what is the packet structure in kerberos after authorization?
I read this article https://www.roguelynn.com/words/explain-like-im-5-kerberos/ and got a good understanding what are kerberos authentication packets like.
But nobody mention how the further packets look like, after authorization ends. Do they have client id in their headers or some numbers that will help to identify what user is sending this packet? If not, how do we determine on the other side (server side) which key to decrypt should we use (as we can have multiple users at once in a single connection).
In this article it is only said :
Future requests use the cached HTTP Service Ticket, so long as it has not expired as defined within the lifetime attribute.
P.S. assume we have kerberos over tcp.
authentication kerberos
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
add a comment |
I read this article https://www.roguelynn.com/words/explain-like-im-5-kerberos/ and got a good understanding what are kerberos authentication packets like.
But nobody mention how the further packets look like, after authorization ends. Do they have client id in their headers or some numbers that will help to identify what user is sending this packet? If not, how do we determine on the other side (server side) which key to decrypt should we use (as we can have multiple users at once in a single connection).
In this article it is only said :
Future requests use the cached HTTP Service Ticket, so long as it has not expired as defined within the lifetime attribute.
P.S. assume we have kerberos over tcp.
authentication kerberos
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
add a comment |
I read this article https://www.roguelynn.com/words/explain-like-im-5-kerberos/ and got a good understanding what are kerberos authentication packets like.
But nobody mention how the further packets look like, after authorization ends. Do they have client id in their headers or some numbers that will help to identify what user is sending this packet? If not, how do we determine on the other side (server side) which key to decrypt should we use (as we can have multiple users at once in a single connection).
In this article it is only said :
Future requests use the cached HTTP Service Ticket, so long as it has not expired as defined within the lifetime attribute.
P.S. assume we have kerberos over tcp.
authentication kerberos
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
I read this article https://www.roguelynn.com/words/explain-like-im-5-kerberos/ and got a good understanding what are kerberos authentication packets like.
But nobody mention how the further packets look like, after authorization ends. Do they have client id in their headers or some numbers that will help to identify what user is sending this packet? If not, how do we determine on the other side (server side) which key to decrypt should we use (as we can have multiple users at once in a single connection).
In this article it is only said :
Future requests use the cached HTTP Service Ticket, so long as it has not expired as defined within the lifetime attribute.
P.S. assume we have kerberos over tcp.
authentication kerberos
authentication kerberos
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
asked Nov 22 at 16:20
Anastasiya Ruzhanskaya
136118
136118
add a comment |
add a comment |
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