a predictable SSID and password. However, it was WEP-64. Needless to say, it was the first thing I changed.
An aside: I made the initial connection and changed the password in the Sprint store with my iPhone. The staff was really amused by that, and asked how fast the connection was. I used the iPhone speedtest to tell them -- about the same as the PCMCIA Sprint AirCard I had before this.
The funny part of this story is that Verizon routers take so much effort to hack based on their default configuration. I read it as a good move on Verizon's part.
It's just hard enough that someone thinks that "hacking" it is some form of accomplishment. That's pretty impressive given that this is a default configuration, which by definition has to use some form of predictable algorithm for their password. At least they are shipping them with OK encryption enabled by default and a password that takes 4 minutes to crack.
Now, if someone managed to hack into one of these gizmos and get free Internet after a user changed the password to a properly secure one, that would be news.
I was at my father's house once, setting up a new wireless router. This was a few years ago. The directions said to plug it into the Internet, power it up, connect to it, and set up wireless security (optional). The problem is, the wireless side comes on at first power-up, and it's an open access point. So I connected all the cables, plugged it in, went to go get a cup of coffee, and by the time I returned 15 minutes later the wireless light was blinking solid and someone had already changed the configuration password. I had to do a factory reset and beat the guy to the configuration screen when it powered up again. There was no way to tell the router to power up without wireless enabled, and the antenna was not removable. I was seriously considering wrapping the !@#$ thing in tin foil to give me enough time to get the admin password changed, but on the third try I beat the little bastard to it or he gave up.
I can imagine that 90% of Internet users at the time would simply have powered up their router, seen the access point name, connected to it, and gone on blissfully unaware that a script kiddie next door had set up port forwarding and was running a Torrent client or webserver off their connection.
I think the fact that it takes 4 minutes to hack into a default-configured router is a pretty good indication of how far we've come. Maybe not far enough, but still pretty far.
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