Properties Reference

Email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

Real name of all users (primary owner, IT contact, other owner) associated with the username.

Availability zones associated with the auto scaling group.

If the service's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified.

The tag compliance state for the service: Compliant or Non-compliant.

Current number of instances in the auto scaling group.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a service.

Date and time when the service was created.

Time between scaling activities, in seconds.

Desired number of instances for this auto scaling group.

Expiry date for the service.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The expiry group this service belongs to.

Expiry state of the service. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

Time to wait before checking instance health, in seconds.

Type of health check to perform.

Indicates whether instances in the auto scaling group are protected from scale-in.

Email address of the IT contact, if known.

User ID of the IT contact, if known.

Full name of the IT contact, if known.

The launch configuration used to launch the instances in the auto scaling group.

Number of load balancers associated with this auto scaling group.

The maintenance group this service belongs to.

Maximum number of instances that should be running in this auto scaling group.

Minimum number of instances that should be running in this auto scaling group.

Name of the organization that the service is assigned to.

Email address of the primary owner, if known.

User ID of the primary owner, if known.

Full name of the primary owner, if known.

Number of scaling processes that are suspended.

The address of the cloud account.

The URL for the AWS Service Health Dashboard (https://status.aws.amazon.com).

AWS only.

Indicates whether billing retrieval is configured for this cloud account. Available values are Yes or No.

Public cloud only.

Indicates whether the cloud account is currently connected to Commander, with a Yes or No.

The container runtime for the Kubernetes cluster.

Kubernetes only.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a cloud account.

The URL for the Google Cloud Status Dashboard (https://status.cloud.google.com).

GCP only.

Indicates how far back in time historical events have been retrieved.

vCenter only.

The kubelet version for the first node in the Kubernetes cluster.

Kubernetes only.

The kube-proxy version for the first node in the Kubernetes cluster.

Kubernetes only.

Date and time that Commander last successfully retrieved updates for the cloud account from the public cloud vendor. For Kubernetes, the date and time that Commander last successfully retrieved an update for the cluster.

Public cloud and Kubernetes only.

The maintenance group for this cloud account.

The date when the cloud account was added to Commander.

The version of the cloud account.

vCenter and SCVMM only.

The URL for the Microsoft Azure Service Health Dashboard (https://azure.microsoft.com/statu).

The display name of the cloud account.

The number of datacenters in the cloud account.

For AWS, this is the number of availability zones. For GCP, this is the number of zones. Not displayed for Azure or Kubernetes.

The number of datastores associated with the cloud account.

For public clouds, this property is displayed only in the Storage view and on the Cloud Accounts tab of the Infrastructure view.

The number of hosts in the cloud account.

vCenter and SCVMM only.

The number of namespaces in the cluster.

Kubernetes only.

The number of nodes in the cluster.

Kubernetes only.

The number of pods in the cluster.

Kubernetes only.

The number of GCP projects in this cloud account.

GCP only.

The number of resource groups in the cloud account.

Azure only.

The number of storage accounts in the cloud account.

Azure only.

The number of templates in inventory. Displayed in the Storage view > Managed folder.

vCenter only.

The number of VMs in the cloud account.

Not displayed for Kubernetes.

The number of volumes in the cluster.

Kubernetes only.

The number of templates out of inventory. Displayed in the Storage view > Unmanaged folder.

vCenter only.

The number of VMs in inventory. Displayed in the Storage view.

vCenter only.

The number of VMs out of inventory. Displayed in the Storage view.

vCenter only.

The number of GCP zones in this cloud account.

GCP only.

The port used to connect to the cloud account.

Blank for public cloud accounts.

If VM console credentials have been configured for this cloud account using a specific user account, displays the username specified for the Service Portal. Otherwise, the value is blank.

vCenter only.

The cloud platform. Can be VMware Virtual Center, Amazon Web Services, Microsoft Azure, Google Cloud Platform, Kubernetes Cluster, Microsoft SCVMM, or Unknown.

The username used to add the cloud account.

For AWS, displays the Access Key ID. For Azure, displays the Subscription ID. Not displayed for GCP or Kubernetes.

The Additional Reserve setting for this cluster: either Use Global Defaults, or a percentage value for CPU and Memory. See Set the default reserved capacity for performance and growth.

The Additional Reserved CPU for this cluster, in GHz. See Set the default reserved capacity for performance and growth.

The Additional Reserved memory for this cluster, in GB. See Set the default reserved capacity for performance and growth.

Indicates whether the default values for additional reserves have been overridden for this cluster (Yes or No). See Set the default reserved capacity for performance and growth.

Change (from seven days ago) in the number of VMs that can be deployed to this cluster, calculated using average usage. See Manage Host and Cluster Capacity.

Change (from seven days ago) in the number of VMs that can be deployed to this cluster, calculated using peak usage. See Manage Host and Cluster Capacity.

Number of VMs that can be deployed to this cluster, calculated using average usage. See Manage Host and Cluster Capacity.

Number of VMs that can be deployed to this cluster, calculated using peak usage. See Manage Host and Cluster Capacity.

The constraining resource on this cluster (Memory, CPU or Storage), calculated using average usage.

The constraining resource on this cluster (Memory, CPU or Storage), calculated using peak usage.

The CPU required for a typical VM on this cluster; used in capacity calculations. See Manage Host and Cluster Capacity.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a cluster.

The VMware Distributed Resource Scheduler level set for the cluster.

Indicates whether VMware Distributed Resource Scheduler is balancing VM workloads across hosts in a cluster with a Yes or No.

vCenter only.

Indicates whether hosts in this cluster are excluded from capacity calculations with a Yes or No.

Indicates whether VMware High Availability is running on a cluster to automatically recover host failures with a Yes or No.

vCenter only.

Details for the particular HA Failover Policy configured for the cluster in vCenter:

• If the failover policy is Specify Hosts, this property provides a comma-separated list of failover host names.
• If the failover policy is Resource Percentage, this property provides the CPU and memory reservation as percentages. Example: CPU = 25%, Memory = 25%
• If the failover policy is Host Failover Tolerance, this property provides the tolerance level as a number of hosts. Example: Tolerance Level = 1
• vCenter only.

The Admission Control policy configured for this cluster in vCenter. Values can be Specify Hosts, Resource Percentage, Host Failover Tolerance, or Not Applicable (if Admission Control isn't enabled, or if HA is disabled).

vCenter only.

The amount of CPU reserved as failover spare capacity, in GHz.

• If the HA Failover Policy is Host Failover Tolerance, this property provides the amount of reserved CPU, corresponding to the number of host failures the cluster tolerates. For example, if you've specified a host failure tolerance of 1, and your cluster has two hosts with a total CPU of 6.4 GHz, the HA Reserved CPU will be 3.2 GHz.
• If the HA Failover Policy is Resource Percentage, this property provides the amount of reserved CPU, corresponding to the percentage of cluster resources reserved as failover spare capacity. For example, if you've specified 25% of CPU as failover spare capacity, and the cluster has a total CPU of 6.4 GHz, the HA Reserved CPU will be 1.6.
• If the HA Failover Policy is Specify Hosts, this property is blank.

This value is populated and updated by the Update Performance and Capacity task (which is run as a nightly automated task, and can also be run manually). See Manually update capacity information for cluster or hosts for more information.

vCenter only.

The amount of memory reserved as failover spare capacity, in GB.

• If the HA Failover Policy is Host Failover Tolerance, this property provides the amount of reserved memory, corresponding to the number of host failures the cluster tolerates. For example, if you've specified a host failure tolerance of 1, and your cluster has two hosts with a total memory of 16 GB, the HA Reserved CPU will be 8 GB.
• If the HA Failover Policy is Resource Percentage, this property provides the amount of reserved memory, corresponding to the percentage of cluster resources reserved as failover spare capacity. For example, if you've specified 25% of memory as failover spare capacity, and the cluster has a total memory of 16 GB, the HA Reserved CPU will be 4.
• If the HA Failover Policy is Specify Hosts, this property is blank.

This value is populated and updated by the Update Performance and Capacity task (which is run as a nightly automated task, and can also be run manually). See Manually update capacity information for cluster or hosts for more information.

vCenter only.

The memory required for a typical VM on this cluster; used in capacity calculations. See Manage Host and Cluster Capacity.

The name of the cluster.

The number of datastores in the datastore cluster.

The number of hosts associated with a datastore cluster.

The number of VMs in the datastore cluster.

The storage required for a typical VM on this cluster; used in capacity calculations. See Manage Host and Cluster Capacity.

Total CPU resources assigned to this cluster.

Total memory resources assigned to this cluster.

Number of processors in all of the hosts in this cluster.

Indicates whether the default values for typical VM workload have been overridden for this cluster (Yes or No). See Set the default VM workload.

The email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

The real name of all users (primary owner, IT contact, other owner) associated with the username.

The approval state of the database. Values are:

• Approved
• Unapproved
• Unknown

Indicates whether minor engine upgrades will be applied automatically to the database during the maintenance window (Yes or No).

Indicates whether or not automated backups are enabled for the database, along with the backup retention period, for example, Enabled (7 days).

The daily time range during which automated backups are created if automated backups are enabled.

For supported engines, indicates the Character Set associated with the database.

Any custom attribute that can be applied to a service.

The user-assigned database name.

The date and time when the database was created.

Specifies whether the database is encrypted.

The database's DNS name and port number.

The database type and version.

The estimated annual cost of the database based on the assigned cost model.

The estimated daily cost of the database based on the assigned cost model.

The estimated quarterly cost of the database based on the assigned cost model.

The estimated weekly cost of the database based on the assigned cost model.

The expiry date for the database.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The database's expiry group.

The expiry state of the database. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

The database's instance type, for example, db.t2.micro.

The number of I/O operations per second (IOPS) that the database should provision.

The email address of the IT contact, if known.

The user ID of the IT contact, if known.

The full name of the IT contact, if known.

The KMS key identifier for an encrypted database.

The latest time to which a database can be restored with point-in-time restore.

The license model information for the database.

The maintenance group assigned to the service.

The weekly time range (in UTC) during which system maintenance can occur.

The monthly cost of the database based on the assigned cost model.

Indicates whether the database is a multiple Availability Zone deployment (Yes or No).

The number of virtual CPU cores used by the database.

An option group that this database is associated with.

The name of the organization that the database is assigned to.

The parameter groups assigned to the database at creation time, along with the status of parameter updates, for example, default.mysql5.6 (in-sync).

Indicates whether modifications are pending for the database (Yes or No).

The email address of the primary owner, if known.

The user ID of the primary owner, if known.

The full name of the primary owner, if known.

Indicates whether the database is an Internet-facing instance (Yes or No). If Yes, the database has a publicly resolvable DNS name, which resolves to a public IP address. If No, the database is internal, with a DNS name that resolves to a private IP address.

For read replicas, the identifier of the source database.

One or more identifiers of the Read Replicas associated with this database.

For read replicas, displays errors that occurred during replication, if any.

For read replicas, the state of the read replica (for example, replicating, replicated).

If StorageEncrypted is true, the region-unique, immutable identifier for the encrypted database. This identifier is found in AWS CloudTrail log entries whenever the KMS key for the database is accessed.

The name of the secondary Availability Zone for a database with multi-availability zone support.

A comma-separated list of the security groups assigned when the instance was launched. A security group is a collection of firewall rules that restricts the network traffic for the instance.

If the database is part of an AWS stack, provides a hyperlink to the parent stack.

The status of the database (for example, available, running, rebooting, deleting).

The amount of storage assigned to the database, in GB.

The storage type associated with the database. Values can be: Magnetic, General Purpose (SSD), or Provisioned IOPS (SSD).

The subnet group assigned to the database, for example, default-vpc-3b793253.

If the database's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified.

The tag compliance state for the database: Compliant or Non-compliant.

The email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

The real names of all users (primary owner, IT contact, other owner) associated with the username.

Indicates whether minor engine upgrades will be applied automatically to the database during the maintenance window (Yes or No).

Indicates whether or not automated backups are enabled for the database, along with the backup retention period.

Whether the Azure Hybrid Benefit is enabled or isn't enabled for the database. If the Azure Hybrid Benefit isn't applicable for the database, no value is shown.

The daily time range during which automated backups are created if automated backups are enabled.

For supported engines, indicates the Character Set associated with the database.

The cloud account address.

The cloud account name.

The cloud account type for the database, for example, Azure.

Whether the cloud type is public or private. For Azure, this will be public.

The user-assigned database name.

Azure SQL Databases and Azure Managed Instances only.

The type of SQL Server: MS SQL Database, MS SQL Managed Instance, or MS SQL Virtual Machine.

The name of the datacenter in which the database is stored.

Date and time when the database was created.

Indicates whether the database is encrypted.

Indicates whether the database is in an End of Life state (Yes or No).

The database's DNS name and port number.

Azure SQL Databases and Azure Managed Instances only.

Database type and possible version.

The database version number, for example 12.0, Developer, Enterprise.

This information is only provided for Azure SQL databases.

The estimated annual cost of the database based on the cost model associated with that database.

The estimated daily cost of the database based on the cost model associated with that database.

The estimated monthly cost of the database based on the cost model associated with that database.

The estimated quarterly cost of the database based on the cost model associated with that database.

The estimated weekly cost of the database based on the cost model associated with that database.

The expiry date for the database.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The database's expiry group.

The expiry state of the database. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

The database's instance type, for example, GP_Gen5.

The number of I/O operations per second (IOPS) that the database should provision.

Azure SQL VMs only.

The email address of the IT contact, if known.

The user ID of the IT contact, if known.

The full name of the IT contact, if known.

The KMS key identifier for an encrypted database.

Azure SQL Databases only.

The latest time to which a database can be restored with point-in-time restore.

Azure SQL Databases only.

The license model used for the database.

• For Azure SQL Databases and Azure Managed Instances, the license type can be: LicenseIncluded, if the database was automatically given a license when deployed; BasePrice, if the database can use an existing license.
• For Azure SQL VMs, the license type can be PAYG, DR, AHUB.

The maximum log size (in MB) for the database.

Azure SQL Databases only.

The maintenance group assigned to the service.

The weekly time range (in UTC) during which system maintenance can occur.

The resource that manages the database.

Azure SQL Databases and Azure SQL VMs only.

Whether the database is a multiple Availability Zone deployment (Yes or No).

The name of the database.

For Azure SQL VMs, the name of the VM is displayed.

The number of virtual CPU cores used by the database.

An option group that the database is associated with.

The name of the organization that the database is assigned to.

The parameter groups assigned to the database at creation time, along with the status of parameter updates.

The name of the parent organization that the database is assigned to.

Indicates whether modifications are pending for the database (Yes or No).

The email address of the primary owner, if known.

The user ID of the primary owner, if known.

The full name of the primary owner, if known.

The assigned port number.

Whether the database is Internet-facing (Yes or No). If Yes, the database has a publicly resolvable DNS name, which resolves to a public IP address. If No, the database is internal, with a DNS name that resolves to a private IP address.

Azure SQL Databases and Azure Managed Instances only.

One or more identifiers of the Read Replicas associated with this database.

The region where the database is located.

For read replicas, displays errors that occurred during replication, if any.

For read replicas, the state of the read replica (for example, replicating, replicated).

The name of the resource group that contains the database.

The database resource ID.

The parent server of an Azure SQL database. For Azure SQL databases, there's a relationship of one server to multiple databases.

The secondary datacenter used for a paired region configuration.

A comma-separated list of the security groups assigned when the resource was launched. A security group is a collection of firewall rules that restricts the network traffic for the resource.

Status of the database (for example, available, running, rebooting, deleting).

Amount of storage assigned to the database, in GB.

Azure SQL Databases and Azure Managed Instances only.

The storage type associated with the database. Values can be: Magnetic, General Purpose (SSD), or Provisioned IOPS (SSD).

The subnet group assigned to the database, for example, default-vpc-3b793253.

Azure Managed Instances only.

Indicates whether the database is in a Suspect state (Yes or No).

If the database's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified.

The tag compliance state for the database: Compliant or Non-compliant.

The administrator username or login of the account that created the database.

The creation date of the database (ISO8601 format).

Any custom attribute created in Configuration > Custom Attributes that can be applied to a datacenter, GCP zone or AWS availability zone.

The name of the datacenter, GCP zone or AWS availability zone.

The number of datastores associated with the datacenter.

The number of hosts in the datacenter.

Not displayed for public cloud accounts.

The total space available in a datastore cluster.

Indicates whether VMware Distributed Resource Scheduler is balancing VM workloads across hosts in a datastore cluster with a Yes or No.

vCenter only.

The free space on a datastore cluster as a percentage of the total space.

The free space on a datastore cluster.

The name of the datastore cluster.

The number of datastores in the datastore cluster.

The number of hosts associated with a datastore cluster.

The number of VMs in the datastore cluster.

The storage tier assigned to the datastore.

The used space on the datastore cluster as a percentage of the total space.

Indicates whether a datastore is accessible with a Yes or No.

The space on a datastore available for deployment and fulfillment, as a percentage of the total space. Equal to Free % minus Reservation %.

vCenter and SCVMM only

The space on a datastore available for deployment and fulfillment, in GB. Equal to Free (GB) minus Reservation (GB).

vCenter and SCVMM only.

Indicates whether a datastore is available for VM placement with a Yes or No.

The total space available in a datastore.

vCenter and SCVMM only

Any custom attribute created in Configuration > Custom Attributes that can be applied to a datastore.

The date the datastore was added to the virtualized infrastructure.

The device where the datastore is located.

Indicates whether the datastore is encrypted with a Yes or No.

Azure only.

The total free space on a datastore, as a percentage of the total space. Equal to Available % plus Reservation %.

vCenter and SCVMM only.

The total free space on a datastore, in GB. Equal to Available (GB) plus Reservation (GB).

vCenter and SCVMM only.

The number of hosts associated with a datastore.

vCenter and SCVMM only.

Indicates whether the datastore is included in capacity calculations (Yes or No).

The last date when the datastore was scanned. If the datastore hasn't been scanned, the value isn't Scanned.

For public cloud accounts, datastores are never scanned, so this property indicates the date and time of the last synchronization with the cloud account, when Commander collects updated storage information.

The located of the datastore on disk.

vCenter and SCVMM only.

Indicates whether the datastore is in maintenance mode (Yes or No).

The name of the datastore. For managed storage accounts on Azure, the value is Managed Storage.

The number of orphaned or unlinked files (files remaining in the datastore after VMs are deleted from inventory). For GCP, shows the number of disks not attached to any VMs; on the General pane for a GCP datastore, this value is displayed as the Unattached Disks property.

The performance type for an Azure unmanaged storage account. Values can be:

• Standard
• Standard / Cool
• Standard / Hot
• Premium

The used, uncommitted and reserved space on the datastore, as a percentage of total space.

vCenter and SCVMM only.

The replication type for an Azure unmanaged storage account. Values can be:

• Geo-redundant storage
• Locally redundant storage
• Read-access geo-redundant storage
• Zone-redundant storage

The amount of storage space reserved for deployment (or fulfillment), as a percentage of total space. Storage is reserved when deployment/fulfillment begins, and the reservation is released when complete (or failed).

vCenter and SCVMM only.

The amount of storage space reserved for deployment (or fulfillment). Storage is reserved when deployment/fulfillment begins, and the reservation is released when complete (or failed).

vCenter and SCVMM only.

The resource group for an unmanaged Azure storage account (shown in the Storage view).

An Azure storage account has a primary region (shown in the tree) and may also have a secondary region. Shown in the Storage view.

The status of an Azure unmanaged storage account, in its primary and (if applicable) secondary region. Values can be:

• Primary Available
• Primary Unavailable
• Primary Unavailable, Secondary Unavailable
• Primary Available, Secondary Available
• Primary Unavailable, Secondary Available
• Primary Available, Secondary Unavailable

The storage tier assigned to the datastore.

Number of templates in the datastore that are in inventory.

Number of templates in the datastore that are out of inventory.

vCenter only.

Total number of VMs and templates in the datastore that are in inventory.

Total number of VMs and templates in the datastore.

Total number of VMs and templates in the datastore that are out of inventory.

vCenter only.

The datastore type. Possible values:

• vCenter: NFS, VMFS, CIFS, Unknown
• AWS: Amazon EBS, Amazon S3
• Azure: Azure Storage, Azure Blob Storage, Azure Managed Storage
• GCP: Google Cloud Regional Persistent Storage, Google Cloud Zonal Persistent Storage
• SCVMM: Local, Remote, Cluster Shared Volume, Unknown

The number of disks not attached to any VMs.

GCP only.

Total additional storage space, as a percentage of the total space, potentially used by all services on this datastore.

vCenter and SCVMM only.

Total additional storage space potentially used by all services on this datastore.

vCenter and SCVMM only.

The used space on the datastore (total of in-inventory VMs and out-of-inventory VMs), as a percentage of the total space.

vCenter, SCVMM only.

The total space used in the datastore (total of in-inventory VMs and out-of-inventory VMs).

Number of VMs in the datastore that are in inventory.

The email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

The real name of all users (primary owner, IT contact, other owner) associated with the username.

When the deployment's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified.

The tag compliance state for the deployment: Compliant or Non-compliant.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a service.

The date and time when the deployment was created.

A description for the deployment.

A link to a dialog showing all errors and warnings associated with the deployment status.

The estimated cost of the deployment, based on the cost of supported deployment resources (controlled by the assigned cost model) plus the value of the Additional Costs property. See Costs for deployment configurations.

The expiry date for the deployment.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The deployment's expiry group.

The expiry state of the deployment. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

The email address of the IT contact, if known.

The user ID of the IT contact, if known.

The full name of the IT contact, if known.

The time the deployment was last updated.

The maintenance group assigned to the deployment.

The name of the deployment that was assigned during provisioning.

The name of the organization that the deployment is assigned to.

The properties output by the deployment, such as the ID of a deployed instance.

The email address of the primary owner, if known.

The user ID of the primary owner, if known.

The full name of the primary owner, if known.

The status of the deployment. Values can be

• Create Complete
• Create Failed
• Create in Progress
• Create Pending
• Delete Complete
• Delete Failed
• Delete in Progress
• Delete Pending
• Update Complete
• Update in Progress
• Update Pending
• Update Failed

Any custom attribute created in Configuration > Custom Attributes that can be applied to a folder.

The number of datastores associated with the folder.

vCenter only.

The number of hosts in the folder.

vCenter only.

The number of GCP projects in the folder.

GCP only.

The average speed of the host server.

Change (from seven days ago) in the number of VMs that can be deployed to this host, calculated using average usage. See Manage Host and Cluster Capacity.

Change (from seven days ago) in the number of VMs that can be deployed to this host, calculated using peak usage. See Manage Host and Cluster Capacity.

Number of VMs that can be deployed to this host, calculated using average usage. See Manage Host and Cluster Capacity.

Number of VMs that can be deployed to this host, calculated using peak usage. See Manage Host and Cluster Capacity.

The name of the cluster to which the host belongs.

Indicates whether the host credentials are configured (Yes or No).

Indicates whether a host server is connected to the cloud account. State can be Connected, Disconnected, Inaccessible, Invalid, Orphaned, Unknown.

The constraining resource on this host (Memory, CPU or Storage), calculated using average usage.

The constraining resource on this host (Memory, CPU or Storage), calculated using peak usage.

The CPU required for a typical VM on this host; used in capacity calculations. See Manage Host and Cluster Capacity.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a host.

The date the host was added to the virtualized infrastructure.

Indicates whether hyperthreading technology that allows a single physical processor to behave like two logical processors is running.

Indicates whether the host is a member of a cluster (Yes or No).

Standalone hosts and hosts within a cluster support a maintenance mode, which restricts VM operations on the host to allow you to shut down running VMs in preparation for host shutdown.

The manufacturer of the host server.

Memory of the host server.

The memory required for a typical VM on this host; used in capacity calculations. See Manage Host and Cluster Capacity.

Indicates whether the host machine is licensed and configured for migration. When you search with this property, you can select either Yes or No. This property returns the following values: For vCenter: VMotion is Enabled or VMotion is Disabled. For SCVMM: Live Migration is Enabled or Live Migration is Disabled

The model of the host server.

The name or address of the host.

The number of CPU cores for the host server.

The number of processor packages in a CPU. Each processor package contains one or more CPU cores.

The number of network interface cards for the host server.

The number of running VMs on the host.

The number of stopped VMs on the host.

The number of VMs on the host.

Manufacturer and type of processors.

The storage required for a typical VM on this host; used in capacity calculations. See Manage Host and Cluster Capacity.

The number of virtual CPUs per core.

The version of the host.

Indicates whether the instance type is available for spot instance.

Amazon EC2 instances only.

Indicates whether this instance type can be launched as an EBS-optimized instance. Values can be 'Yes' or '-' (for No). For a list of instance types that can be launched as EBS-optimized instances, see Amazon EBS–Optimized Instances in the Amazon EC2 documentation.

Amazon EC2 instances only.

The number of EC2 Compute Units associated with the instance type.

Amazon EC2 instances only.

The maximum number of Elastic Network Interfaces associated with the instance type.

Amazon EC2 and Azure only.

The number of Graphics Processing Units associated with the instance type.

Azure only.

The instance family for the instance type (for example, Standard, High CPU, or High Memory).

The instance storage assigned to the instance type, in GB (for example, 10 GB Ephemeral). For Amazon EC2, if the Root Device Type is EBS, the value is displayed as EBS only.

Not displayed for Amazon RDS.

The instance type (for example, t1.micro, m1.medium, or m2.xlarge).

The maximum number of data disks allowed for this instance type.

Azure only.

The amount of memory associated with the instance type, in GiB or GB.

The friendly name of the instance type, customized in Commander; defaults to the instance type ID if not customized.

A rating of the instance type's network performance. Values can be Very High, High, Moderate, Low, or Very Low.

AWS and Azure only.

Indicates whether the database's instance type is optimized for Provisioned IOPs storage (Yes or No). Displayed only for databases.

Amazon RDS only.

The maximum number of private IP addresses per Elastic Network Interface for the instance type.

Amazon EC2 instances only.

The instance type's processor architecture (for example, 32-bit or 64-bit).

Amazon EC2 instances only.

The amount of storage assigned to the instance type.

Azure only.

Indicates whether this instance type supports premium storage, with a Yes or No.

Azure only

Email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

Real name of all users (primary owner, IT contact, other owner) associated with the username.

The annual cost of the load balancer based on the assigned cost model.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a service

The daily cost of the load balancer based on the assigned cost model.

Date and time when the load balancer was created.

The external DNS name associated with the load balancer.

Expiry date for the load balancer.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The load balancer's expiry group.

Expiry state of the load balancer. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

The approximate interval, in seconds, between health checks of an individual instance.

The amount of time, in seconds, during which no response means a failed health probe.

Protocol and port number used to connect to the instance to perform the health check. Failure to connect within the configured timeout is considered unhealthy.

The number of consecutive health probe successes required before moving the instance to the Healthy state.

For a Classic Load Balancer, this is a count of the healthy, unhealthy, and unknown instances associated with the load balancer. An instance may have an unknown state, for example, if it's unused being provisioned or deleted.

For an Application Load Balancer or a Network Load Balancer, a count of the healthy, unhealthy, and unknown instances associated with the load balancer is provided for the load balancer's target groups.

Email address of the IT contact, if known.

User ID of the IT contact, if known.

Full name of the IT contact, if known.

The listeners configured for this load balancer. A listener is a process that listens for connection requests. It's configured with a protocol and a port number for front-end (client to load balancer) and back-end (load balancer to back-end instance) connections.

If multiple listeners are configured for this load balancer, click the View All link in the load balancer's General pane to view the Listener Details dialog.

The maintenance group assigned to the service.

The monthly cost of the load balancer based on the assigned cost model.

The name of the organization that the load balancer is assigned to.

Email address of the primary owner, if known.

User ID of the primary owner, if known.

Full name of the primary owner, if known.

The quarterly cost of the load balancer based on the assigned cost model.

For load balancers attached to an Amazon VPC, this indicates whether the load balancer is internal or internet-facing:

• Internal — A load balancer with a DNS name that resolves to private IP addresses. Note that a Classic Load Balancer in EC2-Classic must be an internet-facing load balancer.
• Internet-facing — A load balancer with a publicly-resolvable DNS name, which resolves to public IP addresses.

For load balancers attached to an Amazon VPC, a comma-separated list of the security groups assigned when the instance was launched. A security group is a collection of firewall rules that restricts the network traffic for the instance.

If the load balancer is part of an AWS stack, provides a hyperlink to the parent stack.

If the load balancer's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified.

The tag compliance state for the load balancer: Compliant or Non-compliant.

The tag compliance state for the load balancer: Compliant or Non-compliant.

The type of load balancer: Classic, Application, or Network.

Indicates whether the network is accessible (Yes or No).

Doesn't apply to vCenter Distributed Port Group networks.

Indicates whether the network is available for VM deployments (Yes or No).

Doesn't apply to vCenter Standard Port Group networks.

Indicates whether any deployment destinations use this network (Yes or No).

The distributed switch assigned to the network.

Applies only to vCenter Distributed Port Group networks.

Indicates whether the network is used by a fence for external access (Yes or No).

vCenter only.

Indicates whether the network is used by fenced VMs for communication within the fence (Yes or No).

vCenter only.

The IP pool this network is assigned to, if any.

vCenter only.

The name of the network.

An optional tag for a network to indicate its purpose.

The number of hosts in this network.

The number of ports assigned to this network.

Applies only to vCenter Distributed Port Group networks.

The number of VMs in this network.

vCenter only

The network type. For vCenter, can be Standard Port Group or Distributed Port Group. For SCVMM, can be VM Network.

Any custom attribute that can be applied to organizations (that is, a custom attribute available to All Types).

The number of projects in the organization.

The name of the associated billing account, if the GCP service account used to add the cloud account has permission to retrieve billing account information.

Indicates whether the Cloud Billing API is enabled for this project, with a Yes or No.

Indicates whether billing data retrieval has been configured for this project, with a Yes or No.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a GCP organization.

The number of VMs in the project.

The ID of the project (for example, dev-project-001-216815).

Any custom attribute that can be applied to a region.

The maximum number of instances that can be deployed in the region.

AWS and Azure only.

Indicates whether EC2-Classic mode is supported in the region.

AWS only.

Indicates whether VPCs are supported in the region.

AWS only.

The number of datastores in the region.

The number of resource groups in the region.

Azure only.

The number of storage accounts in the region.

Azure only.

The number of templates in inventory. Displayed in the Storage view.

The number of instances deployed in the region. Displayed in the Infrastructure and Applications views.

The number of VMs in inventory. Displayed in the Storage view.

The number of storage accounts in the resource group.

The number of VMs in the resource group.

The cost of the resource. Displayed only for supported resource types.

The logical name of the resource specified in the ARM template.

For Commander supported resources (VM, Datastore or Virtual Cloud), displays the deployed name of the resource, with the relevant icon. Double-clicking a supported resource brings you to the resource in the Infrastructure tree.

For unsupported resources, displays the Azure unique identifier that corresponds to a physical instance ID of a resource supported by Azure.

Email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

Real name of all users (primary owner, IT contact, other owner) associated with the username.

When the stack's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified.

The tag compliance state for the stack: Compliant or Non-compliant.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a service.

Date and time when the stack was created.

A description for the stack.

The estimated annual cost of the stack, based on the cost of supported stack resources (controlled by the assigned cost model) plus the value of the Additional Costs property. See Manage AWS CloudFormation Templates and Stacks.

Expiry date for the stack.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The stack's expiry group.

Expiry state of the stack. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

Email address of the IT contact, if known.

User ID of the IT contact, if known.

Full name of the IT contact, if known.

The time the stack was last updated.

The maintenance group assigned to the service.

The user-assigned stack name.

The name of the organization that the stack is assigned to.

The properties output by the stack, such as the ID of a deployed instance or the public IP/DNS name of a load balancer.

Email address of the primary owner, if known.

User ID of the primary owner, if known.

Full name of the primary owner, if known.

Status of the stack. Values can be:

• Create in Progress
• Create Failed
• Create Complete
• Rollback in Progress
• Rollback Failed
• Rollback Complete
• Delete in Progress
• Delete Failed
• Delete Complete
• Update in Progress
• Update Complete Cleanup in Progress
• Update Complete
• Update Rollback in Progress
• Update Rollback Failed
• Update Rollback Complete Cleanup in Progress
• Update Rollback Complete

The cost of the resource. Displayed only for supported resource types.

User-provided description for the resource.

The success or failure message associated with the resource.

The time the resource's status was last updated.

The logical name of the resource specified in the CloudFormation template.

For Commander supported resources (VM, Load Balancer, Database or VPC), displays the deployed name of the resource, with the relevant icon. Double-clicking a supported resource brings you to the resource in the Infrastructure tree.

For unsupported resources, displays the AWS unique identifier that corresponds to a physical instance ID of a resource supported by AWS CloudFormation.

Current status of the resource. Values can be:

• Create in Progress
• Create Failed
• Create Complete
• Delete in Progress
• Delete Failed
• Delete Complete
• Delete Skipped
• Update in Progress
• Update Failed
• Update Complete

The number of available IP addresses in this subnet.

AWS and Azure only.

The set of IP addresses for the virtual network, in the form of a CIDR block.

Indicates whether this is the default subnet.

AWS only.

Indicates whether any deployment destinations use this subnet.

Indicates whether instances launched into the this subnet should be assigned a public IP address.

If set to true, the instance receives a public IP address only if it's launched with a single, new network interface with the device index of 0.

AWS only.

The name of the subnet. For GCP auto-generated subnets, the name is concatenated with the region name to be distinguishable (for example, default - us-east1).

An optional tag for a subnet to indicate its purpose.

The state of the subnet. For AWS, the state can be Pending or Available. For Azure, the state can be Pending or Succeeded.

AWS and Azure only.

The name of the Terraform account.

The UTC date and time that the Terraform account was last updated successfully.

The current status of the Terraform account.

Available values are:

• Ready: Indicates that state files were successfully retrieved.
• Initializing: Indicates that the state files are being retrieved for the account.
• Error: Indicates that the state files were not successfully retrieved for the account.

The type of Terraform account, which represents the backend where the current state is stored.

Available values are:

• Cloud: State is stored in Terraform Cloud.
• OSS AWS: State is stored in a bucket in Amazon S3.
• OSS Azure: State is stored in a Blob container in Azure Blob storage.

The name of the Terraform account that the backend belongs to.

The Terraform backend.

• Cloud: The backend represents a Terraform workspace.
• OSS AWS and OSS Azure: The backend represents the file path for the state file, including the name of the state file and the workspace environment.

The name of the S3 bucket where the state files are stored.

Applies only to AWS backends.

The name of the container where the state files are stored.

Applies only to Azure backends.

The file path and filename for the state file.

Applies only to AWS and Azure backends.

The name of the AWS region that contains the S3 bucket.

Applies only to AWS backends.

The serial number for the current backend state, which increases monotonically for every version of the current state.

The Terraform version used to create the current state.

The version of the current state.

The unique ID assigned to a state when it is created.

The set of IP addresses for the virtual network, in the form of a Classless Inter-Domain Routing (CIDR) block. If multiple address spaces are assigned, access to the full list is provided.

Azure only.

The set of IP addresses for the virtual network, in the form of a CIDR block.

AWS only.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a virtual network.

Indicates whether this is a default virtual network (Yes or No).

AWS only.

The description for the virtual network.

GCP only.

The DNS server for the virtual network.

Azure only.

Indicates the instance tenancy setting for the virtual network. Value can be: dedicated, default.

If the value is dedicated, all instances launched into the virtual network are Dedicated Instances, regardless of the value of the tenancy attribute for the instance.

If the value is default, instances launched into the virtual network is a Dedicated Instance if the tenancy attribute for the instance is dedicated.

AWS only.

The number of subnets in the virtual network.

The number of VMs currently deployed in the virtual network. For GCP, the number of VMs whose primary NIC is in this VPC network.

A comma-separated list of VPC network peerings configured for this VPC network.

GCP only.

The virtual network's region. Displayed in the Applications view.

Azure only.

The virtual network's resource group. Click the linked resource group name to navigate to the resource group in the tree.

Azure only.

If the VPC is part of an AWS stack, provides a hyperlink to the parent stack.

AWS only.

Email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

Real name of all users (primary owner, IT contact, other owner) associated with the username.

The annual cost of the virtual service based on the assigned cost model.

Number of instances of this virtual service in the Service Catalog.

User account used to create the virtual service.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a virtual service.

The daily cost of the virtual service based on the assigned cost model.

Name of the datacenter in which the virtual service is stored.

Date the virtual service was created.

The virtual service's globally unique DNS name.

Expiry date for the virtual service.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The virtual service's expiry group.

Expiry state of the virtual service. Values can be:

• Expired
• Never Expires
• No Expiry Date Set
• Not Expired
• Post Expiry
• Soon to Expire

Public IP address for the virtual service. A value is displayed only when the virtual service is running.

Email address of the IT contact, if known.

User ID of the IT contact, if known.

Full name of the IT contact, if known.

Indicates whether this virtual service appears in the Service Catalog, and its visibility level.

The maintenance group assigned to the service.

The monthly cost of the virtual service based on the assigned cost model.

Deployed name of the virtual service.

Number of VMs in the virtual service.

Power state of the virtual service. Possible states are:

• Creating (used to ensure that virtual services don't become visible to users before they are fully deployed)
• Failed (use the Status property to search for specific failures; see also Manage Service Power States)
• Not running
• Running
• Saved (for VMs in SCVMM cloud accounts)
• Starting (the Start VM command is in progress)
• Stopping (the Stop VM command is in progress)
• Suspended (all activity on the VM is paused and no transactions are allowed until it's placed in a running state again)
• Suspending (the Suspend command is in progress)
• Unknown

See also Manage Service Power States.

Email address of the primary owner, if known.

User ID of the primary owner, if known.

Full name of the primary owner, if known.

Value of the VMware product configuration element.

Value of the productURL configuration element.

The quarterly cost of the virtual service based on the assigned cost model

VMware vendor name, from VMware configuration.

Indicates how a VM was created:

• Created: a newly created VM
• Copied: a VM cloned from another VM
• Deployed: a VM deployed from a template

Accurate historical costs based on historical billing data.

Email address of all owners (primary owner, IT contact, other owner).

All owner login IDs (primary owner, IT contact, other owner).

Real name of all users (primary owner, IT contact, other owner) associated with the username.

Approval state of the VM. Values are:

• Approved
• Unapproved
• Unknown

Indicates whether the instance is 32-bit or 64-bit. Values are:

• i386
• x86_64

AWS instances and AMIs only.

The VM's availability set. Microsoft Azure availability sets ensure both fault tolerance and service availability.

Azure only.

The average percentage of time that the VM was ready, but could not be scheduled to run on the physical CPU. CPU ready time is dependent on the number of VMs on the host and their CPU loads.

The average amount of actively used virtual CPU, as a percentage of total available CPU based on the host's view of the CPU usage, not the view of the guest operating system.

The amount of actively used virtual CPU, in megahertz, based on the host's view of the CPU usage, not the view of the guest operating system.

The average value for the sum of the following Azure metrics:  Disk Read Bytes/hr, Disk Read Operations/hr, Disk Write Bytes/hr and Disk Write Operations/hr.

Azure only.

Average disk I/O rate.

The average amount of guest physical memory that's currently reclaimed from the VM through ballooning.

The average amount of guest physical memory consumed by the VM for guest memory which includes shared memory and memory that might be reserved, but not actually used. It doesn't include overhead memory.

The amount of additional machine memory allocated to a VM for overhead. The overhead amount is beyond the reserved amount.

The amount of memory that has been swapped in to memory from disk.

The rate at which memory is being swapped from active memory to disk during the current interval.

The average memory usage as a percentage of total configured or available memory.

The average of the sum of data transmitted and received across all virtual NIC instances connected to the VM.

Indicates whether the VM is using the Azure Hybrid Benefit license model.

Azure only.

The VM's cloud type (private or public).

The cluster to which the VM belongs.

If the VM's tag compliance state is Non-compliant, indicates the compliance issue: Incomplete or Unverified

The tag compliance state for the VM: Compliant or Non-compliant

Indicates whether a VM has connected media device such as a CD/DVD connected to the client or host or a datastore ISO file.

Indicates whether a VM is connected to the cloud account.

States that appear are Connected, Disconnected, Inaccessible, Invalid, Orphaned, Unknown.

A predefined custom attribute for a VM's cost center.

Number of CPU processors for the VM. This number can't exceed the number of logical CPU processors on the host server. Appears only if Virtual SMP is supported for the current host and guest operating system or if the VM is configured for Virtual SMP.

Maximum CPU allocation for this VM.

CPU shares for a VM with respect to the parent’s total. Sibling VMs share resources according to their relative share values bounded by the reservation and limit.

Actual value based on resource and object settings.

The username used to create the VM.

Any custom attribute created in Configuration > Custom Attributes that can be applied to a VM.

vCenter and Azure templates only.

For vCenter, indicates whether the guest operating system for the template is customizable (Yes or No).

For Azure, due to a Microsoft limitation, the value is always Yes, whether the template is prepared (doesn't include authentication information) or specialized (includes authentication information). Therefore, Commander enables users to provide credentials during deployment of prepared images.

The datacenter to which the VM belongs.

For AWS, this is the availability zone; for GCP, this is the zone.

The date the VM was created.

Indicates whether Deletion Protection is configured for this VM. The value can be Enabled or Disabled.

GCP only.

The description for the template (AMI or image).

Public cloud only.

The overall storage format for the entire VM. Can be one of the following:

• Thick: The default virtual disk format. The thick virtual disk doesn't change its size, and from the very beginning occupies the entire datastore space provisioned to it.
• Thin: The virtual disk starts small and only uses as much storage space as it needs.
• SEsparse: Disk space is allocated as it's used by the guest OS. Supports over-allocation of storage resources. Block size is configurable and space may be reclaimed.

Prior to release 6.0.2, this property was known as Disk Storage Type.

Private cloud only. For public cloud VMs, the value is "Unknown".

The type of storage configured for each of the VM's disks. A comma-separated list of the unique disk types for all of the VM's disks. Possible values:

• Thick: The default virtual disk format. The thick virtual disk doesn't change its size, and from the very beginning occupies the entire datastore space provisioned to it.
• Thin: The virtual disk starts small and only uses as much storage space as it needs.

vCenter disk types

• RDM: The virtual disk backing uses a Raw Device Mapping to back the virtual disk.
• SEsparse: Disk space is allocated as it's used by the guest OS. Supports over-allocation of storage resources. Block size is configurable and space may be reclaimed.

AWS disk types

• General Purpose (SSD): General purpose Solid-State Drive volume that balances price and performance for a wide variety of transactional workloads. Recommended for system boot volumes, virtual desktops, low-latency interactive apps, development and test environments.
• Provisioned IOPS (SSD): Highest-performance SSD volume designed for mission-critical applications. Best for critical business applications that require sustained IOPS performance, or more than 10,000 IOPS or 160 MiB/s of throughput per volume, such as large database workloads and EBS-optimized instances. The ratio of IOPS provisioned and the volume size requested can be a maximum of 50.
• Magnetic: Previous-generation Hard Disk Drive volumes for workloads where data is infrequently accessed. Not recommended for new applications.
• Throughput Optimized (HDD): Low-cost Hard Disk Drive volume designed for frequently accessed, throughput-intensive workloads. Best for streaming workloads requiring consistent, fast throughput at a low price, such as big data, data warehouses, and log processing. The minimum disk size for this type is 500 GB. It can't be a boot volume.
• Cold (HDD): Lowest-cost Hard Disk Drive volume designed for less frequently accessed workloads. Best for throughput-oriented storage for large amounts of data that's infrequently accessed. The minimum disk size for this type is 500 GB. It can't be a boot volume.

GCP disk types

• Standard Persistent Disk: Efficient and reliable block storage. Persistent disks are located independently from your virtual machine instances, so you can detach or move persistent disks to keep your data even after you delete your instances.
• SSD Persistent Disk: Fast and reliable block storage. Persistent disks are located independently from your virtual machine instances, so you can detach or move persistent disks to keep your data even after you delete your instances.
• Local SSD: High-performance local block storage. Local SSDs have higher throughput and lower latency than standard persistent disks or SSD persistent disks. The data that you store on a local SSD persists only until the instance is stopped or deleted.

The DNS entry for the VM.

For public cloud VMs, this is the public DNS entry. See also Private DNS Name.

Use the public DNS name for communication between your instances and the Internet. Use the private DNS name for communication between the instances in your virtual network. Because using public networking has a cost, using the private DNS name when possible can lower cost.

Indicates whether the VM is in an End of Life state (Yes or No).

When used in a search, this property returns a comma-separated list of all endpoint names configured for the VM (for example, PowerShell, Remote Desktop).

In the VM's General pane, click the Endpoints hyperlink next to the IP Address property to display the Endpoint Details dialog, which list all endpoints configured for the VM.

The cost of the VM based on the assigned cost model. Can be Daily, Weekly, Monthly, Quarterly, or Annual.

The date set for the VM to expire.

The number of expiry extensions remaining. If an expiry extension limit was set, the value is the number of extensions remaining. If no extensions remain, the value is 0. If expiry extensions aren't allowed, or no maximum was set, the value is blank. For more information, see Manage Expired Services Through Policies.

The VM's expiry group.

The expiry state of the VM. Values are:

• Expired
• Never expires
• No expiry date set
• Not expired
• Post expired
• Soon to expire

The name of the fenced network, if the VM belongs to a fenced network.

Whether the VM is in a fenced network.

The datastore information indicating where the VM file is located.

For AWS, this property has a value only for AWS AMIs. Not displayed for Azure or GCP.

The amount of free disk space as a percentage.

For public cloud VMs, a value of Unknown is always displayed.

• For vCenter VMs, the property value is obtained from VMware Tools, if installed, for Windows, Linux, and FreeBSD VMs.
• VMware Tools values for this property may be inaccurate for Linux VMs with an XFS partition.

The free disk space available in a VM.

For public cloud VMs, a value of Unknown is always displayed.

• For vCenter VMs, the property value is obtained from VMware Tools, if installed, for Windows, Linux, and FreeBSD VMs.
• VMware Tools values for this property may be inaccurate for Linux VMs with an XFS partition.

The guest operating system of the VM.

The family to which the guest operating system belongs: Linux, Novell, Other, Solaris, Windows.

The VMware hardware version. Displayed as Unknown for other platforms.

Indicates whether there are active recommendations for this VM (Yes or No).

vCenter only.

A description of any issues that the AWS Load Balancer has identified for this instance. Displayed only on the Virtual Machines tab for instances associated with a load balancer, when a load balancer is selected in the Infrastructure tree. If the instance is associated with multiple load balancers, this property displays information relevant to the selected load balancer.

Provides information about the cause of OutOfService instances (see the Health State). Specifically, it indicates whether the cause is Elastic Load Balancing or the instance behind the load balancer. Displayed only on the Virtual Machines tab for instances associated with a load balancer, when a load balancer is selected in the Infrastructure tree. If the instance is associated with multiple load balancers, this property displays information relevant to the selected load balancer. Values can be: ELB, Instance, N/A.

AWS only.

Indicates the state of an Amazon EC2 instance associated with an AWS load balancer. Displayed only on the Virtual Machines tab for instances associated with a load balancer, when a load balancer is selected in the Infrastructure tree. If the instance is associated with multiple load balancers, this property displays information relevant to the selected load balancer. Values can be: OutOfService, InService.

AWS only.

Indicates whether the VM is configured as highly available (Yes or No).

SCVMM only.

The host where the VM resides.

vCenter and SCVMM only.

The IAM role assigned to the VM at deployment time. AWS Identity and Access Management (IAM) roles provide the ability to delegate access to resources. Note that this property shows the name, not the full ARN (Amazon Resource Name).

AWS only.

The AMI ID of the instance.

AWS only.

Indicates where the image is located.

An image source won't be displayed if the instance wasn't deployed from a template.

AWS only.

VMs and templates that are in inventory are those tracked by the cloud account. If they are in inventory, the value is Yes. A VM on a datastore that's not in the cloud account (Out of Inventory) has a value of No.

The VM's instance type.

If you have configured friendly names for instance types, these names are displayed instead.

Public cloud only. For GCP, this is the Machine Type. Can be "custom" for a custom machine type.

The VM's IP address.

Use the Details link to display all of the VM's NICs.

For public cloud, the instance's public IP address, or the first available public IP address from the instance's NICs. See also the Private IP Address property.

Allows a search by character string for IT contact email addresses.

Allows a search by character string for all IT contact login IDs.

Allows a search by character string for the real name of IT contacts associated with the username.

The operating system kernel associated with the AMI.

AWS only.

The name of the key pair installed on the instance when it was launched. For Windows instances, the key pair is used to obtain the administrator password. For Linux instances, which have no password, the key pair is used to log in to them.

AWS only.

The last time the datastore was scanned.

The date when either the source VM was used to create a clone or the source template was used to deploy a VM.

The date indicating the last time the VM was in inventory.

The latest date when the VM's performance was updated.

The number of linked clones created from this VM in Commander. Note that linked clones created outside of Commander aren't included in this count.

Indicates whether the VM was provisioned as a linked clone in Commander. Note that linked clones created outside of Commander aren't tracked.

A value of Linked by Commander indicates a linked clone created in Commander. A value of Not Linked indicates a VM created in Commander as a standalone VM. A blank value means that the status is unknown.

Free disk space plus the disk space used by the guest operating system.

For public cloud VMs, a value of Unknown is always displayed.

• For vCenter VMs, the property value is obtained from VMware Tools, if installed, for Windows, Linux, and FreeBSD VMs.
• VMware Tools values for this property may be inaccurate for Linux VMs with an XFS partition.

The unique address assigned to a virtual network adapter.

The maintenance group assigned to the service.

The cloud account type for the VM. Values can be:

• Amazon Web Services
• Microsoft SCVMM
• VMware Virtual Center

Daily average, daily peak, weekly average, and weekly peak measures of the maximum latency value across all disks used by the host. Maximum Latency monitors the highest latency value for any operation executed by the virtual machine. Latency measures the time taken to process a SCSI command issued by the guest OS to the virtual machine.

Memory for the VM.

Maximum amount of the host's memory that the VM can use.

A relative metric for allocating CPU or memory capacity (Low, Normal, High and Custom) compared to the sum of all shares of all virtual machines on the server and, if applicable, the server console.

Actual value based on resource and object settings.

The name of the VM usually assigned when it's newly created or cloned.

The network for the VM.

• For vCenter, displays the network name.
• For Amazon EC2, displays the VPC name if the VM is in a VPC; otherwise, the value is blank.
• For Microsoft Azure, displays the subnet name.
• For GCP, displays the network for the VM's first NIC.
• For SCVMM, this value isn't displayed.

The number of Ethernet adapters for the VM.

The number of virtual cores used by the VM or instance.

AWS, Azure, and vCenter.

The name of the oldest snapshot for the VM.

Indicates whether the files for the VM are on the datastore.

A value of unknown means that the datastore hasn't been scanned.

The name of the organization that the VM is assigned to.

VMs and templates that aren't in inventory (those that are still on disk but aren't tracked by the cloud account).

vCenter only.

The highest value of time as a percentage that the VM was ready, but could not be scheduled to run on the physical CPU. CPU ready time is dependent on the number of VMs on the host and their CPU loads.

The highest amount of actively used virtual CPU as a percentage of the total available CPU based on the host's view of the CPU usage, not the view of the guest operating system.

The highest amount of actively used virtual CPU, in megahertz, based on the host's view of the CPU usage, not the view of the guest operating system.

The highest value for the sum of the following Azure metrics: Disk Read Bytes/hr, Disk Read Operations/hr, Disk Write Bytes/hr and Disk Write Operations/hr.

Azure only.

The highest disk I/O rate.

The highest amount of guest physical memory that's currently reclaimed from the VM through ballooning.

The highest amount of guest physical memory consumed by the VM for guest memory which includes shared memory and memory that might be reserved, but not actually used. It doesn't include overhead memory.

The highest amount of additional machine memory allocated to a VM for overhead. The overhead amount is beyond the reserved amount.

The highest amount of memory that has been swapped in to memory from disk.

The highest rate at which memory is being swapped from active memory to disk during the current interval.

The highest memory usage as a percentage of total configured or available memory.

The highest memory usage as a percentage of total configured or available memory.

The highest amount of data transmitted and received across all virtual NIC instances connected to the VM.

Contains unpartitioned disk space, space used by the OS, and free disk space.

• For vCenter VMs, the property value is obtained from VMware Tools, if installed, for Windows, Linux, and FreeBSD VMs.
• VMware Tools values for this property may be inaccurate for Linux VMs with an XFS partition.

This property represents the storage value used in the Requested Storage Sizes cost calculation.

The power schedule group that the VM belongs to. Used to automatically power the VM on and off.

The following power states are displayed in Commander, depending on the cloud platform:

• Creating (for VMs that are in SCVMM cloud accounts and are in the process of being deployed; used to ensure that VMs don't become visible to users before they are fully deployed)
• Failed (use the Status property to search for specific failures; see also Manage Service Power States)
• Not running
• Running
• Saved (for VMs in SCVMM cloud accounts)
• Starting (the Start VM command is in progress)
• Stopping (the Stop VM command is in progress)
• Suspended (all activity on the VM is paused and no transactions are allowed until it's placed in a running state again)
• Suspending (the Suspend command is in progress)
• Unknown

See also Manage Service Power States.

The date when the VM was last powered off.

Allows a search by character string for primary owner email addresses.

Allows a search by character string for primary owner login IDs.

Allows a search by character string for the real name of primary contacts associated with the username.

The private DNS name. See also DNS Name.

Use the private DNS name for communication between the instances in your virtual network. Use the public DNS name for communication between your instances and the Internet. Because using public networking has a cost, using the private DNS name when possible can lower cost.

The private IP address. See also IP Address.

Use private IP addresses for communication between the instances in your virtual network. Use public IP addresses for communication between your instances and the Internet. Because using public networking has a cost, using the private IP address when possible can lower cost.

Use the Details link to display all of the VM's NICs.

This property is only displayed for public cloud accounts.

The GCP project that this instance is associated with.

GCP only.

The provisioned size of all disks, plus swap memory, memory overhead, log files, CTK files and other files, minus any reserved memory. The difference between Provisioned Storage and Used Storage (GB) is significant for thin-provisioned disks.

Because additional files are created for snapshots, the number of snapshots affects this value.

This property represents the storage value used in the Provisioned Storage Sizes cost calculation.

The RAM disk associated with the AMI/image.

AWS only.

The total annual additional savings that will result if all active recommendations are applied to this VM. If the VM will cost less, the number is positive; if the VM will cost more, the number is negative.

Indicates whether a recommendation to apply a smaller instance type has been made for this VM.

Public cloud only.

Indicates whether a recommendation to apply a larger instance type has been made for this VM.

Public cloud only.

The number of CPUs that Commander recommends adding or removing. For a CPU upsize, the number is positive; for a CPU downsize, the number is negative.

If a recommendation to increase or decrease this VM's instance type has been made, this property provides the instance type recommended for the VM.

Public cloud only.

The amount of memory, in GB, that Commander recommends adding or removing. For a memory upsize,the number is positive; for a memory downsize, the number is negative.

The region of the instance or AMI/image.

Public cloud only.

The relationship of the VM to another VM in the hierarchy. The relationship can be self, child or parent.

Guaranteed CPU allocation for the VM.

Guaranteed memory allocation for the VM.

The VM's resource group.

Azure only.

The resource pool for the VM.

vCenter only.

The memory and CPU resources assigned to the VM.

For AWS, displays the instance's vCPU, memory and ECU (EC2 Compute Units).

The rightsizing group assigned to the VM

The VM's root device type; indicates where the root disk is stored. Values can be:

• Block storage (for Azure)
• EBS (for AWS)
• Instance Store (for AWS)
• Unknown

Public cloud only.

The running status of VMware Tools (for vCenter) or Guest Integration Services (for SCVMM).

vCenter and SCVMM only.

A comma-separated list of the security groups assigned when the instance was launched. A security group is a collection of firewall rules that restricts the network traffic for the instance.

AWS only.

The number of service requests for this VM.

The number of snapshots for the VM.

If the VM is part of an AWS stack, provides a hyperlink to the parent stack.

AWS only.

Indicates whether the VM is configured with static memory in SCVMM (Yes or No).

SCVMM only.

Provides details on failures for VMs in SCVMM cloud accounts. Allows you to search for VMs with specific failure states. With the exception of the OK status, VMs with any of these statuses will have the Power State "Failed". To find all VMs in the "Failed" state, search on the Power State property. See also Manage Service Power States. The statuses, which map to SCVMM states, can be one of the following:

• Checkpoint Failed
• Creation Failed
• Customization Failed
• Migration Failed
• OK
• P2V Creation Failed
• Replacement Failed
• Template Creation Failed
• Update Failed
• Unsupported
• Unsupported Cluster
• Unsupported Shared Files
• Update Failed
• V2V Creation Failed

SCVMM only.

Indicates whether the VM is in a Suspect state (Yes or No).

Indicates the tenancy model used by an EC2 instance:

• Default — The instance runs on shared hardware where the isolation is logical.
• Dedicated — The instance runs on single-tenant hardware where the isolation is physical.
• Host — The instance runs on a dedicated Host, which is an isolated server with configurations that you can control.
• Unknown — No tenancy information is available.

AWS only.

Properties are available for storage tiers 1 through 6, plus an Undefined Tier Usage (GB) property. If you have customized the storage tier labels, the customized labels are used.

These properties reflect total Provisioned Storage (GB), rather than Used Storage (GB), unless you have set an advanced system property. Create a case through the Snow Support Portal for more information.

vCenter and SCVMM only.

Indicates whether a VM is a virtual machine or template.

The difference between the virtual disk space (VMDK) and the physical disk space.

If the VM hasn't been scanned, or if VMware Tools aren't installed on vCenter VMS, the value is unknown.

• For vCenter VMs, the property value is obtained from VMware Tools, if installed, for Windows, Linux, and FreeBSD VMs.
• VMware Tools values for this property may be inaccurate for Linux VMs with an XFS partition.

Disk space that's not divided into isolated sections.

For public cloud VMs, a value of Unknown is always displayed.

• For vCenter VMs, the property value is obtained from VMware Tools, if installed, for Windows, Linux, and FreeBSD VMs.
• VMware Tools values for this property may be inaccurate for Linux VMs with an XFS partition.

The time since the VM was last powered on. Uptime is reset if the VM is powered off, it resumes from a suspended state, or (for AWS only) its power is reset.

A Revert Snapshot event also resets the uptime value. If the snapshot is powered on, uptime is reset to the current time. If the snapshot is powered off, the VM is powered off.

Uptime values aren't affected by events such as a guest OS reboot, VMware Tools heartbeats and host and datastore migration.

For VMs that were powered on when the cloud account was added to Commander, uptime statistics are more accurate the further back in time you retrieve historical events.

Notes for vCenter VMs:

• Commander uptime values don't depend on information retrieved from VMware, due to limitations in VMware's uptime calculations.
• Uptime won't be reset to 0 for a VM that's reverted to a running snapshot while Commander is disconnected from the cloud account.

The total used storage, in GB, currently present in the VM's datastores, including all logs, snapshots, configuration files and other files.

For thin-provisioned disks, the current size of the files reflects the size of the data consumed by the VM, instead of the expected provisioned size. The difference between Provisioned Storage (GB) and Used Storage is significant for thin-provisioned disks.

Because additional files are created for snapshots, the number of snapshots affects this value.

This property represents the storage value used in the Actual Storage Sizes cost calculation.

The total expected size of all disks when they are fully provisioned. This value doesn't include swap memory, memory overhead space, or any other storage-related files.

The total size of all virtual disk-related files, including all logs, snapshots, configuration files and other files. For thick-provisioned disks, this value may be greater than the provisioned size. For thin-provisioned disks, the value may be less than the provisioned size.

Because additional files are created for snapshots, the number of snapshots affects this value.

The VM's parent vApp.

vCenter and Microsoft Azure only.

The version of VMware Tools (for vCenter) or Guest Integration Services (for SCVMM).

The version status of VMware Tools (for vCenter) or Guest Integration Services (for SCVMM).

If the VM is a vRouter providing fencing for VMs in a fenced network, indicates the vLAN number.

The name of the VPC (Virtual Private Cloud).

AWS only.