here are the key steps to enable the Key Management secrets engine in HashiCorp Vault:
1. Enable the Key Management Secrets Engine:
bash
vault secrets enable keymgmt
This enables the Key Management secrets engine at the default `/keymgmt` path. You can enable it at a different path by using the `-path` argument.
2. Create a Cryptographic Key:
bash
vault write -f keymgmt/key/example-key type="rsa-2048"
This creates a new RSA-2048 cryptographic key named "example-key" in the Key Management secrets engine.
3. Configure a KMS Provider:
bash
vault write keymgmt/kms/example-kms \
provider="azurekeyvault" \
key_collection="keyvault-name" \
credentials=client_id="a0454cd1-e28e-405e-bc50-7477fa8a00b7" \
credentials=client_secret="eR%HizuCVEpAKgeaUEx" \
credentials=tenant_id="cd4bf224-d114-4f96-9bbc-b8f45751c43f"
This configures a new KMS provider for Azure Key Vault, specifying the necessary credentials.
4. Distribute the Key to the KMS Provider:
bash
vault write keymgmt/kms/example-kms/key/example-key \
purpose="encrypt,decrypt" \
protection="hsm"
This distributes a copy of the "example-key" to the Azure Key Vault KMS provider, setting the purpose and protection level.
The key steps are:
1. Enable the Key Management secrets engine
2. Create a cryptographic key
3. Configure a KMS provider
4. Distribute the key to the KMS provider
This allows you to centrally manage cryptographic keys in Vault and distribute them to supported KMS providers like Azure Key Vault for secure storage and usage.
Citations:[1] https://github.com/hashicorp/vault/blob/main/website/content/api-docs/secret/key-management/index.mdx
[2] https://developer.hashicorp.com/vault/docs/secrets/key-management
[3] https://developer.hashicorp.com/vault/api-docs/secret/key-management
[4] https://adfinis.com/en/blog/how-to-manage-secret-keys-with-hashicorp-vault/
[5] https://docs.platform.sh/add-services/vault.html