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   <H1>[pycrypto] Encryption library</H1>
    <B>Legrandin</B> 
    <A HREF="mailto:pycrypto%40lists.dlitz.net?Subject=%5Bpycrypto%5D%20Encryption%20library&In-Reply-To=fdc31b650905041158k157e72b4p1500d5f99ff51c76%40mail.gmail.com"
       TITLE="[pycrypto] Encryption library">gooksankoo at hoiptorrow.mailexpire.com
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    <I>Mon May  4 15:14:33 CST 2009</I>
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<PRE>&gt;<i>    I'd welcome suggestions on libraries/algorighms I should be using for
</I>&gt;<i>    asymmetric encryption to be able to say &quot;We made this box as secure as we
</I>&gt;<i>    can and now we don't know how to access the sensitive plaintext that it is
</I>&gt;<i>    securing and using to secure requests.&quot;
</I>
For that you need a smartcard or an HSM (Hardware Security Module)
in general, unless you want to put your computer in a safe, lock it, and
randomize the combination. The actual algorithm or library you use are
a secondary problem.

See also <A HREF="http://en.wikipedia.org/wiki/PKCS11.">http://en.wikipedia.org/wiki/PKCS11.</A>

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