CLI Reference - Targets

Managing Targets

assoc-target-item

Create an association between target and item

Usage

akeyless assoc-target-item \
--target-name <The target to associate> \
--name <The item to associate> \ 
--vault-name <Name of the vault used> \ 
--key-operations <List of allowed operations for the key>

Parameters

Parameter	Description
`-t, --target-name`	(Mandatory) The target to associate
`-n, --name`	(Mandatory) The item to associate
`--vault-name`	Name of the vault used. (Relevant only for Classic Key and target association. Required for azure targets)
`--key-operations`	A list of allowed operations for the key. (Relevant only for Classic Key and target association. Required for azure targets)
`--project-id`	Project id of the GCP KMS. (Relevant only for Classic Key and target association. Required for gcp targets)
`--location-id`	Location id of the GCP KMS. (Relevant only for Classic Key and target association. Required for gcp targets)
`--keyring-name`	Keyring name of the GCP KMS. (Relevant only for Classic Key and target association. Required for gcp targets)
`--purpose`	Purpose if the key in GCP KMS. (Relevant only for Classic Key and target association. Required for gcp targets)
`--kms-algorithm`	Algorithm of the key in GCP KMS. (Relevant only for Classic Key and target association, Required for gcp targets)
`--tenant-secret-type`	The tenant secret type [Data/SearchIndex/Analytics]. (Relevant only for Classic Key and target association. Required for salesforce targets)
`--multi-region[=false]`	Set to 'true' to create a multi-region managed key. (Relevant only for Classic Key AWS targets)
`--regions`	The list of regions in which to create a copy of the key. (Relevant only for Classic Key AWS targets). To specify multiple regions use argument multiple times: --regions us-east-1 --regions us-west-1

delete-assoc-target-item

Delete an association between target and item

Usage

akeyless delete-assoc-target-item \
--name <Item name> \
--assoc-id <Association id to be deleted. Not required if target name specified> \
--target-name <The target name with which association will be deleted>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Item name
`--id, --assoc-id`	The association id to be deleted. Not required if target name specified
`-t, --target-name`	The target name with which association will be deleted

delete-target

Delete a target

Usage

akeyless delete-target \
--name <Target name> \
--target-version <Target Version>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-v, --target-version`	Target version
`--force-deletion[=false]`	Delete target even if it has associated items
`--profile, --token`	Use a specific profile (located at $HOME/.akeyless/profiles) or a temp access token
`--uid-token`	The universal identity token, Required only for universal_identity authentication

delete-targets

Delete multiple targets from a given path

Usage

akeyless delete-target \
--path <Path to delete the targets from>

Parameters

Parameter	Description
`-p, --path`	(Mandatory) Path to delete the targets from
`--force-deletion[=false]`	Delete target even if it has associated items

get-target

Get target

Usage

akeyless get-target --name <Target name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--show-versions[=false]`	Include all target versions in reply

get-target-details

Get target details

Usage

akeyless get-target-details --name <Target Name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-v, --target-version`	Target version
`--show-versions[=false]`	Include all target versions in reply

list-targets

List of all targets in the account

Parameters

Parameter	Description
`--filter`	Filter by target name or part of it
`-t, --type`	The target types list of the requested targets. In case it is empty, all types of targets will be returned. Options: [hanadb cassandra aws ssh gke eks mysql mongodb snowflake mssql redshift artifactory azure rabbitmq k8s venafi gcp oracle dockerhub ldap github chef web salesforce postgres]
`--pagination-token`	Next page reference
`--profile, --token`	Use a specific profile (located at $HOME/.akeyless/profiles) or a temp access token
`--uid-token`	The universal identity token, Required only for universal_identity authentication

Creating Targets

create-aws-target

Creates a new AWS target

Usage

akeyless create-aws-target \
--name <Target name> \
--access-key-id <AWS access key ID> \
--access-key <AWS secret access key> \
--region <AWS region>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--access-key-id`	(Mandatory) AWS access key ID
`--access-key`	(Mandatory) AWS secret access key
`--session-token`	Required only for temporary security credentials retrieved using STS
`--region [=us-east-2]`	AWS region
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-azure-target

Creates a new azure target

Usage

akeyless create-azure-target \
--name <Target name> \ 
--client-id <Azure client/application id> \
--client-secret <Azure client secret> \
--tenant-id <Azure tenant id>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--client-id`	(Mandatory) Azure client/application id
`--tenant-id`	Azure tenant id
`--client-secret`	(Mandatory) Azure client secret
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`--subscription-id`	Azure Subscription Id
`--resource-group-name`	The Resource Group name in your Azure Subscription
`--resource-name`	The name of the relevant Resource
`-k, --key`	Key name. The key is used to encrypt the target secret value. If the key name is not specified, the account default protection key is used
`--description`	Target description

create-db-target

Creates a new DB target

Usage

akeyless create-db-target \
--name <Target name> \
--db-type <mysql/mssql/hanadb/postgres/mongodb/snowflake/oracle/cassandra/redshift/redis> \ 
--user-name <Database user name> \ 
--host <Database host> \ 
--pwd <Database password> \
--port <Database port> \
--db-name <Database name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--db-type`	(Mandatory) Database type: mysql/mssql/hanadb/postgres/mongodb/snowflake/oracle/cassandra/redshift/redis
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If the key name is not specified, the account default protection key is used
`--user-name`	Database user name
`--host`	Database host
`--pwd`	Database password
`--port`	Database port
`--db-name`	Database name
`--snowflake-api-private-key`	RSA Private key (base64 encoded)
`--snowflake-api-private-key-file-name`	The path to the file containing the private key
`--snowflake-api-private-key-passphrases`	The Private key passphrase
`--db-server-certificates`	Set of root certificate authorities in base64 encoding used by clients to verify server certificates
`--db-server-name`	Server name is used to verify the hostname on the returned certificates unless InsecureSkipVerify is provided. It is also included in the client's handshake to support virtual hosting unless it is an IP address
`--azure-client-id`	Azure client id (relevant for "cloud-service-provider" only)
`--azure-tenant-id`	Azure tenant id (relevant for "cloud-service-provider" only)
`--azure-client-secret`	Azure client secret (relevant for "cloud-service-provider" only)
`--cloud-service-provider`	Cloud service provider (currently only supports Azure)
`--connection-type[=credentials]`	Type of connection to mssql database [credentials/cloud-identity]
`--ssl[=false]`	Enable/Disable SSL [true/false]
`--ssl-certificate`	SSL CA certificate in base64 encoding generated from a trusted Certificate Authority (CA)
`--snowflake-account`	Snowflake account name
`--oracle-service-name`	oracle db service name
`--mongodb-atlas`	Flag, set database type to "mongodb" and the flag to "true" to create Mongo Atlas target
`--mongodb-default-auth-db`	MongoDB server default authentication database
`--mongodb-uri-options`	MongoDB server URI options (e.g. replicaSet=mySet&authSource=authDB)
`--mongodb-atlas-project-id`	MongoDB Atlas project ID
`--mongodb-atlas-api-public-key`	MongoDB Atlas public key
`--mongodb-atlas-api-private-key`	MongoDB Atlas private key
`--description`	Target description

create-eks-target

Creates a new EKS target

Usage

akeyless create-eks-target \
--name <Target name> \
--eks-cluster-name <EKS cluster name> \ 
--eks-cluster-endpoint <EKS cluster endpoint> \
--eks-cluster-ca-cert <EKS cluster base-64 encoded certificate> \ 
--eks-access-key-id <EKS access key ID> \ 
--eks-secret-access-key <EKS secret access key> \ 
--eks-region <EKS region> \ 
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-e, --eks-cluster-name`	(Mandatory) EKS cluster name
`-c, --eks-cluster-endpoint`	(Mandatory) EKS cluster endpoint (i.e., https:// of the cluster)
`-t, --eks-cluster-ca-cert`	(Mandatory) EKS cluster base-64 encoded certificate
`-i, --eks-access-key-id`	EKS access key ID
`-s, --eks-secret-access-key`	EKS secret access key
`-g, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`--eks-region[=us-east-2]`	EKS region
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used.
`--description`	Target description

create-gcp-target

Creates a new GCP target

Usage

akeyless create-gcp-target \
--name <Target name> \
--gcp-key-file-path <Path to file with the base64-encoded service account private key> \
--gcp-key <Base64-encoded service account private key text> \ 
--use-gw-cloud-identity <Use the GWs Cloud IAM> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--gcp-key-file-path`	Path to file with the base64-encoded service account private key
`--gcp-key`	Base64-encoded service account private key text
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-gke-target

Creates a new GKE target

Usage

akeyless create-gke-target \
--name <Target name> \
--gke-account-email <GKE service account email> \
--gke-cluster-endpoint <GKE cluster endpoint> \
--gke-cluster-ca-cert <GKE Base-64 encoded cluster certificate> \
--gke-account-key-file-path <File path to GKE service account key> \
--gke-cluster-name <GKE cluster name> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-a, --gke-account-email`	GKE service account email
`-e, --gke-cluster-endpoint`	GKE cluster endpoint, i.e., cluster URI https://<DNS/IP>
`-c, --gke-cluster-ca-cert`	GKE Base-64 encoded cluster certificate
`--gke-account-key-file-path`	File path to GKE service account key
`--gke-cluster-name`	GKE cluster name
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`--description`	Target description

create-k8s-target

Creates a new K8S target

Usage

akeyless create-k8s-target \
--name <Target name> \
--k8s-cluster-endpoint <K8S Cluster endpoint> \
--k8s-cluster-ca-cert <K8S Cluster certificate> \
--k8s-cluster-token <K8S Cluster authentication token> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-e, --k8s-cluster-endpoint`	(Mandatory) K8S Cluster endpoint. https:// , <DNS / IP> of the cluster
`-c, --k8s-cluster-ca-cert`	(Mandatory) K8S Cluster certificate. Base 64 encoded certificate
`-t, --k8s-cluster-token`	(Mandatory) K8S Cluster authentication token
`-i, --use-gw-service-account`	Use GW's service account. Boolean when provided only `name` is required
`--k8s-auth-type[=token]`	K8S auth type, [token/certificate]
`--k8s-client-certificate`	Content of the k8 client certificate (PEM format) in a Base64 format
`--k8s-client-certificate-file`	Path to a file that contain the k8s client private key in PEM format
`--k8s-client-key`	Content of the k8 client private key (PEM format) in a Base64 format
`--k8s-client-key-file`	Path to a file that contain the k8s client private key in PEM format
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used.
`--description`	Description of the object

create-rabbitmq-target

Creates a new RabbitMQ target

Usage

akeyless create-rabbitmq-target \
--name <Target name> \
--user <RabbitMQ server user> \
--uri <RabbitMQ server URI> \
--pwd <RabbitMQ server password> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--user`	(Mandatory) RabbitMQ server user
`--pwd`	RabbitMQ server password
`--uri`	(Mandatory) RabbitMQ server URI
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-ssh-target

Creates a new SSH target

Usage

akeyless create-ssh-target \
--name <Target name> \
--host <SSH host name> \
--port <SSH port (Default = 22)> \
--ssh-username <SSH username> \
--ssh-password <SSH password to rotate> \
--private-key-path <SSH private key file path> \
--private-key <SSH private key> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--description`	Target description
`--host`	SSH host name
`--port[=22]`	SSH port
`--ssh-username`	SSH username
`--ssh-password`	SSH password to rotate
`--private-key-path`	SSH private key file path
`--private-key`	SSH private key
`--private-key-password`	SSH private key password
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used

create-web-target

Creates a new web target

Usage

akeyless create-web-target \
--name <Target name> \
--url <Web target URL> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-u, --url`	(Mandatory) Web target URL
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-artifactory-target

Creates a new Artifactory target

Usage

akeyless create-artifactory-target \
--name <Target name> \
--base-url <Artifactory REST URL, must end with artifactory postfix> \
--artifactory-admin-name <Admin name> \
--artifactory-admin-pwd <Admin API Key/Password> \
--key <Key name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-b, --base-url`	(Mandatory) Artifactory REST URL, must end with artifactory postfix
`-a, --artifactory-admin-name`	(Mandatory) Admin name
`-p, --artifactory-admin-pwd`	(Mandatory) Admin API Key/Password
`-k, --key`	The name of a key used to encrypt the target secret value (if empty, the account default protectionKey key will be used)
`--description`	Target description

create-ping-target

Creates a new Ping target

Usage

akeyless create-ping-target \
--name <Target name> \
--ping-url <Ping url> \
--privileged-user <Username> \
--password <Pasword>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-u, --ping-url`	(Mandatory) Ping URL
`-s, --privileged-user`	(Mandatory) Privileged user name
`-p, --password`	(Mandatory) Privileged user Password
`-i, --administrative-port[=9999]`	Ping Federate administrative port
`-j, --authorization-port[=9031]`	Ping Federate authorization port
`-k, --key`	The name of a key used to encrypt the target secret value (if empty, the account default protectionKey key will be used)
`--description`	Target description

create-ldap-target

Creates a new LDAP target

Usage

akeyless create-ldap-target \
--name <Target name> \
--ldap-url <LDAP Server URL> \
--bind-dn <LDAP Bind DN> \
--bind-dn-password <Password for LDAP Bind DN> \
--server-type <Set Ldap server type (Deafult = OpenLDAP)> \
--ldap-ca-cert <LDAP base-64 encoded CA Certificate> \
--token-expiration <token-expiration> \
--key <Key name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-l, --ldap-url`	(Mandatory) LDAP Server URL
`-b, --bind-dn`	(Mandatory) LDAP Bind DN
`-p, --bind-dn-password`	(Mandatory) Password for LDAP Bind DN
`-s, --server-type[=OpenLDAP]`	Set Ldap server type, Options:[OpenLDAP, ActiveDirectory]. Default is OpenLDAP
`-t, --ldap-ca-cert`	LDAP base-64 encoded CA Certificate
`--token-expiration`	--token-expiration
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-github-target

Creates a new GitHub target

Usage

akeyless create-github-target \
--name <Target name> \
--github-app-id <Github application id> \
--github-app-private-key <Github application private key (base64 encoded key)> \
--github-base-url <Github base url (Deafult = https://api.github.com/> \
--key <Key name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--github-app-id`	Github application id
`--github-app-private-key`	Github application private key (base64 encoded key)
`--github-base-url[=https://api.github.com/]`	Github base url
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used.

create-dockerhub-target

Creates a new Docker Hub target

Usage

akeyless create-dockerhub-target \
--name <Target name> \
--dockerhub-usernam <Username for docker repository> \
--dockerhub-password <Password for docker repository> \
--key <Key name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--dockerhub-username`	(Mandatory) Username for docker repository
`--dockerhub-password`	(Mandatory) Password for docker repository
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-salesforce-target

Creates a new Salesforce target

Usage

akeyless create-salesforce-target \
--name <Target name> \
--tenant-url <Url of the Salesforce tenant> \
--client-id <Client ID of the oauth2 app to use for connecting to Salesforce> \
--email <The email of the user attached to the oauth2 app used for connecting to Salesforce> \
--auth-flow <type of the auth flow ('jwt' / 'user-password') \
--client-secret <Client secret of the oauth2 app to use for connecting to Salesforce>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-u, --tenant-url`	(Mandatory) Url of the Salesforce tenant
`-i, --client-id`	(Mandatory) Client ID of the oauth2 app to use for connecting to Salesforce
`-e, --email`	(Mandatory) The email of the user attached to the oauth2 app used for connecting to Salesforce
`-a, --auth-flow`	(Mandatory) type of the auth flow ('jwt' / 'user-password')
`-s, --client-secret`	Client secret of the oauth2 app to use for connecting to Salesforce (required for password flow)
`-f, --app-private-key-file-name`	Name of the of file containing a PEM private key of the connected app (relevant for JWT auth only)
`--app-private-key-data`	Base64 encoded PEM of the connected app private key (relevant for JWT auth only)
`-p, --password`	The password of the user attached to the oauth2 app used for connecting to Salesforce (required for user-password flow)
`-o, --security-token`	The security token of the user attached to the oauth2 app used for connecting to Salesforce (required for user-password flow)
`--ca-cert-file-name`	Name of a file containing a PEM certificate to use when uploading new key to Salesforce
`--ca-cert-data`	Base64 encoded PEM cert to use when uploading a new key to Salesforce. Used if file name was not provided.
`--ca-cert-name`	name of the certificate in Salesforce tenant to use when uploading new key
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--description`	Target description

create-linked-target

Creates a new Linked Target which can inherit credentials from existing Targets

Usage

akeyless create-linked-target \
-n <linked target name> \
-p <parent target> \
-s <hosts>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Name for the linked target
`-s, --hosts`	(Mandatory) A comma-separated list of server hosts and server descriptions joined by a semicolon ';' (i.e. 'server-dev.com;My Dev server,server-prod.com;My Prod server description')
`-p, --parent-target-name`	(Mandatory) The parent Target name from which to inherit credentials
`--description`	Description of the object
`--profile, --token`	Use a specific profile (located at $HOME/.akeyless/profiles) or a temp access token
`--uid-token`	The universal identity token, Required only for universal_identity authentication
`-h, --help`	Display help information
`--json[=false]`	Set output format to JSON
`--jq-expression`	JQ expression to filter result output
`--no-creds-cleanup[=false]`	Do not clean local temporary expired creds

create-windows-target

Creates a new Windows Target

Usage

akeyless create-windows-target \
-n <Windows target name> \
-s <hostname> \
-u <username> \
-p <password>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Name for the Windows target
`-s, --hostname`	(Mandatory) Server hostname or IP Address
`-u, --username`	(Mandatory) Privileged username
`-p, --password`	(Mandatory) Privileged user password
`-d, --domain`	User domain name
`-r, --port[=5986]`	Windows Server WinRM port, by default, set to `5986` for `Https`
`--use-tls[=true]`	Enable/Disable TLS for WinRM over HTTPS [true/false]
`--certificate`	SSL CA certificate in base64 encoding generated from a trusted Certificate Authority (CA)
`-k, --key`	Key name. The key is used to encrypt the target secret value. If the key name is not specified, the account default protection key is used
`--description`	Description of the object

create-zerossl-target

Creates a new ZeroSSL Target

Usage

akeyless create-zerossl-target \
--name <Target Name> \
--api-key <API Key of the ZeroSSLTarget account> \
--imap-username <Username to access the IMAP service> \
--imap-password <Password to access the IMAP service> \
--imap-fqdn <FQDN of the IMAP service> \
--imap-validation-imap <Email address to send the validation email>

Parameters

Parameters	Description
`-n, --name`	(Mandatory) Name for the ZeroSSL target
`--api-key`	(Mandatory) ZeroSSL API Key, can be found under your ZeroSSL account in the Developer section
`--imap-username`	(Mandatory) An email address of the user registered to the IMAP service
`--imap-password`	(Mandatory) IMAP APP-Password
`imap-fqdn`	(Mandatory) IMAP FQDN, for example: `imap.gmail.com`
`--imap-validation-email`	The domain owner email address that certificate validation mail will be sent to, needs to be one of the following: `[email protected]`, `[email protected]`, `[email protected]`, `[email protected]`, `[email protected]`
`-timeout[=5m]-`	Timeout for certificate validation.
`--imap-port[=993]`	Port of the IMAP service
`-k, --key`	Key name. The key will be used to encrypt the target item.
`--description`	Description of the object

###

create-globalsign-target

Creates a new GlobalSign Target

Usage

akeyless create-globalsign-target \
--name <Target Name> \
--username <Username> \
--password <Password> \
--profile-id <Profile ID> \
--contact-first-name <Domain owner first name> \
--contact-last-name <Domain owner last name> \
--contact-phone <Domain owner Telephone> \
--contact-email <Domain owner Email>

Parameters

Parameters	Description
`-n, --name`	(Mandatory) Name for the GlobalSign target
`-u, --username`	(Mandatory) Username of the GlobalSign GCC account
`-p, --password`	(Mandatory) Passwordof the GlobalSign GCC account
`-i, --profile-id`	(Mandatory) Profile ID of the GlobalSign GCC account
`-f, --contact-first-name`	(Mandatory) First name of the GlobalSign GCC account contact
`-l, --contact-last-name`	(Mandatory) Last name of the GlobalSign GCC account contact
`--contact-phone`	(Mandatory) Telephone of the GlobalSign GCC account contact
`-e, --contact-email`	(Mandatory) Email of the GlobalSign GCC account contact
`--timeout[=5]`	Timeout for certificate validation.
`-k, --key`	Key name. The key will be used to encrypt the target item.
`--description`	Description of the object

create-globalsign-atlas-target

Creates a new GlobalSign Atlas target

Usage

akeyless create-globalsign-atlas-target \
--name <Target Name> \
--api-key <GlobalSign Atlas API Key> \ 
--api-secret <GlobalSign Atlas API Secret>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target Name
`-a, --api-key`	(Mandatory) API Key of the GlobalSign Atlas account
`-s, --api-secret`	(Mandatory) API Secret of the GlobalSign Atlas account
`--mtls-cert-file-path`	Path to the Mutual TLS Certificate of the GlobalSign Atlas account, either `mtls-cert-file-path` or `tls-cert-data-base64` must be supplied
`--mtls-cert-data-base64`	Mutual TLS Certificate contents of the GlobalSign Atlas account encoded in base64, either `mtls-cert-file-path` or `mtls-cert-data-base64` must be supplied
`--mtls-key-file-path`	Path to the Mutual TLS Key of the GlobalSign Atlas account, either `mtls-key-file-path` or `mtls-key-data-base64` must be supplied
`--mtls-key-data-base64`	Mutual TLS Key contents of the GlobalSign Atlas account encoded in base64, either `mtls-key-file-path` or `mtls-key-data-base64` must be supplied
`--timeout[=5m]`	Timeout waiting for certificate validation
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used

Updating Targets

update-target-details

Update target details

Parameters

Parameter	Description
`-h, --help`	display help information

update-artifactory-target

updates a new artifactory target

Usage

akeyless update-artifactory-target \
--name <Target name> \
--base-url <Artifactory REST URL> \
--artifactory-admin-name <Admin name> \
--artifactory-admin-pwd <Admin API Key/Password> \
--new-name <New target name> \
--key <Key name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`-b, --base-url`	(Mandatory) Artifactory REST URL, must end with artifactory postfix
`-a, --artifactory-admin-name`	(Mandatory) Admin name
`-p, --artifactory-admin-pwd`	(Mandatory) Admin API Key/Password
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-aws-target

Updates an existing aws target

Usage

akeyless update-aws-target \
--name <Target name> \
--new-name <New target name> \
--access-key-id <AWS access key ID> \
--access-key <AWS secret access key> \
--region <AWS rigion (Default = us-east-2)> \
--use-gw-cloud-identity <Use the GWs Cloud IAM> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--new-name`	New target name
`--description`	Target description
`--access-key-id`	AWS access key ID
`--access-key`	AWS secret access key
`--session-token`	Required only for temporary security credentials retrieved using STS
`--region[=us-east-2]`	AWS region
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-azure-target

Updates an existing azure target

Usage

akeyless update-azure-target \
--name <Target name> \
--new-name <New target name> \
--client-id <Azure client/application id> \
--tenant-id <Azure tenant id> \
--client-secret <Azure client secret> \
--use-gw-cloud-identity <Use the GWs Cloud IAM> \
--subscription-id <Azure Subscription Id> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--new-name`	New target name
`--description`	Target description
`--client-id`	Azure client/application id
`--tenant-id`	Azure tenant id
`--client-secret`	Azure client secret
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`--subscription-id`	Azure Subscription Id
`--resource-group-name`	The Resource Group name in your Azure Subscription
`--resource-name`	The name of the relevant Resource
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-db-target

Update an existing db target

Usage

akeyless update-db-target \
--name <Target name> \
--db-type *<mysql/mssql/postgres/mongodb/snowflake/cassandra/oracle/redshift/redis> \
--new-name <New target name> \
--user-name <Database user name> \
--host <Database host> \
--pwd <Database password> \
--port <Database port> \
--db-name <Database name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-t, --db-type`	(Mandatory) Database type: mysql/mssql/postgres/mongodb/snowflake/cassandra/oracle/redshift/redis
`--new-name`	New target name
`--description`	Target description
`--user-name`	Database user name
`--host`	Database host
`--pwd`	Database password
`--port`	Database port
`--db-name`	Database name
`--db-server-certificates`	Set of root certificate authorities in base64 encoding used by clients to verify server certificates
`--db-server-name`	Server name is used to verify the hostname on the returned certificates unless InsecureSkipVerify is provided. It is also included in the client's handshake to support virtual hosting unless it is an IP address
`--snowflake-account`	Snowflake account name
`--mongodb-atlas`	Flag, set database type to "mongodb" and the flag to "true" to create Mongo Atlas target
`--mongodb-default-auth-db`	MongoDB server default authentication database
`--mongodb-uri-options`	MongoDB server URI options (e.g. replicaSet=mySet&authSource=authDB)
`--mongodb-atlas-project-id`	MongoDB Atlas project ID
`--mongodb-atlas-api-public-key`	MongoDB Atlas public key
`--mongodb-atlas-api-private-key`	MongoDB Atlas private key
`--ssl[=false]`	Enable/Disable SSL [true/false]
`--ssl-certificate`	SSL CA certificate in base64 encoding generated from a trusted Certificate Authority (CA)
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-eks-target

Updates an existing eks target

Usage

akeyless update-eks-target \
--name <Target Name> \
--eks-cluster-name <EKS cluster Name> \
--eks-cluster-endpoint <EKS Cluster Endpoint> \
--eks-cluster-ca-cert <EKS Cluster Certificate \
--eks-access-key-id <EKS Access ID> \
--eks-secret-access-key <EKS Secret Access Key> \
--new-name <New target name> \

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`-c, --eks-cluster-name`	(Mandatory) EKS cluster name
`-e, --eks-cluster-endpoint`	(Mandatory) EKS cluster endpoint (i.e., https:// of the cluster)
`-r, --eks-cluster-ca-cert`	(Mandatory) EKS cluster base-64 encoded certificate
`-i, --eks-access-key-id`	(Mandatory) EKS access key ID
`-s, --eks-secret-access-key`	(Mandatory) EKS secret access key
`-g, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`--new-name`	New target name
`--description`	Target description
`--eks-region[=us-east-2]`	EKS region
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-gcp-target

Update an existing gcp target

Please note: mandatory values for this command: -n, --name

Usage

akeyless update-gcp-target \
--name <Target Name> \
--new-name <New target name> \
--gcp-key-file-path <Path to file with the base64-encoded service account private key> \
--gcp-key <Base64-encoded service account private key text> \
--use-gw-cloud-identity <Use the GWs Cloud IAM> \
--key <Key name>

Parameters

Parameter	Description
`-n , --name`	(Mandatory) Target name
`--new-name`	New target name
`--description`	Target description
`--gcp-key-file-path`	Path to file with the base64-encoded service account private key
`--gcp-key`	Base64-encoded service account private key text
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-gke-target

Updates an existing gke target

Usage

akeyless update-gke-target \
--name <Target Name> \
--new-name <New target name> \
--gke-account-email <GKE service account email> \
--gke-cluster-endpoint <GKE cluster endpoint> \
--gke-cluster-ca-cert <GKE Base-64 encoded cluster certificate> \
--gke-account-key-file-path <File path to GKE service account key> \
--gke-account-key <GKE service account key> \
--gke-cluster-name <GKE cluster name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-a, --gke-account-email`	GKE service account email
`-e, --gke-cluster-endpoint`	GKE cluster endpoint, i.e., cluster URI https://<DNS/IP>
`-c, --gke-cluster-ca-cert`	GKE Base-64 encoded cluster certificate
`--gke-account-key-file-path`	File path to GKE service account key
`--gke-account-key`	GKE service account key
`--gke-cluster-name`	GKE cluster name
`--new-name`	New target name
`-i, --use-gw-cloud-identity`	Use the GW's Cloud IAM
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-k8s-target

Updates an existing k8s target

Usage

akeyless update-k8s-target \
--name <Target Name> \
--k8s-cluster-endpoint <K8S Cluster endpoint> \
--k8s-cluster-ca-cert <K8S Cluster certificate> \
--k8s-cluster-token <K8S Cluster authentication token> \
--new-name <New target name>

Parameters

Parameter	Description
`, --name`	(Mandatory) Target name
`-e, --k8s-cluster-endpoint`	(Mandatory) K8S Cluster endpoint. https:// , <DNS / IP> of the cluster
`-c, --k8s-cluster-ca-cert`	(Mandatory) K8S Cluster certificate. Base 64 encoded certificate
`-t, --k8s-cluster-token`	(Mandatory) K8S Cluster authentication token
`-i, --use-gw-service-account`	Use the GW's service account
`--k8s-auth-type[=token]`	K8S auth type, [token/certificate]
`--k8s-client-certificate`	Content of the k8 client certificate (PEM format) in a Base64 format
`--k8s-client-certificate-file`	Path to a file that contain the k8s client certificate in PEM format
`--k8s-client-key`	Content of the k8 client private key (PEM format) in a Base64 format
`--k8s-client-key-file</code`	Path to a file that contain the k8s client private key in PEM format
`--new-name`	New target name
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-rabbitmq-target

Update an existing new rabbitmq target

Usage

akeyless update-rabbitmq-target \
--name <Target Name> \
--new-name <New target name> \
--user <RabbitMQ server user> \
--pwd <RabbitMQ server password> \
--uri <RabbitMQ server URI> \
--key <Key name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`--description`	Target description
`--user`	RabbitMQ server user
`--pwd`	RabbitMQ server password
`--uri`	RabbitMQ server URI
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-ssh-target

Update an existing ssh target

Usage

akeyless update-ssh-target \
--name <Target Name> \
--new-name <New target name> \
--host <SSH host name> \
--port <SSH port (Deafult = 22)> \
--ssh-username <SSH username> \
--ssh-password <SSH password to rotate> \
--private-key-path <SSH private key file path> \
--private-key <SSH private key>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`--description`	Target description
`--host`	SSH host name
`--port[=22]`	SSH port
`--ssh-username`	SSH username
`--ssh-password`	SSH password to rotate
`--private-key-path`	SSH private key file path
`--private-key`	SSH private key
`--private-key-password`	SSH private key password
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-target

Update target

Usage

akeyless update-target \
--name <Target Name> \ 
--new-name <New target name>

Parameters

Parameter	Description
`-n. --name`	(Mandatory) Target name
`--new-name`	New Target name
`--description[=default_description]`	New target description, if none is given, the existing description will remain

update-web-target

Update an existing web target

Usage

akeyless update-web-target \
--name <Target Name> \
--new-name <New target name> \
--url <Web target URL>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`--description`	Target description
`-u, --url`	Web target URL
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-salesforce-target

Updates the Salesforce target

Usage

akeyless update-salesforce-target \
--name <Target name> \
--tenant-url <URL of the Salesforce tenant> \
--client-id <Client ID of the oauth2 app to use for connecting to Salesforce> \
--email <The email of the user attached to the oauth2 app used for connecting to Salesforce> \
--auth-flow <type of the auth flow ('jwt' / 'user-password')> \
--new-name <New target name> \
--client-secret <Client secret of the oauth2 app to use for connecting to Salesforce>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`-u, --tenant-url`	(Mandatory) Url of the Salesforce tenant
`-i, --client-id`	(Mandatory) Client ID of the oauth2 app to use for connecting to Salesforce
`-e, --email`	(Mandatory) The email of the user attached to the oauth2 app used for connecting to Salesforce
`-a, --auth-flow`	(Mandatory) type of the auth flow ('jwt' / 'user-password')
`-s, --client-secret`	Client secret of the oauth2 app to use for connecting to Salesforce (required for password flow)
`-f, --app-private-key-file-name`	Name of the of file containing a PEM private key of the connected app (relevant for JWT auth only)
`--app-private-key-data`	Base64 encoded PEM of the connected app private key (relevant for JWT auth only)
`-p, --password`	The password of the user attached to the oauth2 app used for connecting to Salesforce (required for user-password flow)
`-o, --security-token`	The security token of the user attached to the oauth2 app used for connecting to Salesforce (required for user-password flow)
`--ca-cert-file-name`	Name of a file containing a PEM certificate to use when uploading new key to Salesforce
`--ca-cert-data`	Base64 encoded PEM cert to use when uploading a new key to Salesforce. Used if file name was not provided.
`--ca-cert-name`	name of the certificate in Salesforce tenant to use when uploading new key
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-dockerhub-target

updates an existing dockerhub target

Usage

akeyless update-dockerhub-target \
--name <Target Name> \
--dockerhub-username <Username for docker repository> \
--dockerhub-password <Password for docker repository> \
--new-name <New target name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`--dockerhub-username`	(Mandatory) Username for docker repository
`--dockerhub-password`	(Mandatory) Password for docker repository
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-github-target

updates a new github target

Usage

akeyless update-github-target \
--name <Target Name> \
--new-name <New target name> \
--github-app-id <Github application id> \
--github-app-private-key <Github application private key> \
--github-base-url <Github base url (Deafult = https://api.github.com>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`--new-name`	New target name
`--github-app-id`	Github application id
`--github-app-private-key`	Github application private key (base64 encoded key)
`--github-base-url[=https://api.github.com/]`	Github base url
`--description`	Target description
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-ldap-target

updates a new ldap target

Usage

akeyless update-ldap-target \
--name <Target Name> \
--ldap-url <LDAP Serve URL> \
--bind-dn <LDAP Bind DN> \
--bind-dn-password <Password for LDAP Bind DN> \
--new-name <New target name> \
--server-type <Set Ldap server type, Options:[OpenLDAP, ActiveDirectory]>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target name
`-l, --ldap-url`	(Mandatory) LDAP Server URL
`-b, --bind-dn`	(Mandatory) LDAP Bind DN
`-p, --bind-dn-password`	(Mandatory) Password for LDAP Bind DN
`-s, --server-type`	Set Ldap server type, Options:[OpenLDAP, ActiveDirectory]
`--new-name`	New target name
`--description`	Target description
`-t, --ldap-ca-cert`	LDAP base-64 encoded CA Certificate
`--token-expiration`	LDAP token expiration in seconds
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--update-version`	[Deprecated: Use keep-prev-version instead] Whether to create a new version
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings

update-linked-target

Update an existing Liked Target

Usage

akeyless update-linked-target \
--name <linked target name> \
--new-name <new name> \
--parent <parent target> \
--hostss <hosts>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) The name of the existing Linked Target
`--new-name`	New name for the Linked Target
`-s, --hosts`	A comma-separated list of server hosts and server descriptions joined by a semicolon ';' (i.e. 'server-dev.com;My Dev server,server-prod.com;My Prod server description')
`-p, --parent-target-name`	The parent Target name from which to inherit credentials
`--description`	Description of the object

update-windows-target

Update an existing Windows Target

Usage

akeyless update-windows-target \
--name <Windows target name> \
--hosts <hostname> \
--username <username> \
--password <password> \
--new-name <new name>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Name for the Windows target
`--new-name`	New name for the Windows Target
`-s, --hostname`	(Mandatory) Server hostname or IP Address
`-u, --username`	(Mandatory) Privileged username
`-p, --password`	(Mandatory) Privileged user password
`-d, --domain`	User domain name
`-r, --port[=5986]`	Server WinRM port
`--use-tls[=true]`	Enable/Disable TLS for WinRM over HTTPS [true/false]
`--certificate`	SSL CA certificate in base64 encoding generated from a trusted Certificate Authority (CA)
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings
`--description`	Description of the object

update-ZeroSSL-target

Update an existing ZeroSSL Target

Usage

akeyless update-zerossl-target \
--name <Target Name> \
--api-key <API Key of the ZeroSSLTarget account> \
--imap-username <Username to access the IMAP service> \
--imap-password <Password to access the IMAP service> \
--imap-fqdn <FQDN of the IMAP service> \
--imap-validation-imap <Email address to send the validation email> \
--new-name <New Name>

Parameters

Parameters	Description
`-n, --name`	(Mandatory) Name for the ZeroSSL target
`--api-key`	(Mandatory) ZeroSSL API Key, can be found under your ZeroSSL account in the Developer section
`--imap-username`	(Mandatory) An email address of the user registered to the IMAP service
`imap-password`	(Mandatory) IMAP APP-Password - for example, on Gmail Under Settings-> Security, click on 2-Step Verification and generate APP-Password (2-Step verification must be enabled)
`--imap-fqdn`	(Mandatory) IMAP FQDN, for example imap.gmail.com
`--imap-validation-email`	The domain owner email address that certificate validation mail will be sent to, needs to be one of the following: `[email protected]`, `[email protected]`, `[email protected]`, `[email protected]`, `[email protected]`
`--imap-port[=993]`	Port of the IMAP service
`--new-name`	New target name
`-k, --key`	Key name. The key will be used to encrypt the target secret value
`--keep-prev-version`	Whether to keep the previous version, options:[true, false], If not set, use default according to account settings
`--description`	Description of the object

update-GlobalSign-target

Update an existing GlobalSign Target

Usage

akeyless update-globalsign-target \
--name <Target Name> \
--username <Username> \
--password <Password> \
--profile-id <Profile ID> \
--contact-first-name <Account owner first name> \
--contact-last-name <Account owner last name> \
--contact-phone <Account owner Telephone> \
--contact-email <Account owner email> \
--new-name <New Name>

Parameters

Parameters	Description
`-n, --name`	(Mandatory) Target name
`-u, --username`	(Mandatory) Username of the GlobalSign GCC account
`-p, --password`	(Mandatory) Password of the GlobalSign GCC account
`-i, --profile-id`	(Mandatory) Profile ID of the GlobalSign GCC account
`-f, --contact-first-name`	(Mandatory) First name of the GlobalSign GCC account contact
`-l, --contact-last-name`	(Mandatory) First name of the GlobalSign GCC account contact
`--contact-phone`	(Mandatory) Telephone of the GlobalSign GCC account contact
`-e, --contact-email`	(Mandatory) Email of the GlobalSign GCC account contact
`--timeout[=5]`	Timeout waiting for certificate validation
`--new-name`	New target name
`-k, --key`	Key name. The key will be used to encrypt the target secret value
`--keep-prev-version`	Whether to keep previous version, options:[true, false]. If not set, use default according to account settings
`--description`	Description of the object

update-globalsign-atlas-target

Updates an existing GlobalSignAtlas target

Usage

akeyless update-globalsign-atlas-target \
--name <Target Name> \
--api-key <GlobalSign Atlas API Key> \
--api-secret <GlobalSign Atlas API Secret>

Parameters

Parameter	Description
`-n, --name`	(Mandatory) Target Name
`-a, --api-key`	(Mandatory) API Key of the GlobalSign Atlas account
`-s, --api-secret`	(Mandatory) API Secret of the GlobalSign Atlas account
`--mlts-cert-file-path`	Path to the Mutual TLS Certificate of the GlobalSign Atlas account, either mtls-cert-file-path or tls-cert-data-base64 must be supplied
`--mlts-cert-data-base64`	Mutual TLS Certificate contents of the GlobalSign Atlas account encoded in base64, either mtls-cert-file-path or mtls-cert-data-base64 must be supplied
`--mlts-key-file-path`	Path to the Mutual TLS Key of the GlobalSign Atlas account, either mtls-key-file-path or mtls-key-data-base64 must be supplied
`--mlts-key-data-base64`	Mutual TLS Key contents of the GlobalSign Atlas account encoded in base64, either mtls-key-file-path or mtls-key-data-base64 must be supplied
`--timeout[=5]`	Timeout waiting for certificate validation
`--new-name`	New Target Name
`-k, --key`	Key name. The key will be used to encrypt the target secret value. If key name is not specified, the account default protection key is used