Using Kubernetes 1.12.6-gke.7 or higher it is possible to create a ManagedCertificate which is then referenced from an Ingress Resource exposing a Service to the Internet.
Running kubectl describe managedcertificate certificate-name first indicates the certificate is in a Provisioning state but eventually goes to FailedNotVisible.
Despite using a Static IP and DNS that resolves fine to the http version of said service all ManagedCertificate's end up in a "Status: FailedNotVisible" state.
Outline of what I am doing:
Generating a reserved (static) external IP Address
Configuring DNS A record in CloudDNS to subdomain.domain.com to generated IP address from step 1.
After a little while
kubectl describe managedcertificate subdomain-domain-certificate
results in "Status: FailedNotVisible".
Name: subdomain-domain-certificate
Namespace: default
Labels: <none>
Annotations: <none>
API Version: networking.gke.io/v1beta1
Kind: ManagedCertificate
Metadata:
Creation Timestamp: 2019-04-15T17:35:22Z
Generation: 1
Resource Version: 52637
Self Link: /apis/networking.gke.io/v1beta1/namespaces/default/managedcertificates/subdomain-domain-certificate
UID: d8e5a0a4-5fa4-11e9-984e-42010a84001c
Spec:
Domains:
subdomain.domain.com
Status:
Certificate Name: mcrt-ac63730e-c271-4826-9154-c198d654f9f8
Certificate Status: Provisioning
Domain Status:
Domain: subdomain.domain.com
Status: FailedNotVisible
Events:
Type Reason Age From Message
---- ------ ---- ---- -------
Normal Create 56m managed-certificate-controller Create SslCertificate mcrt-ac63730e-c271-4826-9154-c198d654f9f8
From what I understand if the Load Balancer is configured correctly (done under the hood in the ManagedCertificate resource) and the DNS (which resolves fine to the non https endpoint) checks out the certificate should go in to a Status: Active state?
The issue underlying my problem ended up being a DNSSEC misconfiguration. After running the DNS through https://dnssec-analyzer.verisignlabs.com/ I was able to identify and fix the issue.
I ran across this same error and found that I had created the managedCertificate in the wrong Kubernetes namespace. Once the managedCertificate was placed in the correct namespace everything worked.
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