I disagree about the copying. You should protect your private key wherever you take it, but copying it is certainly a reasonable thing to do under some circumstances. With an appropriate passphrase, storing your private…
It depends on what you are doing. You can do public key operations without the private key (for example signature verification). You can do private key operations without the public key (for example signing). In…
And all of the recent Mac laptops have them. You need a special driver -- look here for a good writeup: http://osxbook.com/book/bonus/chapter10/tpm/
Not to be too pedantic here -- but what do you mean by "PRIVATE CRYPTOGRAPHIC CERTIFICATES"? Certificates are intended to be public. Private keys are intended to be private. They are not equivalent although they are…
Except that in most "real" two-factor systems, you can't duplicate the second factor easily. The problem here is if the private key is in main memory, malware can copy it to another computer that will be…
I disagree about the copying. You should protect your private key wherever you take it, but copying it is certainly a reasonable thing to do under some circumstances. With an appropriate passphrase, storing your private…
It depends on what you are doing. You can do public key operations without the private key (for example signature verification). You can do private key operations without the public key (for example signing). In…
And all of the recent Mac laptops have them. You need a special driver -- look here for a good writeup: http://osxbook.com/book/bonus/chapter10/tpm/
Not to be too pedantic here -- but what do you mean by "PRIVATE CRYPTOGRAPHIC CERTIFICATES"? Certificates are intended to be public. Private keys are intended to be private. They are not equivalent although they are…
Except that in most "real" two-factor systems, you can't duplicate the second factor easily. The problem here is if the private key is in main memory, malware can copy it to another computer that will be…