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Comment: Re:needs technical measures (Score 1) 99

There is no resisting rubber-hose decryption.

Yes there is. You use multiple key-pairs. You have main keypair (Foo) whose public key is well known and trusted (or signed by a CA of some kind). Then for each connection you generate a temporaray keypair (Bar). You then sign BarPublic with Foo and use Bar for the actual encryption.

Now if they ever rubber-hose you, all you would literally* be able give them is Foo. Foo was only used for signed Bar (which did the encryption/decryption) and Bar was only ever kept in memory and is long since gone.

Note: this only works for live-only encryption (sms, voip, etc) and wouldn't work very well for e-mail since there is no two-way communication involving your public key. But you can (and should) still use that system for your smtp/imap/pop3 connections (not end-to-end mind you).

* see folks, THAT is the proper use of the word "literally"

Comment: Re:Wonderful Support... (Score 3, Insightful) 589

by DarwinSurvivor (#40118751) Attached to: Ask Slashdot: Why Not Linux For Security?
1) That $10/hour kid will support *maybe* 20 machine. The $50/hour admin will administer 1000. Take your pick
2) 90% of banking software on the front-end (tellers, etc) is accessed via a web browser. 90% of the backend stuff is already java or linux powered.
3) When you buy 1000 machines for a large business, you get a few for testing ahead of time no matter WHAT operating system you plan to run.
4) When a large business buys computers, they don't come with windows licenses. They buy blank machines and get a site license.

If you live long enough, you'll see that every victory turns into a defeat. -- Simone de Beauvoir

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