I agree that there is no excuse not to use bcrypt.

You can do basically attempt all 8 character passwords in a few minutes per user on modern hardware (the salt adds 0 computation complexity, but as you say, it forces you to actually have to do the calculation instead of doing a lookup).

Also, the whole point is that key derivation is slow. Of course the "secret from which keys are derived" is available (it is necessarily so; it's stored, along with the cost factor, as part of bcrypt's output, for example). But the fact that you have to through 2^N iterations, where N is usually >= 10, throws a meaningful speedbump in front of high-speed cracking. Now instead of brute forcing any given 7-character alphanumeric case-sensitive passwords in ~half an hour, it'll take you > 20 days on average.

This is completely orthogonal to the fact that salted hashed passwords have never been an appropriate means to store a password. http://codahale.com/how-to-safely-store-a-password/

The key derivation functions can be literally several orders of magnitude harder to brute force. And their difficulty can be chosen with simple parameters, with sane defaults. There is really no comparison between a singly salted hashed password and bcrypt/scrypt.

Check out table 1 in this paper to get a sense: https://www.tarsnap.com/scrypt/scrypt.pdf

Assuming the cracker has access to the salt and a GPU, the only thing keeping users safe now is the entropy inherent in the passwords they chose.

It doesn't have to be like that. Instead of plugging in Good Salted Hashed Password Library, you can plug in Bcrypt Library or Scrypt Library *and protect even the users who chose bad passwords*.

The size of the salt is relevant only insofar as you want to be sure that each user has their own unique salt. The salt is stored in plaintext (or, I suppose, it could be encrypted, but then the decryption key must then be stored in an accessible place). The point is that the crackers must be assumed to have recovered the salts.

So now those salts protect you against pre-computed hashes. The cracker has to attempt each password individually. But most people use one of the few thousand most common passwords. And inexpensive modern hardware lets you attempt billions of SHA hashes per second. So... Salted and hashed does very little for you at this point.

Instead of salting and hashing, use a key derivation function (e.g., bcrypt, scrypt).

And yet, with no extra effort on Living Social's part -- simply by choosing a bcrypt library instead of a custom hash/salt scheme -- even a user with a weak password would be protected.

So, sure, I might agree with you, but that doesn't absolve Living Social.

Why is it "fortunate" that the passwords were hashed and salted? Unless they've used key derivation functions (e.g., bcrypt, scrypt) and are actually under-selling their sophistication, this seems Very Bad for their customers.

... RNA misspellings originally discovered in the white blood cells were also in the skin cells. And the misspellings aren’t just rare, random mistakes. “When DNA and RNA differ from each other it happens in nearly every RNA” copy, Li says.

This supports what canajin56 was saying.

There is an explicit exception to programs that call libraries in that fashion. See http://en.wikipedia.org/wiki/GPL_linking_exception and http://www.gnu.org/licenses/gcc-exception-faq.html

Well, yeah, my tax dollars subsidized their infrastructure, so I would like to regulate their pricing.

Even if Google never pays another fine for Orkut-related activities, is Orkut in Brazil profitable per se?

Yes, that's the right thing to do. As I said the first time, "Ambulances in the US will take you to the nearest hospital with appropriate facilities for your condition." Since the hospital that was a bit further was a facility more appropriate for your grandmother's condition, it was right to take her there.

Getting warmer. Tortious.

Unless they actually meant torturous - but most blogs aren't THAT bad.

Just replying so that people know not to take your post literally. Ambulances in the US will take you to the nearest hospital with appropriate facilities for your condition.