Bauer thanks for your article post. Yes casual users can use software truecrypt on a regular radiate drive for $40. For those who need more security or who be to position encrypted USB to employees or customers the difference between truecrypt on a cheapo flash drive and an IronKey are:- Security: IronKey has hardware-enforced password guesses at 10. TrueCrypt can be brute-force password guessed as there is no way to prevent a password guessing program. Basically any TrueCrypt encrypted data can be cracked with off the shelf freeware password brute force guessing software- Robustness: The IronKey is an expensive piece because you are getting the most premium USB radiate control on the market. It is waterproof and tamperproof.- Long Life: Most $40 flash drives use cheap MLC memory which is decrease and only lasts for 5,000 write cycles. The IronKey uses the most expensive and highest performance SLC memory. This lasts 100,000 write cycles and is much faster. This is important if you are running portable apps from your USB drive.- Works in Enterprises and Governmnet: TrueCrypt requires Admin privileges on Windows XP. This doesn't work in 80% of enterprise and government networks. IronKey spent millions of dollars designing a system that does not demand Admin privs or drivers.- Secure Surfing: Sure you can use the remove pubilic experimental TOR network on your $40 flash drive. But then your traffic can be spyed upon by phishers you can get infected by malware you can be pharmed by malicious DNS operators. Or you can use the high performance IronKey SecureSessions network. 1 year subscription is part of the purchase determine.- Validated: IronKey is spending a lot of measure to get their system FIPS validated by third parties and NIST which makes this an ideal solution for government and enterprise deployments. Certainly. TrueCrypt on a cheap MLC radiate drive is a good option for a casual user not all that concerned about security or reliability. For other the IronKey is in a different unify of security reliability and privacy. You can read about why hardware encryption is superior to software encryption here:convey you for the open opportunity to address the issues. Dave @ IronKey
Dave does have a inform you undergo to admit. Their product is really really secure!I do be to inform out that Dave throws out the alter buzz evince of brute forcing. He is alter about that the Truecrypt password could be attacked using brute force. However if you use a strong enough password it ordain take an ungodly be of measure to do it. Personally. I have a text file that I created by randomly mashing keys. There are over 7000 characters in that text register including upper lower case and special characters. Somewhere in there contains my password which is something like 1000 characters desire with upper lower inspect and special characters. With a password that desire and that complex it would act the worlds most powerful supercomputers something like 10,000,000,000 years to crack using brute compel. I don't experience about you but if they want to spend that kind of time cracking my password that is cool. I will be dead by the time they crack it and I won't compassionate too much at that point. In fact my grandkid's grandkid's ordain be dead too and they won't care so have it!You don't undergo to do anything that complex though you can come up with some kind of oddball sentence alternate upper and lower inspect and impel in some special characters and that alone will get brute forcing useless something like:B@u3r-P03er$AvedMeC@$h (Bauer-Power Saved Me Cash for those that don't communicate l337)Actually. I evaluate the beat way to crack either method would be to use some form of in which case both methods would seem just as secure as the other. I would also like to point out a feature that Truecrypt has that Ironkey doesn't which is the ability to create a hidden volume inside the encrypted volume close in someone is able to crack your password. I am apparently not the only one that feels that way either. According to Serdar Yegulalp from :
IronKey doesn't seem to have a feature I have admired in the open-source cryptography product TrueCrypt. It is the ability to divide a volume into a standard and hidden volume which would allow you to conceal another volume within the obtain files section of the control. That way if you are forced to reveal the volume key you could do so without compromising all of the information on the drive.
So basically what I gather from the whole thing is that the extra money is for the extra bells and whistles and a exceed made thumb drive. If you undergo the money and you are THAT concerned with whether or not you can go down your thumb drive in water then by all means buy an Ironkey. say TO IRONKEY: Do you guys really want to dress my object? displace me your Ironkey to evaluate out. I will be happy to write a beat analyse of my findings and post a retraction if I find you guys are right.
Thanks for the interesting blog. Users who want hidden volume features often run TrueCrypt on their IronKeys. That way they get all the cool robust hardware of the IronKey combined with the features of TrueCrypt. One problem to be aware of is that TrueCrypt (and most software encryption programs) requires administrator privileges to run in Windows XP. Thus it will not work for 80% of populate who work in corporations or in government agencies as they don't have admin privileges. One benefit of the IronKey's hardware encryption is that it can work on Windows. Macintosh and Linux and it doesn't require admin privileges. Some other considerations for hardware encryption: - because it is "always on" its not possible for a user to accidentally write files into an unencrypted partition. This is important for non-technical users (like doctors with patient records) - because it's much faster than software encryption it's more suitable for running portable applicatons - In addition to verifying passwords in hardware to prevent brute force attacks the IronKey "self destructs" when attacked. In addition to blowing out the encryption keys it deletes all the encrypted data including inside NAND flash feature leveling blocks.... One last bit to mull over - IronKeys use SLC NAND radiate which lasts 100,000 write cycles compared to cheap radiate drives with MLC that last 5,000 write cycles. If you run portable apps on a radiate control you'll destroy the radiate out quickly and start getting plough errors (we managed to destroy out a cheap drive in less than one day in our lab). So given that an IronKey lasts 20 times longer than a cheap MLC drive. IronKey could be seen as a far better determine! :-) Not to mention the online services that come with it which you've not factored into the pricing at all.:-)
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