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Tenant deployment examples with kustomize

This document explains various yaml files listed in the examples directory used to deploy a Tenant using MinIO Operator.

Prerequisites

MinIO Tenant with AutoCert TLS

MinIO Operator can automatically generate TLS secrets and mount these secrets to the MinIO, Console, and/or KES pods ( enabled by default). To disable this, set the requestAutoCert field to false.

You can deploy the pre-configured example by running the following command:

kustomize examples/kustomization/base | kubectl apply -f -

MinIO Tenant with Encryption enabled using Vault KMS

This example will deploy a MinIO tenant with Server Side Encryption using KES and Hashicorp Vault.

Prerequisites

  • Deploy Vault KMS in your cluster: kubectl apply -f examples/vault/deployment.yaml

  • Expose vault via k8s-portforward: kubectl port-forward svc/vault 8200 on a terminal

  • Obtain the Vault Root token from the pod logs: kubectl logs -l app=vault

  • Set the Vault token and address in the client:

    export VAULT_ADDR=http://localhost:8200
export VAULT_TOKEN=TOKEN

  • Enable role auth: vault auth enable approle

  • Enable secrets k/v: vault secrets enable kv

  • Create a new KES policy: vault policy write kes-policy examples/vault/kes-policy.hcl

  • Create a new KES role based on the KES policy: vault write auth/approle/role/kes-role token_num_uses=0 secret_id_num_uses=0 period=5m policies=kes-policy

  • Get the app-role-id and write it down: vault read auth/approle/role/kes-role/role-id

  • Get the app-role-secret-id and write it down: vault write -f auth/approle/role/kes-role/secret-id

Getting Started

  • Open examples/kustomization/tenant-kes-encryption/kes-configuration-secret.yaml
  • In the Vault configuration replace <YOUR APPROLE ID HERE> for your app-role-id, <YOUR APPROLE SECRET ID HERE> for your app-role-secret-id.

You can deploy a preconfigured example by running the following command:

kustomize build examples/kustomization/tenant-kes-encryption | kubectl apply -f -

Verify data is encrypted by connecting directly to MinIO via ingress controller or using port-forward:

kubectl port-forward svc/minio 9000:443 -n tenant-kms-encrypted
mc alias set alias https://127.0.0.1:9000 minio minio123 --insecure
mc admin kms key status alias --insecure
Key: my-minio-key
   - Encryption ✔
   - Decryption ✔

MinIO Tenant with TLS via customer provided certificates

This example will deploy a MinIO tenant with TLS using certificates provided by the user.

Prerequisites

  • You can generate certificates using Vault CA, Openssl or Mkcert, for this example we will use https://github.com/FiloSottile/mkcert

  • Assuming your Tenant name is myminio and your namespace is minio-tenant you should generate the following certificate keypairs:

      mkcert "*.minio-tenant.svc.cluster.local"
  mkcert "*.myminio.minio-tenant.svc.cluster.local"
  mkcert "*.myminio-hl.minio-tenant.svc.cluster.local"

MinIO will use *.minio-tenant.svc.cluster.local, *.myminio.minio-tenant.svc.cluster.local and *.myminio-hl.minio-tenant.svc.cluster.local certificates for inter-node communication.

Create kubernetes secrets based on the previous certificates

kubectl create secret tls minio-tls-cert --key="_wildcard.minio-tenant.svc.cluster.local-key.pem" --cert="_wildcard.minio-tenant.svc.cluster.local.pem" -n minio-tenant
kubectl create secret tls minio-buckets-cert --key="_wildcard.myminio.minio-tenant.svc.cluster.local-key.pem" --cert="_wildcard.myminio.minio-tenant.svc.cluster.local.pem" -n minio-tenant
kubectl create secret tls minio-hl-cert --key="_wildcard.myminio-hl.minio-tenant.svc.cluster.local-key.pem" --cert="_wildcard.myminio-hl.minio-tenant.svc.cluster.local.pem" -n minio-tenant

You need to provide those kubernetes secrets in your Tenant YAML overlay using the externalCertSecret fields, ie:

  externalCertSecret:
    - name: minio-tls-cert
      type: kubernetes.io/tls
    - name: minio-buckets-cert
      type: kubernetes.io/tls
    - name: minio-hl-cert
      type: kubernetes.io/tls

You can deploy a preconfigured example by running the following command:

kustomize build examples/kustomization/base | kubectl apply -f -

You can include all the certificates that you want in your Tenant and MinIO will serve them to its client via SNI

MinIO Tenant with TLS via customer provided certificates and Encryption enabled via Vault KMS

This example will deploy a minio tenant using mTLS certificates (authentication between MinIO and KES) provided by the user, the data will be encrypted at rest

Prerequisites

  • Configure Vault the same way as in the first example

  • Set the app-role-id, the app-role-secret-id and key-prefix in your KES configuration YAML file

  • Assuming your Tenant name is myminio and namespace is tenant-kms-encrypted create all the certificates and secrets as in the previous step

  • Generate new KES identity keypair (https://github.com/minio/kes), this is needed it for the authentication, mTLS between MinIO and KES:

      kes tool identity new --key="./app.key" --cert="app.cert" app

  • Using the generated app.key and app.cert create a new kubernetes secret: kubectl create secret tls minio-kes-mtls --key="app.key" --cert="app.cert" -n tenant-kms-encrypted and provide that secret in the externalClientCertSecret field of your tenant YAML overlay (if the field doesn't exist add it)

    spec:
...
  externalClientCertSecret:
    name: minio-kes-mtls
    type: kubernetes.io/tls

  • Calculate the app.cert identity using KES: kes tool identity of app.cert, copy the resulting hash and open your KES configuration YAML (kes-configuration-secret.yaml) file and replace ${MINIO_KES_IDENTITY} for the bda5d8b6531d2f3bcd64e5ec73841bcb23ecb57b19c5f814e491ea2b2088995c string, you can add additional identities using this array, ie:

      policy:
    my-policy:
      paths:
      - /v1/key/create/*
      - /v1/key/generate/*
      - /v1/key/decrypt/*
      identities:
      - bda5d8b6531d2f3bcd64e5ec73841bcb23ecb57b19c5f814e491ea2b2088995c

Getting Started

You can deploy a pre-configured example by running the following command:

kustomize build examples/kustomization/tenant-kes-encryption | kubectl apply -f -

MinIO Tenant with Services expose through NodePort

MinIO Operator can automatically generate LoadBalancer and ClusterIP type services when deploying tenants, however there is one more way to expose your services in case you don't want to deal with load balancers or ingress configurations and that is NodePort. NodePort type services will be accessible by opening a port on each Kubernetes cluster node, read more about NodePort.

kustomize build examples/kustomization/tenant-nodeport  | kubectl apply -f -

Additional Examples

For additional examples on how to deploy a tenant with LDAP or OIDC you can look at the examples directory