Creating managed keys

Creating managed keys with a key template in the UI

When you select the Create with a key template option, you are creating a managed key with key properties that are predefined by your administrator. This option ensures that your key is compliant with the predefined standards. To create a managed key with a key template by using the UI, complete the following steps:

1. Log in to the Hyper Protect Crypto Services instance.

2. Click Managed keys from the navigation to view all the available keys.

3. To create a managed key, click Create key.

4. Under Vault, select a vault for the key for access control, and click Next.

   If you want to assign the key to a new vault, click Create vault. For more instructions, see Creating vaults.

5. Under Key template, select Create from a key template to create a key by following predefined properties.

6. Select a key template for the key and click Next. You can select only one key template for a key.

7. Under Key properties, specify the following details of the key.

   Table 1. AWS Key Management Service keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 1–250 characters in length. The characters can be letters (case-sensitive), digits (0–9), or symbols (/_-). However, do not start the name with AWS/. Important: If the key naming scheme is defined in the key template, you need to enter values for each custom placeholder. Each placeholder must be at least 2 characters in length. The characters can be letters (case-sensitive), digits (0-9), or spaces. An example of the managed key name must not exceed 50 characters in length. You can also specify the extended description for your key. Note that you cannot modify the key name after the key creation.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   State	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key algorithm	(Read only) The encryption algorithm to encrypt data for the key.
   Key length	(Read only) The number of bits that represents the encryption strength of the key.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 2. Azure Key Vault keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 1–127 characters in length. The characters can be letters (case-sensitive), digits (0–9), or hyphens (-). Important: If the key naming scheme is defined in the key template, you need to enter values for each custom placeholder. Each placeholder must be at least 2 characters in length. The characters can be letters (case-sensitive), digits (0-9), or spaces. An example of the managed key name must not exceed 50 characters in length. You can also specify the extended description for your key. Note that you cannot modify the key name after the key creation.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Protection level	(Read only) Data protection level of keys to be created with the key template. HSM-protected key is stored and generated in a FIPS-certified Hardware Security Module. It is available in Azure Key Vault (Premium) only. This type of keys ensures the highest security. Software-protected key is available in both Azure Key Valut (Standard) and Key Vault (Premium). You can choose this level to reduce cost.
   Key algorithm	(Read only) The encryption algorithm to encrypt data for the key.
   Key length	(Read only) The number of bits that represents the encryption strength of the key.
   State	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 3. Google Cloud KMS keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 1–63 characters in length. The characters can be letters (case-sensitive), digits (0–9), or symbols (_-). Important: If the key naming scheme is defined in the key template, you need to enter values for each custom placeholder. Each placeholder must be at least 2 characters in length. The characters can be letters (case-sensitive), digits (0-9), or spaces. An example of the managed key name must not exceed 50 characters in length. You can also specify the extended description for your key. Note that you cannot modify the key name after the key creation.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Key state	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Protection level	(Read only) HSM-protected key protection level applies to keys that are protected by FIPS 140-2 Level 3 Hardware Security Modules (HSMs) in Google Cloud. This type of keys ensures the higher security. Software-protected key protection level applies to keys that are protected by software. You can choose this level to reduce cost. For more information, see Cloud KMS software backend: SOFTWARE protection level and Cloud KMS HSM backend: HARDWARE protection level. Note: Software-protected keys don't support the Elliptic curve secp256k1 algorithm.
   Purpose	(Read only) The cryptographic capabilities of the key, which is what you are going to do with this key. The purpose also determines the available key algorithms. The supported key purposes are Symmetric encrypt/decrypt, Asymmetric sign, Asymmetric decrypt, and MAC signing/verification. For more information, see Key purpose.
   Key algorithm	(Read only) The corresponding key algorithms that are supported for each key purpose. Algorithms define what parameters are needed for cryptographic operations. For the list of available key algorithms, see Key purposes and algorithms.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 4. IBM Cloud KMS keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must 2–50 characters in length. The characters can be letters (case-sensitive), digits (0–9), or spaces. Important: If the key naming scheme is defined in the key template, you need to enter values for each custom placeholder. Each placeholder must be at least 2 characters in length. The characters can be letters (case-sensitive), digits (0-9), or spaces. An example of the managed key name must not exceed 50 characters in length. You can also specify the extended description for your key. Note that you cannot modify the key name after the key creation.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Key state	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key algorithm	(Read only) The encryption algorithm to encrypt data for the key.
   Key length	(Read only) The number of bits that represents the encryption strength of the key.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 5. Key Protect keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 2–50 characters in length. The characters can be letters (case-sensitive), digits (0–9), or spaces. Important: If the key naming scheme is defined in the key template, you need to enter values for each custom placeholder. Each placeholder must be at least 2 characters in length. The characters can be letters (case-sensitive), digits (0-9), or spaces. An example of the managed key name must not exceed 50 characters in length. You can also specify the extended description for your key. Note that you cannot modify the key name after the key creation.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Key state	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key algorithm	(Read only) The encryption algorithm to encrypt data for the key.
   Key length	(Read only) The number of bits that represents the encryption strength of the key.
   Key tags	(Optional) Add pairs of names and values to identify your key.

8. View the key properties defined by the selected key template and click Next to continue.

9. Under Summary, view the summary of your key, and then click Create key to confirm.

You have successfully created a managed key.

If you are creating internal KMS keys during the master key rotation, internal KMS keys can still be created successfully. However, an Out of sync flag is displayed next to the key state. For each of these keys, you can sync keys by selecting Show details on the Actions menu and clicking Sync key after the master key rotation is completed.

Creating managed keys with a key template through the API

You can create a managed key with key properties that are predefined by your administrator. This option ensures your key is compliant with the predefined standards. To create a managed key with a key template through the API, follow these steps:

1. Retrieve your service and authentication credentials to work with keys in the service.

2. Create a key template by making a POST call to the following endpoint.

   https://<instance_ID>.uko.<region>.hs-crypto.appdomain.cloud/api/v4/templates
   
   

3. Create a managed key based on the supplied template by making a POST call to the following endpoint.

   https://<instance_ID>.uko.<region>.hs-crypto.appdomain.cloud/api/v4/managed_keys
   
   

   The managed key is to be activated in all keystores in the keystore group that is defined in the key template.

   For detailed instructions and code examples about using the API method, check out the Hyper Protect Crypto Services Unified Key Orchestrator API reference doc.

Creating managed keys with custom properties in the UI

When you select the Create with custom properties option, you are creating a managed key from scratch. This option gives you the flexibility to create a customized key with full control by yourself. To create a managed key with custom properties by using the UI, complete the following steps:

1. Log in to the Hyper Protect Crypto Services instance.

2. Click Managed keys from the navigation to view all the available keys.

3. To create a managed key, click Create key.

4. Under Vault, select a vault for the key for access control, and click Next.

   If you want to assign the key to a new vault, click Create vault. For more instructions, see Creating vaults.

5. Under Key template, select Create with custom properties to create a key without a key template.

6. Under Keystore type, select one of the following keystore types depending on which type of keystore you want to create the key in. And then, click Next.

   • AWS Key Management Service: Create a key to be used and stored in an AWS Key Management Service instance.
   • Azure Key Vault: Create a key to be used and stored in an Azure Key Vault.
   • Google Cloud KMS: Create a key to be used and stored in a Google Cloud KMS keystore.
   • IBM Cloud KMS: Create a key to be used and stored in an IBM Cloud Hyper Protect Crypto Services keystore.
   • IBM Key Protect: Create a key to be used and stored in an IBM Key Protect key ring.

   After a keystore type is selected, you can activate the key in keystores of this type only. If you select IBM Cloud KMS, the created key is a root key that can be used for envelope encryption .

7. Under Keystores, you can select one or multiple keystores to activate the managed key in. Activating a key in multiple keystores enables redundancy.

   If there are no existing keystores, you can click Add keystore to create internal KMS keystores or connect to external keystores. The corresponding keystore type is selected for you.

   You can use the key for encryption or decryption only after it is activated in at least one keystore.

8. Under Key properties, specify the following details of the key. Click Next to continue when you are done.

   Table 6. AWS Key Management Service keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 1–250 characters in length. The characters can be letters (case-sensitive), digits (0–9), or symbols (/_-). However, do not start the name with AWS/.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Key algorithm	The encryption algorithm to encrypt data for the key.
   Key length	The number of bits that represents the encryption strength of the key.
   Key state	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 7. Azure Key Vault keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 1–127 characters in length. The characters can be letters (case-sensitive), digits (0–9), or hyphens (-). Important: If the key naming scheme is defined in the key template, you need to enter values for each custom placeholder. Each placeholder must be at least 2 characters in length. The characters can be letters (case-sensitive), digits (0-9), or spaces. An example of the managed key name must not exceed 50 characters in length. You can also specify the extended description for your key. Note that you cannot modify the key name after the key creation.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Protection level	Data protection level of keys to be created with the key template. HSM-protected key is stored and generated in a FIPS-certified Hardware Security Module. It is available in Azure Key Vault (Premium) only. This type of keys ensures the highest security. Software-protected key is available in both Azure Key Valut (Standard) and Key Vault (Premium). You can choose this level to reduce cost. Note: If you connect to an external keystore of type Azure Key Vault, you can distribute both HSM-protected keys and software-protected keys to Azure Key Vault (Premium). However, you can distribute only software-protected keys to Azure Key Vault (Standard).
   Key algorithm	The encryption algorithm to encrypt data for the key.
   Key length	The number of bits that represents the encryption strength of the key.
   State	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 8. Google Cloud KMS keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 1–63 characters in length. The characters can be letters (case-sensitive), digits (0–9), or symbols (_-).
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Protection level	HSM-protected key protection level applies to keys that are protected by FIPS 140-2 Level 3 Hardware Security Modules (HSMs) in Google Cloud. This type of keys ensures the higher security. Software-protected key protection level applies to keys that are protected by software. You can choose this level to reduce cost. For more information, see Cloud KMS software backend: SOFTWARE protection level and Cloud KMS HSM backend: HARDWARE protection level. Note: Software-protected keys don't support the Elliptic curve secp256k1 algorithm.
   Purpose	The cryptographic capabilities of the key, which is what you are going to do with this key. The purpose also determines the available key algorithms. The supported key purposes are Symmetric encrypt/decrypt, Asymmetric sign, Asymmetric decrypt, and MAC signing/verification. For more information, see Key purpose.
   Key algorithm	The corresponding key algorithms that are supported for each key purpose. Algorithms define what parameters are needed for cryptographic operations. For the list of available key algorithms, see Key purposes and algorithms.
   State	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 9. IBM Cloud KMS keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must 2–50 characters in length. The characters can be letters (case-sensitive), digits (0–9), or spaces.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Key algorithm	The encryption algorithm to encrypt data for the key.
   Key length	The number of bits that represents the encryption strength of the key.
   State	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key tags	(Optional) Add pairs of names and values to identify your key.

   Table 10. Key Protect keys properties

   Property	Description
   Key name	A unique, human-readable name for easy identification of your key. It must be 2–50 characters in length. The characters can be letters (case-sensitive), digits (0–9), or spaces.
   Description	(Optional) An extended description for your key, with up to 200 characters in length.
   Key algorithm	The encryption algorithm to encrypt data for the key.
   Key length	The number of bits that represents the encryption strength of the key.
   State	The initial state of the key, including Pre-active and Active. Pre-active keys are not activated in keystores for encryption. Active keys are automatically activated in the keystores. For more information about key states, see Monitoring the lifecycle of encryption keys in Unified Key Orchestrator.
   Activation date	Plan a date to activate the Pre-active key. It is for planning purpose only.
   Expiration date	Plan a date to deactivate the key. It is for planning purpose only.
   Key tags	(Optional) Add pairs of names and values to identify your key.

9. Under Summary, view the summary of your key, and then click Create key to confirm.

You have successfully created a managed key.

If you are creating internal KMS keys during the master key rotation, internal KMS keys can still be created successfully. However, an Out of sync flag is displayed next to the key state. For each of these keys, you can sync keys by selecting Show details on the Actions menu and clicking Sync key after the master key rotation is completed.

Creating managed keys with custom properties through the API

You can create a managed key from scratch. This option gives you the flexibility to create a customized key with full control by yourself. To create a managed key with custom properties through the API, follow these steps:

1. Retrieve your service and authentication credentials to work with keys in the service.

2. Create a key template by making a POST call to the following endpoint.

   https://<instance_ID>.uko.<region>.hs-crypto.appdomain.cloud/api/v4/templates
   
   

3. Create a managed key based on the supplied template by making a POST call to the following endpoint.

   https://<instance_ID>.uko.<region>.hs-crypto.appdomain.cloud/api/v4/managed_keys
   
   

   The managed key is to be activated in all keystores in the keystore group that is defined in the key template.

   For detailed instructions and code examples about using the API method, check out the Hyper Protect Crypto Services Unified Key Orchestrator API reference doc.