I fully understand your arguments about the "magic crypto fairy dust", and
thankfully I won't be the sole person dealing with this if we decide to
actually implement it. One of the advantages of working for the DOD is
there are plenty of security people to go around :)
Right now I'm just trying
On Wednesday 14 February 2007 09:37:07 you wrote:
> I do need authentication, probably on both sides. Our problem is that the
> Server & Client are both started by the user, and only for 1-connection.
> There's a risk that once they start the server, tho, someone else could
> "usurp" their connect
I do need authentication, probably on both sides. Our problem is that the
Server & Client are both started by the user, and only for 1-connection.
There's a risk that once they start the server, tho, someone else could
"usurp" their connection as their is no validation or security. Also, all
inf
Randall Hand schrieb:
WEll, I understand the SSH way as I use it regularly, but I'm having a
hard time finding documentation and examples on the SSL way to do this.
Do you have any code examples, or know where I might find some? I
managed to figure out how to do DH matching, which gives me encr
WEll, I understand the SSH way as I use it regularly, but I'm having a hard
time finding documentation and examples on the SSL way to do this.
Do you have any code examples, or know where I might find some? I managed
to figure out how to do DH matching, which gives me encryption but no
authentic
Hello,
> But one thing I don't understand is why both the RSA Private Key &
> Certificate must exist on both ends of the connection. I'm used to
> using RSA & DSA keypairs in SSH, and had assumed something similar
> would work here. I *thought* that the Private Key would exist on the
> Server, wh
I'm somewhat new to OpenSSL (and SSL in general) and I'm attempting to use
it to encrypt an existing socket communication system in an application we
use.
After a morning of experimenting, I've successfully written a small
experimental Server & Client app that simply sends a "Hello World" across
