What advice can you give me to successfully mount Google Managed SSL Certificates into Kubernetes pods as tls secrets?
‘m trying to mount Google Managed SSL Certificates directly into my Kubernetes pods, but I’m running into issues. It seems like the standard approach isn’t working. Has anyone else faced this problem, or found a workaround? Since I do not require load balancer I cannot use the ssl certificates directly attached to lb. Instead I need the google certificate to be mounted as k8s secret.
Also, I have read about cert-manager and googe authority service might help me but I am not sure if its worth the try.
What advice can you give me to successfully mount Google Managed SSL Certificates into Kubernetes pods as tls secrets?
‘m trying to mount Google Managed SSL Certificates directly into my Kubernetes pods, but I’m running into issues. It seems like the standard approach isn’t working. Has anyone else faced this problem, or found a workaround? Since I do not require load balancer I cannot use the ssl certificates directly attached to lb. Instead I need the google certificate to be mounted as k8s secret.
Also, I have read about cert-manager and googe authority service might help me but I am not sure if its worth the try.
What advice can you give me to successfully mount Google Managed SSL Certificates into Kubernetes pods as tls secrets?
‘m trying to mount Google Managed SSL Certificates directly into my Kubernetes pods, but I’m running into issues. It seems like the standard approach isn’t working. Has anyone else faced this problem, or found a workaround? Since I do not require load balancer I cannot use the ssl certificates directly attached to lb. Instead I need the google certificate to be mounted as k8s secret.
Also, I have read about cert-manager and googe authority service might help me but I am not sure if its worth the try.
Why this error happen? sslserver: fatal: (111) unable to accept TLS from: XXX.XXX.XXX.XXX for pid: XXXXX DH lib
When i run ucspi-ssl sslserver on isolated server.
No error message showed.
But when i run sslserver on the server with L4.
I meet this error eash second.
aws-samples/dcv-web-portal An error occurred when connecting to network load balanced DNS. Pls help me TLS handshake error:
I am currently creating infrastructure with the project in the link above https://github.com/aws-samples/dcv-web-portal. However, when connecting to the DNS containing the auth content of the instance created to connect through the load balance DNS, an error such as Error in connection task: TLS handshake error: received corrupt message of type InvalidContentType continues to occur. I don’t know how to solve this. To solve this, I created a key file myself, but when I did that, the dcv -connection-gateway instance died. Please let me know what to do. If you need more information, I’ll let you know in the comments.
Passpoint certificate
I made a self-signed profile certificate for Passpoint, now I need to somehow sign it with a certification authority, but I don’t know how to find it, please help
How important is an SSL certificate for a internal website?
I know many people have asked the same question but I think it really depends on the type of the website. So that’s why I am asking the question about my website.
At ping, why do we have to do array copying instead of passing on the source array that the client sent to us?
So I have been googling about this OpenSSL heart-bleed thing and somehow sees that it is caused by the heartbeat extension which requires client to ping the server to show its aliveness and it all comes to this memcpy function in C which is meant to copy from the source array to the destination array with the user specified size.
At ping, why do we have to do array copying instead of passing on the source array that the client sent to us?
So I have been googling about this OpenSSL heart-bleed thing and somehow sees that it is caused by the heartbeat extension which requires client to ping the server to show its aliveness and it all comes to this memcpy function in C which is meant to copy from the source array to the destination array with the user specified size.
At ping, why do we have to do array copying instead of passing on the source array that the client sent to us?
So I have been googling about this OpenSSL heart-bleed thing and somehow sees that it is caused by the heartbeat extension which requires client to ping the server to show its aliveness and it all comes to this memcpy function in C which is meant to copy from the source array to the destination array with the user specified size.