| Dashboard |
Custom Dashboard |
Displays multi-dimensional data statistics on
cards and allows you to customize your own dashboard by adding and
dragging cards. |
| Provides a default dashboard for users with
different roles. |
| Monitor |
Displays the platform resources in real time by
using monitors with various themes. |
| Allows you to switch between the KVM monitor and
the vCenter monitor as needed. |
| Allows you to switch between zones. You can have
the real-time monitoring on all zones or a specific zone. |
| API Inspector |
Allows you to view the details of API requests
that are called by using various methods, including POST, DELETE,
PUT, GET, and GET-ZQL, after you perform operations on the UI.
ZStack Cloud supports a browser-based
interface using HTML5 or later version for managing and monitoring
of server resources. |
| VM Instance |
Bulk Action |
Allows you to manage VM instances in
bulk. |
| Create VM Instance |
Allows you to create VM instances through
different entries. |
| Allows you to specify the root volume capacity
and batch attach data volumes via VM creation. |
| Import VM Instance |
Allows you to import a VM instance on a
third-party platform by using the OVF template and customize the
configurations of the VM instance. |
| View VM Instance |
Provides two VM display methods: List View and
Directory View. |
| Allows you to set a default view for the VM
instance page in Global setting or switch view for the current
page. |
| Manage VM Instance |
Allows you to manage the lifecycle of VM
instances, such as creating, importing, stopping, booting,
rebooting, powering off, recovering, pausing, exporting, and
deleting VM instances. |
| VM Console |
Allows you to access VM instances through
terminals without using remote tools. |
| Supports three types of console mode: SPICE, VNC,
and SPICE+VNC. |
| The SPICE protocol supports SSL encrypted channel
to further ensure desktop security. |
| Allows you to paste texts into VNC
consoles. |
| Allows you to manage VM power status in VNC
consoles, including stopping, rebooting, resuming, pausing, forcing
stopping, and powering off VM instances. |
| Allows you to set the console password, set the
console password by force in the Global Setting, and configure the
password strategy such as the password complexity and password
length in the Global Setting. |
| Clone VM Instance without Data
Volumes |
Copies data in the root volumes of the VM
instance only. |
| Allows you to clone running, paused, and stopped
VM instances on LocalStorage, NFS, SMP, Ceph, and SharedBlock
primary storage. |
| Supports ImageStore and Ceph image
storage. |
| Allows you to choose clone method as needed,
including full clone, instant full clone, and linked clone. |
| Allows you to set a storage allocation policy,
including system allocation and manual allocation. |
| Allows you to configure network settings,
including enable or disable NICs, assign IP, assign MAC address, and
select security group. |
| Clone VM Instance with Data
Volumes |
Copies data in the root volumes as well as data
volumes of a VM instance. |
| Allows you to clone running, paused, and stopped
VM instances on LocalStorage, NFS, SMP, Ceph, and SharedBlock
primary storage. |
| Supports ImageStore and Ceph image
storage. |
| Does not clone shared volumes (if any) with VM
instances. |
| Allows you to choose clone method as needed,
including full clone, instant full clone, and linked clone. |
| Allows you to set a storage allocation policy,
including system allocation and manual allocation. |
| Allows you to configure network settings,
including enable or disable NICs, assign IP, assign MAC address, and
select security group. |
| Flatten |
Allows you to merge snapshots of a VM instance
into one flat snapshot to improve resource performance and data
security. |
| Allows you to unlink the dependency between
linked clone VM instances and source VM instances by flattening to
achieve data independence. |
| Custom Tag |
Allows you to customize tags for VM instances so
that you can locate them quickly. |
| Change Group |
Allows you to create groups to categorize and
manage VM instances. You can create up to 4-level groups with the
root directory as the first-level group. |
| Allows you to manage the lifecycle of a group,
such as creating and deleting a group. |
| Allows you to specify a group for a VM instance
or change the group it belongs to. |
| Change Host |
Allows you to migrate a VM instance from a host
to another without changing the primary storage. |
| Supports hot migration and cold
migration. |
| Hot migration: Migrates a VM instance in the
running state. Hot migration applies to the following types of
primary storage: LocalStorage, NFS, SharedMountPoint, Ceph,
SharedBlock, Vhost, and CBD. |
| Allows you to hot migrate a VM instance with a
vDPA NIC attached. |
| If the migration is blocked because the VM
instance has high I/O operations for a long time, you can enable
auto converge to ensure a smooth migration. |
| Cold migration: Migrates a VM instance in the
stopped state. Cold migration applies to LocalStorage primary
storage only. |
| Allows you to cold migrate a VM instance with a
vDPA NIC attached if the VM instance is on a LocalStorage primary
storage. |
| Allows you to cold or hot migrate a VM instance
based on the workloads of the destination host. |
| Allows you to hot migrate a VM instance with a VF
NIC attached. |
| Change Primary Storage |
Allows you to migrate a VM instance from a
primary storage to another without changing the host. |
| Allows you to migrates valid data, and the
migrated VM instance follows the provisioning type of the target
primary storage. In cross-SharedBlock migrations
(SharedBlock↔SharedBlock), you can customize the provisioning type
for VM volumes after the migration. |
| Supports hot migration and cold
migration. |
| Hot migration: Migrates a VM instance in the
running state. Supports the following source/target primary storage
combination: LocalStorage↔CBD, Ceph↔SharedBlock, Ceph↔CBD,
SharedBlock↔SharedBlock, and SharedBlock↔CBD. |
| Allows you to migrate a VM instance with VF NICs
attached. |
| After you hot migration a VM instance cross
primary storage, its snapshots are not retained. |
| Cloud migration: Migrates a VM instance in the
stopped state. Supports the following source/target primary storage
combination: SharedBlock↔SharedBlock. |
| If you migrate a VM instance to a Ceph primary
storage, you can specify storage pools respectively for the root
volume and data volumes. |
| If you migrate a VM instance to a CBD primary
storage, you can specify a unified storage pool for the root volume
and data volumes. |
| Allows you to hot or cold migrate a VM instance
with all attached volumes (excluding shared volumes). |
| Change Host and Primary
Storage |
Allows you to migrate a VM instance from a host
and primary storage to another host and primary storage. |
| Supports hot migration and cold
migration. |
| Hot migration: Migrates a VM instance in the
running state. Supports the following source/target primary storage
combination: LocalStorage↔LocalStorage, LocalStorage↔SharedBlock,
LocalStorage↔Ceph, LocalStorage↔NFS, LocalStorage↔CBD, NFS↔NFS,
NFS↔SharedBlock, NFS↔Ceph, Ceph↔Ceph, Ceph↔CBD, Ceph↔SharedBlock,
SharedBlock↔SharedBlock. SharedBlock↔CBD, and CBD↔CBD. |
| Allows you to migrate a VM instance with VF NICs
attached. |
| After you hot migration a VM instance cross
primary storage, its snapshots are not retained. |
| For a hot migration, the target host can be
manually specified or automatically allocated by the system.
|
| For cross-primary storage migration, only full VM
migration is supported. For cross-pool migration within the same
primary storage, full VM migration or migration of only the root
volume is supported. |
| Cold migration: Migrates a VM instance in the
stopped state. Supports the following source/target primary storage
combination: Ceph↔Ceph and NFS↔NFS. |
| For a cold migration, the target host can be only
automatically allocated by the system. |
| If you migrate a VM instance to a Ceph primary
storage, you can specify storage pools respectively for the root
volume and data volumes. |
| Allows you to migrate a VM instance cross storage
pools within the same Ceph primary storage. |
| For a CBD↔CBD migration, you can migrate a VM
instance only cross storage pools within the same CBD primary
storage and cannot migrate it to another CBD primary
storage. |
| Allows you to clean up raw data after migration
to release more space after you confirm the data integrity. |
| Modify Instance Offering |
Allows you to modify the instance offering (CPU
and memory) of a running or stopped VM instance. |
| Set GPU Policy |
Allows you to set the GPU policy for a stopped VM
instance. You can attach pGPU/vGPU devices to the VM instance, or
attach pGPU/vGPU specification to the VM instance. |
| Resize Root Volume |
Allows you to expand the root volume of a running
or stopped VM instance. The new size takes effect
immediately. |
| Resize Data Volume |
Allows you to expand the data volume of a running
or stopped VM instance. The new size takes effect
immediately. |
| Change Owner |
Allows you to change the owner of a running or
stopped VM instance. |
| Change System |
Allows you to change the operating system of a
stopped VM instance. |
| Reimage VM Instance |
Allows you to restore a VM instance to the
initial state of the VM image. All the data in the root volume will
be overwritten. |
| Set Boot Order |
Allows you to set the boot order for a VM
instance. |
| Supports three boot types: boot from hard disk,
boot from CD ROM, and boot from network. |
| Boot from Host |
Allows you to specify a host on which a VM
instance boots. |
| VM High Availability |
Allows you to set VM high availability (HA) so
that the VM instance can reboot automatically in case of unexpected
shutdown because of the VM errors or faults of compute, storage, or
network that the VM instance is residing on. You can view the reboot
progress on the UI. You can set Default HA Mode When Creating VM
instance in Platform Setting > HA Policy > Advanced Setting to set
the HA mode used for a newly created VM instance by default. You can
change the HA mode for a VM instance individually during or after
the creation. After the change, the default value does not take
effect on this VM instance. |
| Time Synchronization |
Allows you to set whether the base time of a VM
instance is the same as that of the host. |
| SSH Key
Attachment/Detachment |
Allows you to attach/detach SSH keys to/from VM
instances with the Linux or BSD operating system. |
| Allows you to create or delete an SSH
key. |
| Change VM Password |
Allows you to change the password of a Windows or
Linux running VM instance. |
| Set Hostname |
Allows you to set the hostname when you create a
VM instance. |
| Resource Priority |
Allows you to set resource priority
(Normal and High). When resource contention
occurs, VM instances with High resource priority can compete
for more resources than those with Normal resource
priority. |
| Set Instance-Cluster Binding |
Allows you to set whether make the VM instance
bound with the current cluster to make it must or prioritized to
start in this cluster. |
| USB Redirection |
Allows you to redirect a USB device from a VDI
client to a VDI VM instance. |
| VM Snapshot |
Allows you to schedule snapshot creation at
specified time points to record the state of the root volume, data
volume, or memory of an instance before you perform a
business-sensitive operation. This allows rollback in case of
breakdowns. |
| Supports two snapshot types: Single snapshot and
snapshot group. The snapshot group allows you to restore a group of
VM instances in bulk. |
| Allows you to create snapshots for VM instances
that are in the running state. |
| Allows you to create snapshots for VM instances
that are in the stopped state. |
| Supports VM auto boot after restoring from
snapshots. |
| Allows you to delete VM snapshots in
bulk. |
| Allows you to create a VM instance from a single
snapshot or create a VM instance with data volumes from a snapshot
group. |
| VM Backup |
Allows you to create a backup for a running VM
instance. |
| Allows you to create either an incremental backup
or a full backup for a VM instance. |
| Allows you to create a backup for a VM instance
with its volumes (excluding shared volumes) when the VM instance is
in the running state. |
| This feature is provided by the Backup Service
module. |
| VM Image |
Allows you to create a template image based on a
VM instance so that you can create VM instances in bulk in a custom
way. |
| Allows you to create a VM image when the VM
instance is in the running or stopped state. Supported image
storage: ImageStore and Ceph. |
| ISO-based Deployment |
Creates VM instances based on an ISO disk which
guides the VM system installation. |
| Supports multiple ISOs per VM instance, improving
the business deployment efficiency. |
| Template-based Deployment |
Creates VM instances based on a system
template. |
| Automated O&M |
Allows you to execute scripts on VM instances,
making the VM instances finish O&M operations automatically by
running commands in the scripts. |
| Allows you to execute commands on VM instances
and view the response conveniently. |
| Allows you to upload local files to the specified
path of VM instances. You can upload up to 10 files at one time with
each file size not exceeding 128 KB. |
| Allows you to attach/detach XML Hooks to/from VM
instances, realizing customized configurations and extended
capabilities by modifying the VM XML files automatically through XML
Hooks. |
| Add/Remove VM Scheduling Group |
Allows you to add a running or stopped VM
instance to or remove a VM instance from a VM scheduling group so as
to associate with/disassociate from related VM scheduling policies.
This way, you can manage the distribution of VM on hosts and ensure
high performance and high availability. |
| Attach/Detach Volume |
Allows you to attach/detach a data volume to/from
a running or stopped VM instance. Allows you to optimize drive
models and identify a volume by its SCSI WWN. |
| Shared Volume |
Allows VM instances in Ceph or SharedBlock
primary storage to share the same data volume. |
| Create Volume Image |
Allows you to create an image for root volumes or
data volumes attached to a VM instance when the VM instance is in
the running or stopped state. |
| Before you can create an image for shared volumes
on a SharedBlock primary storage, stop all the VM instances attached
by the shared volume first. |
| Set Volume QoS |
Allows you to set QoS for root volumes and data
volumes attached by a VM instance when the VM instance is in the
running or stopped state. |
| Enable/Disable NIC |
Allows you to enable or disable NICs of the vNIC
type. |
| Attach/Detach NIC |
Allows you to attach/detach a NIC to/from a
running or stopped VM instance. You can set a default NIC. |
| Set NIC Type |
Allows you to set the NIC type when the VM
instance is in the stopped state. |
| Allows you to change the NIC type from a VF NIC
to a vNIC only. |
| Set NIC Model |
Allows you to set the NIC model for a running or
stopped VM instance. Supported VM NIC models: virtio, rtl8139, and
e1000. |
| This operation applies to Linux and
Paravirtualization operating systems only. |
| Change L3 Network for VM NIC |
Allows you to change the L3 network for a VM NIC
without affecting the hardware information such as the MAC address
and PCI address of the NIC. |
| Set Network QoS |
Allows you to set the network QoS for a running
or stopped VM instance. |
| Sync NIC Configurations |
Allows you to update NIC configurations according
to the NIC parameters you set on the Cloud, including IP address,
netmask, gateway, DNS, and MTU. |
| Read NIC IP Configured in the VM Instance |
Allows you to read a NIC IP address configured in
the VM instance and make it displayed on and managed by the Cloud.
Make sure that the NIC is belong to an L3 network disabled with IP
address management and does not have an IP address assigned on the
Cloud. |
| Customize MAC Address |
Allows you to customize a MAC address when you
create a VM instance. |
| Allows you to change the MAC address when the VM
instance is in the stopped state. |
| Customize IP Address |
Allows you to customize an IP address when you
create a VM instance. |
| Allows you to change the IP address when the VM
instance is in the stopped or running state. |
| Attach/Detach EIP |
Allows you to attach an EIP to or detach an EIP
from a VM NIC. |
| VM Multi-Gateway |
Allows you to enable multi-gateway by running
zstack-ctl. If
enabled, each VM NIC has an independent gateway. |
| Create/Delete vDrive |
Allows you to create/delete a vDrive for a
stopped VM instance. You can attach/detach an ISO to/from a
drive. |
| Attach/Detach Peripheral
Device |
Allows you to attach/detach a LUN to/from a
running or stopped VM instance. |
| Allows you to attach/detach a physical GPU device
to/from a running or stopped VM instance. |
| Allows you to attach/detach a virtual GPU device
to/from a running or stopped VM instance. |
| Allows you to attach/detach a USB device to/from
a running or stopped VM instance. |
| Allows you to attach/detach an SE device to/from
a stopped VM instance. |
| Allows you to attach/detach other peripheral
devices, such as Moxa cards, to/from a running or stopped VM
instance. |
| CPU Model |
Allows you to set the CPU model for a VM instance
through three entries: Global Setting, Cluster Setting, and VM
Setting. The setting takes effect with the following priority:
Global Setting < Cluster Setting < VM Setting. |
| CPU Pinning |
Assigns the virtual CPUs (vCPUs) of a VM instance
to specific host pCPUs, which improves VM performance. |
| vNUMA Configuration |
Allows you to configure vNUMA for a VM instance
to generate a topology of virtual NUMA nodes for the VM instance.
This topology enables a vCPU on a vNUMA node to primarily access the
local memory and thus improves VM performance. |
| EmulatorPin Configuration |
Allows you to configure EmulatorPin for a VM
instance so that all other threads than virtual CPU (vCPU) threads
and IO threads of a VM instance are assigned to physical CPUs
(pCPUs) of the host. |
| VM Performance Optimization |
Allows you to install performance optimization
tools (GuestTools) for the Qemu Guest Agent installation and
internal monitoring of Linux VM instances. |
| Allows you to install performance optimization
tools (GuestTools) for Windows and Windows Virtio VM instances for
Qemu Guest Agent installation and internal monitoring. You can
install the Virtio driver with one click to improve the disk and NIC
performances. |
| Import User Data |
Allows you to import user data when you create a
VM instance. You can upload user-defined parameters or scripts to
customize configurations for VM instances or to accomplish specific
tasks. |
| BIOS Mode |
Inherits the BIOS mode from the image you
selected when you create a VM instance. The BIOS mode includes
Legacy and UEFI. |
| Inherits the BIOS mode of the original VM
instance when you create a VM image or clone a VM instance. |
| Allows you to change the BIOS mode when the VM
instance is in the running or stopped state. |
| Anti-Spoofing Mode |
Provides IP/MAC anti-spoofing and ARP
anti-spoofing. If enabled, VM instances can only communicate with
outside networks using the IP/MAC addresses allocated by the
Cloud. |
| VM Monitoring |
External monitoring: Collects the VM data such as
CPU, memory, disk I/O, NIC data from hosts by using libvirt. |
| Internal monitoring: Collects the VM data such as
CPU, memory, and disk size data from VM instances by using an agent.
An agent is required for internal monitoring. |
| Advanced Settings |
Allows you to enable Instance Offering Online
Modification for a single VM instance so that you can online modify
the instance offering (CPU and memory) for the VM instance. |
| Allows you to enable Hyper-V for a Windows VM
instance. |
| Allows you to disable the hypervisor for a VM
instance, to make certain applications skip their virtualization
detection on this VM instance. |
| Allows you to disable hypervclock for a Windows
VM instance. |
| Allows you to set the number of queues when
VirtIO NIC traffics are allocated to multiple CPUs, which improves
the NIC performance. |
| Allows you to enable Memory Balloon for a VM
instance. It monitors in real time the memory usage of VM instances
and the host. Its dynamic reclaim and allocation mechanism makes
sure the efficient use of host memory |
| Allows you to specify the reserve size of memory
after you enable Memory Balloon. |
| Allows you to enable Kernel-Same Page Merging for
a VM instance. It detects VM memory pages mapped to physical memory
pages with identical content and remaps these VM memory pages to the
same physical memory page, allowing multiple VM instances share host
memory resources and reducing resource wastes. |
| Audit |
Audits all of the actions performed on VM
instances, which effectively ensures the security of the Cloud
environment. |
| Custom Column |
Allows you to customize the items to be displayed
on a VM list. |
| Export CSV File |
Allows you to export the VM information as a CSV
table, which helps in statistical analysis and problem
diagnosis. |
| Resource Deletion Policy |
Provides three deletion policies to lower risks
caused by misoperations. The policies include Direct, Delay
(default), and Never. |
| Displays warnings of the consequences on the UI
and asks for confirmation before the deletion is completed. |
| Volume |
Bulk Action |
Allows you to manage data volumes/root volumes in
bulk. |
| Create Volume |
Provides multiple strategies to create data
volumes. |
| Manage Volume |
Allows you to manage the lifecycle of data
volumes, such as creating, enabling, disabling, and deleting data
volumes. |
| Attach/Detach Instance |
Allows you to attach/detach a data volume to/from
an instance. |
| Change Host |
Allows you to migrate a data volume to another
host. This action applies to local primary storage only. |
| Allows you to migrate a data volume based on the
workloads of the destination host. |
| Change Primary Storage |
Allows you to migrate a data volume to another
primary storage. |
| Allows you to migrate valid data, and the
migrated data volume follows the provisioning type of the target
primary storage. |
| Supports data volume migration across the same
type of primary storage, including Ceph↔Ceph, NFS↔NFS, and
SharedBlock↔SharedBlock. |
| Allows you to migrate data volumes not attached
to any instances between Ceph↔Ceph, NFS↔NFS, and
SharedBlock↔SharedBlock. |
| Allows you to migrate data volumes attached to a
VM instance in the stopped or running state across SharedBlock
primary storage. |
| Supports data volume migration across Ceph pools
within the same Ceph primary storage. |
| Allows you to clean up raw data after migration
to release more space after you confirm the data integrity. |
| Change Owner |
Allows you to change the owner of a data
volume. |
| Resize Volume |
Allows you to expand a volume that is not
attached to any instance. |
| Allows you to expand the volume of a running or
stopped instance. |
| In Ceph primary storage, allows you to expand a
shared volume that is not attached to any instance or is attached to
a stopped instance. |
| Custom Tag |
Allows you to customize tags for volumes so that
you can locate them quickly. |
| Volume Backup |
Allows you to create a backup for a volume that
is attached to a running instance. |
| Allows you to create either an incremental backup
or a full backup for a volume. |
| This feature is provided by the Backup Service
module. |
| Volume Image |
Allows you to create a template image based on a
volume, and helps you to create volumes in bulk in a custom
way. |
| Allows you to create an image for a data volume
that is not attached to any instance. |
| Allows you to create an image for a data volume
that is attached to a running or stopped instance. |
| In SharedBlock primary storage, allows you to
create an image for a shared volume that is not attached to any
instance or is attached to a stopped instance. |
| In Ceph primary storage, allows you to create an
image for a shared volume that is not attached to any instance or is
attached to a running or stopped instance. |
| Volume Snapshot |
Allows you to schedule snapshot creation at
specified time points to record the state of a root volume or data
volume before you perform a business-sensitive operation. This
allows rollback in case of breakdowns. |
| Allows you to restore a volume snapshot as
needed. |
| Allows you to delete volume snapshots in
bulk. |
| Set Volume QoS |
Allows you to set QoS for volumes. |
| Flatten |
Allows you to merge snapshots of a volume to
improve resource performance and data security. |
| Allows you to unlink the dependency between
linked clone volumes and source volumes by flattening to achieve
data independence. |
| Shared Volume |
Allows you to create shared volumes in Ceph or
SharedBlock primary storage. |
| Audit |
Audits all of the actions performed on volumes,
which effectively ensures the security of the Cloud
environment. |
| Export CSV File |
Allows you to export the volume information as a
CSV table, which helps in statistical analysis and problem
diagnosis. |
| Allows you to specify volume information items to
be contained in the CSV table. |
| Allows you to export the information of the root
volumes associated with selected data volumes
simultaneously. |
| Resource Deletion Policy |
Provides three deletion policies to lower risks
caused by misoperations. The policies include Direct, Delay
(default), and Never. |
| Displays warnings of the consequences on the UI
and asks for confirmation before the deletion is completed. |
| Image |
Bulk Action |
Allows you to manage images in bulk. |
| Add Image |
Allows you to add two types of images: system
image (ISO/Image) and volume image (Image). |
| Allows you to set the CPU architecture of an
image, including x86_64, aarch64, and mips64el. Creating VM
instances, creating VM images, and cloning VM instances will inherit
the CPU architecture of the original image. |
| Allows you to set the image platform, such as
Linux,Windows, and Other. |
| Allows you to upload an image by using an URL or
local browser. |
| Allows you to view the image uploading speed and
remaining time if you upload an image by using the local
browser. |
| Allows you to set the BIOS mode for an image,
including Legacy and UEFI. Creating VM instances, creating VM
images, and cloning VM instances will inherit the BIOS mode of the
original image. |
| Calculates the MD5 values of images uploaded to
ImageStore for you to validate the image integrity after the
uploading. |
| Manage Image |
Allows you to manage the lifecycle of images,
such as adding, enabling, disabling, and deleting images. |
| Change Image Storage |
Allows you to migrate an image to another image
storage. This action applies to Ceph image storage only. |
| Allows you to clean up raw data after migration
to release more space after you confirm the data integrity. |
| Export Image |
Allows you to export an image from an ImageStore
or Ceph image storage. |
| Provides the MD5 value of the downloaded image to
check the image integrity. |
| Sync Image |
Allows you to synchronize images among different
ImageStore image storage in the same management node. |
| Set Sharing Mode |
Allows you to set the sharing mode of an image,
including share globally, share to specified projects or accounts,
and not share. |
| Audit |
Audits all of the actions performed on images,
which effectively ensures the security of the Cloud
environment. |
| Resource Deletion Policy |
Provides three deletion policies to lower risks
caused by misoperations. The policies include Direct, Delay
(default), and Never. |
| Displays warnings of the consequences on the UI
and asks for confirmation before the deletion is completed. |
| Instance Offering |
Bulk Action |
Allows you to manage instance offerings in
bulk. |
| Create Instance Offering |
Allows you to select a host allocation policy,
including host with minimum number of running VMs (default policy),
host with minimum CPU utilization, host with minimum memory
utilization, host with maximum number of running VMs, host where the
VM is located last time, and random host allocation to create VM
instances. |
| When the host allocation strategy is host with
minimum CPU utilization or host with minimum memory utilization, you
can select the mandatory strategy mode or non-mandatory strategy
mode (default mode). |
| If the Cloud can obtain the host load
information, it will create VM instances according to the host
allocation strategy. If the Cloud could not obtain the host load
information, it will create VM instances according to the strategy
mode. |
| Allows you to set disk QoS and network QoS for an
instance offering. |
| Allows you to set advanced parameters through
JSON to customize an instance offering. |
| Manage Instance Offering |
Allows you to manage the lifecycle of images,
such as creating, enabling, disabling, and deleting instance
offerings. |
| Set Sharing Mode |
Allows you to set the sharing mode of an instance
offering, including share globally, share to specified projects or
accounts, and not share. |
| Audit |
Audits all of the actions performed on instance
offerings, which effectively ensures the security of the Cloud
environment. |
| Disk Offering |
Bulk Action |
Allows you to manage disk offerings in
bulk. |
| Create Disk Offering |
Allows you to set the disk QoS for a disk
offering. |
| Allows you to set advanced parameters through
JSON to customize a disk offering. |
| Manage Disk Offering |
Allows you to manage the lifecycle of disk
offerings, such as creating, enabling, disabling, and deleting disk
offerings. |
| Set Sharing Mode |
Allows you to set the sharing mode of a disk
offering, including share globally, share to specified projects or
accounts, and not share. |
| Audit |
Audits all of the actions performed on disk
offerings, which effectively ensures the security of the Cloud
environment. |
| GPU Specification |
Bulk Action |
Allows you to manage physical GPU specifications
in bulk. vGPU specifications do not support bulk actions. |
| Manage Physical GPU
Specification |
Automatically detects available physical GPU
specifications on the Cloud and lists them in the UI. |
| Allows you to enable or disable a physical GPU
specification. |
| Manage Virtual GPU
Specification |
Generates virtual GPU specifications from the
detected physical GPU specifications and lists them in the
UI. |
| Allows you to enable or disable a virtual GPU
specification. |
| Set ROM |
Allows you to set ROM for physical GPU
specifications for physical GPU passthrough. |
| Set Sharing Mode |
Allows you to set the sharing mode of a GPU
specification, including share globally, share to specified projects
or accounts, and not share. |
| Audit |
Audits all of the actions performed on GPU
specifications, which effectively ensures the security of the Cloud
environment. |
| Auto-Scaling Group |
Create Auto-Scaling Group |
Allows you to set a health check mechanism,
including load balancer health check and VM health check to trigger
elastic self-healing. |
| Allows you to set the resource monitoring and
alarm mechanism to trigger elastic scaling. The mechanism includes
trigger metrics, scale-out policy, scale-in policy, and whether to
enable alarm notification (if enabled, an endpoint is required). The
trigger metrics include both external monitoring items (VM Memory
Utilization Average, VM CPU Utilization Average) and internal
monitoring items (VM Memory Utilization Average, VM CPU Utilization
Average) of VM instances. Note that an agent is required for
internal monitoring. |
| Allows you to set a periodic policy (scale-out
policy or scale-in policy) for an auto-scaling group. The
scale-out/scale-in cycle can be accurate to minutes with a minimum
cycle interval of 15 minutes. |
| Manage Auto-Scaling Group |
Allows you to manage the lifecycle of
auto-scaling groups, such as creating, enabling, disabling, and
deleting auto-scaling groups. |
| Add/Remove VM Scheduling Group |
Allows you add an auto-scaling group to or remove
an auto-scaling group from a VM scheduling group so as to associate
with/disassociate from related VM scheduling policies. This way, you
can manage the distribution of VM instances on hosts and ensure
high performance and high availability. |
| Change Image |
Changing image takes effect only on VM instances
that are newly created or added to the group. The images of existing
VM instances do not change. |
| Scaling Records |
Allows you to view the scaling activities in an
auto-scaling group. |
| Audit |
Audits all of the actions performed on
auto-scaling groups, which effectively ensures the security of the
Cloud environment. |
| Snapshot |
Create Snapshot |
Allows you to schedule snapshot creation at
specified time points to record the state of an instance before you
perform a business-sensitive operation. This allows rollback in case
of breakdowns. |
| Manage Snapshot |
Displays instances and snapshots on the snapshot
management page with instances on the left and snapshots on the
right. You can view the relationship between instances and snapshots
dynamically. |
| The instance panel on the left allows you to sort
instances according to their snapshot count or snapshot
size. |
| The snapshot panel on the right allows you to
view the snapshots by list or by topology. |
| Allows you to manage the lifecycle of snapshots,
such as creating and deleting snapshots. |
| Create Instance |
Allows you to create an instance from an instance
snapshot. |
| Revert Snapshot |
Allows you to restore an instance from an
instance snapshot. |
| Audit |
Audits all of the actions performed on snapshots,
which effectively ensures the security of the Cloud
environment. |
| VM Scheduling Policy |
Create VM Scheduling Policy |
Allows you to create four types of VM scheduling
policies: VM Exclusive from Each Other, VM Affinitive to Each Other,
VMs Affinitive to Hosts, and VMs Exclusive from Hosts. The former
two define the relationship between VM instances and the latter two
define the relationship between hosts and VM instances. |
| Every four of the VM scheduling policies can be
executed based on either of the following two mechanism: Hard and
Soft. |
| Manage VM Scheduling Policy |
Allows you to manage the lifecycle of VM
scheduling policies, such as creating, editing, enabling, disabling,
and deleting scheduling policies. |
| Associate/Disassociate VM Scheduling
Group |
Allows you to associate with/disassociate from
one or more VM scheduling polices with a VM scheduling
group. |
| Associate/Disassociate Host
Scheduling Group |
Allows you to associate/disassociate one or more
VM scheduling polices with/from a host scheduling group. |
| You can associate/disassociate only VMs
Affinitive to Hosts and VMs Exclusive from Hosts with/from a host
scheduling group. |
| Manage VM Scheduling Group |
Allows you to add one or more VM instances to or
remove one or more VM instances from a VM scheduling group. |
| Allows you to manage the lifecycle of VM
scheduling groups, such as creating, editing, and deleting VM
scheduling groups. |
| Manage Host Scheduling Group |
Allows you to add one or more hosts to or remove
one or more hosts from a VM scheduling group. |
| Allows you to manage the lifecycle of host
scheduling groups, such as creating, editing, and deleting host
scheduling groups. |
| Audit |
Audits all of the actions performed on VM
scheduling polices, which effectively ensures the security of the
Cloud environment. |
| SSH Key |
Create SSH Key |
Allows you to generate SSH key pairs on the Cloud
or import a generated SSH public key to the Cloud. |
| Supported encryption methods:
ssh-rsa、ssh-dss、ecdsa-sha2-nistp256、ssh-ed25519、ssh-ecdsa. |
| Manage SSH Key |
Allows you to manage the lifecycle of SSH keys,
such as creating, editing, and deleting SSH keys. |
| VM Attachment/Detachment |
Allows you to attach/detach SSH keys to VM
instance. |
| Allows you to attach one SSH key to one or more
VM instance. |
| Zone |
Create Zone |
In a data center, a zone corresponds to an
equipment room. You can create one or more zones as needed, and
create clusters/network resources and primary storage to each
zone. |
| Manage Zone |
Allows you to manage the lifecycle of zones, such
as creating, enabling, disabling, and deleting zones. |
| Manage Associated Resources |
Allows you to manage the clusters, baremetal
clusters/elastic baremetal clusters (licenses are required), primary
storage, image storage, L2 networks and other resources in a
zone. |
| Audit |
Audits all of the actions performed on zones,
which effectively ensures the security of the cloud
environment. |
| Cluster |
Create Cluster |
Allows you to define cluster attributes (KVM and
XDragon) based on the hypervisor type of hosts. Hosts in a KVM
cluster use the KVM virtualization technology, and hosts in a
XDragon cluster use the X-Dragon architecture. |
| Allows you to define cluster attributes based on
the host CPU architecture, including x86_64, aarch64, and
mips64el. |
| Allows you to specify a VDI network and migration
network for a cluster. |
| Allows you to set the VM CPU model and host CPU
model in a cluster as needed. |
| Manage Cluster |
Allows you to manage the lifecycle of clusters,
such as creating, enabling, disabling, and deleting
clusters. |
| Manage Associated Resources |
Allows you to manage the VM instances, hosts,
primary storage, iSCSI storage, NVMe storage, L2 networks,
peripheral devices, and other resources in a cluster. |
| Advanced Settings |
Allows you to set the CPU overcommit, memory
overcommit, and host reserved memory for all VM instances in a
cluster. |
| Allows you to enable vNIC multi-queue upgrading
for all VM instances in a cluster to improve the VM
performance. |
| Allows you to enable multi-queue driver support
for all VM NICs in a cluster to allocate Virtio NIC traffic to
multiple CPUs. |
| Allows you to enable huge page for all hosts in a
cluster, which effectively reduce the CPU performance loss of VM
instances. |
| Allows you to enable Hyper-V simulation for all
Windows VM instances in a cluster. |
| Allows you to set the default graphics card type
at the VM startup for all VM instances in a cluster. |
| Allows you to enable KVM virtualization flag for
all VM instances in a cluster. |
| Allows you to enable Dynamic Resource Scheduling
(DRS) for clusters. This feature monitors the CPU or memory load of
hosts on a cluster basis, and allows you to configure manual or auto
DRS strategy to balance cluster loads and improves O&M
efficiencies. Manual DRS provides scheduling suggestions based on
which you can schedule resources for load balancing. Auto DRS
schedules resources based on the system scheduling algorithm without
arousing your awareness. |
| Allows you to enable Zero Copy for all hosts in a
cluster. Enabling this feature will reduce the number of data copies
between user space and kernel space, lower CPU usage, and improve
vNIC performance. |
| Allows you to enable Instance-Cluster Binding for
all newly created instances in the cluster to make them must or
prioritized to start in the current cluster. |
| Allows you to set Instance Binding Policy for
instances with Instance-Cluster. Hard means that the instances must
start in the current cluster. Soft means that the instances are
prioritized to start in the current cluster. If the cluster has no
available hosts, the instances can start in other clusters. |
| Audit |
Audits all of the actions performed on clusters,
which effectively ensures the security of the cloud
environment. |
| Host |
Bulk Action |
Allows you to manage hosts in bulk. |
| Add Host |
Allows you to add hosts manually or by importing
a template. You can add up to 500 hosts at a time. |
| Supports two hypervisor types: KVM and XDragon.
KVM hosts use the KVM virtualization technology and XDragon hosts
use the X-Dragon architecture. |
| Manage Host |
Allows you to manage the lifecycle of hosts, such
as adding, enabling, disabling, reconnecting, putting into
maintenance mode, deleting, starting, shutting down, and restarting
hosts. |
| Custom Tag |
Allows you to customize tags for hosts so that
you can locate them quickly. |
| Change Host SSH Password |
Allows you to change the SSH password of a host.
The new password takes effect after the host automatically
reconnects. |
| Modify IPMI Info |
Allows you to modify the IPMI username and
password of a host. |
| Enter Web Terminal |
Allows you to enter the web terminal of a host
and perform operations on the host. |
| Add Bond |
Allows you to bind multiple physical NICs on the
host. |
| Supports two bond modes: active-backup mode and
LDAP mode. |
| Manage Associated Resources |
Allows you to manage the VM instances, VPC
vRouters, and other virtual resources on a host. |
| After you deploy SAN storage (iSCSI storage and
FC storage) on a host, you can manage the LUNs on the host and pass
through them to VM instances. |
| Allows you to manage the physical NICs detected
on a host, generate VF NICs from these physical ones through SR-IOV,
and pass through the VF NICs to VM instances, VPC vRouters, and LB
instances. These VF NICs inherit the high performance of those
physical ones. |
| Allows you to manage the physical GPU devices
detected on a host and pass through them with other peripheral
devices (such as GPU graphics card and GPU sound cards) to VM
instances. |
| Allows you to generate virtual GPU devices from
physical GPU devices (NVIDIA/AMD graphics cards) and attach these
virtual GPU devices to VM instances. |
| Allows you to manage the USB devices detected on
a host and pass through them to VM instances. |
| Allows you to manage the SE devices detected on a
host, including virtualizing/ungenerating SE devices and passing
through virtualized SE devices to VM instance. Currently, only SE
devices on Hygon and Loongarch hosts can be detected. |
| Allows you to manage the PCI devices detected on
a host, edit the PCI allowlist, and pass through these PCI devices
to VM instances. The PCI devices include Ali-NPU cards, IB cards in
PCI mode, and FPGA cards. |
| Allows you to view the FC-HBA devices detected on
a host and monitor the port status of FC-HBA devivces. |
| Intel EPT Hardware Assist |
Allows you to enable Intel EPT hardware assist
for Intel CPUs to improve the CPU performance. |
| Host Monitoring |
Monitors and displays host metrics such as CPU,
memory, disk read and write, disk size, and NIC throughput. |
| Monitors and displays the number and status of
hardware devices on the host, such as CPU, memory, disk, RAID card,
power supplu slot, fan, temperature sensor, physical GPU, and
vGPU. |
| Audit |
Audits all of the actions performed on hosts,
which effectively ensures the security of the Cloud
environment. |
| Export CSV File |
Allows you to export the host information as a
CSV table, which helps in statistical analysis and problem
diagnosis. |
| Primary Storage |
Local Storage |
Allows you to use the local disk directory of
your host as a primary storage. |
| Supported image storage: ImageStore. |
| Allows you to manage the lifecycle of local
primary storage, such as adding, enabling, disabling, reconnecting,
putting into maintenance mode, and deleting local primary
storage. |
| Allows you to manage VM instances, volumes,
clusters, hosts, and other resources on a local primary
storage. |
| Monitors and displays the percentage of used
capacity of the local primary storage. |
| Supports predicting physical storage usage trend
for local primary storage. |
| NFS |
Supports NFS protocols. All hosts can
automatically mount the same NFS shared directory as the primary
storage. |
| Supported image storage: ImageStore. |
| Allows you to specify a storage network for NFS
primary storage. The storage network is used to check the health
status of VM instances. |
| Allows you to manage the lifecycle of NFS primary
storage, such as adding, enabling, disabling, reconnecting, putting
into maintenance mode, and deleting NFS primary storage. |
| Allows you to manage VM instances, volumes,
clusters, and other resources on a NFS primary storage. |
| Allows you to clean up the raw data preserved
after migration across NFS primary storage. |
| Monitors and displays the percentage of used
capacity of NFS primary storage. |
| Supports predicting physical storage usage trend
for NFS primary storage. |
| SharedMountPoint |
Supports network shared storage provided by
commonly used distributed file systems, such as MooseFS, GlusterFS,
OCFS2, and GFS2. |
| Supported image storage: ImageStore. |
| Allows you to specify a storage network for
SharedMountPoint primary storage. The storage network is used to
check the health status of VM instances. |
| Allows you to manage the lifecycle of
SharedMountPoint primary storage, such as adding, enabling,
disabling, reconnecting, putting into maintenance mode, and deleting
SharedMountPoint primary storage. |
| Allows you to manage VM instances, volumes,
clusters, and other resources on a SharedMountPoint primary
storage. |
| Monitors and displays the percentage of used
capacity of SharedMountPoint primary storage. |
| Supports predicting physical storage usage trend
for SharedMountPoint primary storage. |
| Ceph |
Supports Ceph distributed block storage.
Supported editions: Ceph open source edition (J/L/N) and Ceph
enterprise edition. |
| If you add Ceph enterprise to the Cloud, you can
enjoy the license validity reminder. |
| Supported image storage: ImageStore and
Ceph. |
| Allows you to specify Ceph pools such as root
volume pool, data volume pool, and image cache pool when you add a
Ceph primary storage. You can manage all the Ceph pool centrally,
add more Ceph pools to expand the capacity, customize the display
name of Ceph pool, and specify Ceph pools when you create VM
instances, clone VM instances, and create volumes. You can also
create alarms for Ceph pools. |
| Allows you to specify a storage network for Ceph
primary storage. The storage network is used to check the health
status of VM instances. |
| Allows you to add multiple Ceph monitors and
manage all the monitors centrally. |
| Allows you to manage the lifecycle of Ceph
primary storage, such as adding, enabling, disabling, reconnecting,
putting into maintenance mode, and deleting Ceph primary
storage. |
| Allows you to manage VM instances, volumes, block
storage volumes, clusters, and other resources on a Ceph primary
storage. |
| Allows you to clean up the original data
preserved after migration across Ceph primary storage. |
| Monitors and displays the percentage of used
capacity of Ceph primary. |
| Supports predicting physical storage usage trend
for Ceph primary storage. |
| SharedBlock |
Allows you to use a block device divided from a
SAN storage as a storage pool. SharedBlock primary storage supports
iSCSI and FC shared access protocols. |
| Supported image storage: ImageStore. |
| Allows you to specify a provisioning method
(thick provisioning or thin provisioning) when you add a SharedBlock
primary storage. You can also specify the provisioning method when
you create VM instances, clone VM instances, or create volumes by
using a SharedBlock primary storage. |
| Allows you to specify a storage network for
SharedBlock primary storage. The storage network is used to check
the health status of VM instances. |
| Allows you to add multiple shared blocks and
refresh the storage capacity to view its changes when you expand or
replace a block device. |
| Allows you to forcibly clean up the data in a
block device, such as the signature in the file system, RAID, and
partition table. |
| Allows you to manage the lifecycle of SharedBlock
primary storage, such as adding, enabling, disabling, reconnecting,
putting into maintenance mode, and deleting SharedBlock primary
storage. |
| Allows you to manage VM instances, volumes,
clusters, LUNs, and other resources on a SharedBlock primary
storage. |
| Allows you to clean up the original data
preserved after migration across SharedBlock primary
storage. |
| Monitors and displays the percentage of used
capacity of SharedBlock primary storage. |
| Supports predicting physical storage usage trend
for SharedBlock primary storage. |
| Supports viewing the path information of the LUN
on associated hosts and the monitoring data of the LUN on different
hosts. |
| Vhost |
Uses vhost-user mode to connect with
high-performance SSD distributed storage. |
| Supported image storage: ImageStore. |
| Allows you to manage the lifecycle of Vhost
primary storage, such as adding, enabling, disabling, reconnecting,
putting into maintenance mode, and deleting Vhost primary
storage. |
| Allows you to manage VM instances, volumes, block
storage volumes (only supported when the storage vendor is ZHPS),
clusters, and other resources on a Vhost primary storage. |
| Monitors and displays the percentage of used
capacity of Vhost primary storage. |
| Supports predicting physical storage usage trend
for Vhost primary storage. |
| CBD |
Connects high-performance distributed storage
through the CBD interface. |
| Supported image storage: ImageStore. |
| Allows you to manage the lifecycle of CBD primary
storage, such as adding, enabling, disabling, reconnecting, putting
into maintenance mode, and deleting CBD primary storage. |
| Monitors and displays the percentage of used
capacity of CBD primary storage. |
| Supports predicting physical storage usage trend
for CBD primary storage. |
| Support Multiple Primary Storage Per Cluster |
Supports more than one local primary storage per
cluster. |
| Supports more than one NFS primary storage per
cluster. |
| Supports more than one SharedBlock primary
storage per cluster. |
| Supports one local primary storage and one
NFS/SharedMountPoint/SharedBlock primary storage per
cluster. |
| Supports one Ceph primary storage and multiple
SharedBlock primary storage per cluster. |
| Supports one Ceph primary storage and up to 3
LocalStorage primary storage per cluster. |
| Supports one Vhost primary storage per
cluster. |
| Supports one CBD primary storage per
cluster. |
| Supports multiple NFS storage and multiple
SharedBlock storage per cluster. |
| Supports one CBD and one Ceph primary storage per cluster. |
| Supports one CBD and multiple SharedBlock primary storage per cluster. |
| Supports one CBD and multiple LocalStorage primary storage per cluster. |
| Supports one Ceph and multiple NFS primary storage per cluster. |
| Supports one Vhost and multiple SharedBlock primary storage per cluster. |
| Advanced Settings |
Allow you to set the space preallocation policy
for volumes on local, NFS, SharedMountPoint, and SharedBlock primary
storage. |
| Allow you to set the storage preallocation policy
for SharedBlock primary storage. |
| Allow you to set storage overcommit for all types
of primary storage. |
| Audit |
Audits all of the actions performed on primary
storage, which effectively ensures the security of the cloud
environment. |
| Image Storage |
ImageStore |
Stores image files as image slices and supports
incremental storage. |
| Supported primary storage: LocalStorage, NFS,
SharedMountPoint, Ceph, SharedBlock,Vhost, and CBD. |
| Allows you to obtain the existing image files
under the mount path of the ImageStore image storage. |
| Allows you to specify a data network for an
ImageStore image storage for data communication with compute
nodes. |
| Supports image synchronization between different
ImageStore image storage on the same management node, and allows you
to specify an image synchronization network for ImageStore image
storage. |
| Allows you to manage the lifecycle of ImageStore
image storage, such as adding, enabling, disabling, reconnecting,
and deleting ImageStore image storage. |
| Allows you to clean up invalid data stored in
ImageStore backup stores to releases storage space. |
| Allows you to change the password for an
ImageStore image storage. |
| Allows you to centrally manage images in an
ImageStore image storage. |
| Monitors and displays the percentage of used
capacity of ImageStore primary storage. |
| Ceph |
Stores image files as Ceph distributed
blocks. |
| Supported primary storage: Ceph. |
| Allows you to add multiple Ceph monitors and
manage all the monitors centrally. |
| Allows you to specify Ceph pools when you add a
Ceph image storage. |
| Allows you to specify a data network for a Ceph
image storage for data communication with compute nodes. |
| Allows you to manage the lifecycle of Ceph image
storage, such as adding, enabling, disabling, reconnecting, putting
into maintenance mode, and deleting Ceph image storage. |
| Allows you to centrally manage images in a Ceph
image storage. |
| Allows you to clean up the original data
preserved after migration across Ceph image storage. |
| Monitors and displays the percentage of used
capacity of Ceph image storage. |
| Audit |
Audits all of the actions performed on image
storage, which effectively ensures the security of the cloud
environment. |
| SAN Storage |
iSCSI |
Allows you to add an iSCSI server and directly
log in to iSCSI storage after you add the server
successfully. |
| Synchronizes data on iSCSI storage and displays
all block devices on iSCSI storage in real time. |
| Allows you to add a block device divided from an
iSCSI storage as a SharedBlock primary storage and pass through it
to VM instances. |
| Allows you to manage the lifecycle of iSCSI
storage, such as enabling, disabling, and deleting iSCSI
storage. |
| Allows you to attach/detach an iSCSI storage
to/from a cluster. |
| FC |
Synchronizes device information after you
deployed an FC storage and displays the FC storage and its block
devices in real time. |
| Allows you to add a block device divided from an
FC storage as a SharedBlock primary storage and pass through it to
VM instances. |
| Synchronizes information about a single block
device on an FC storage. |
| Checks the status of the cluster where block
devices are located. |
| NVMe Storage |
/ |
Synchronizes device information after you
deployed an NVMe storage and displays the NVMe storage and its block
devices in real time. |
| Allows you to add a block device divided from an
FC storage as a SharedBlock primary storage. |
| Physical Network |
/ |
Allows you to attach network-type tags to
physical NIC ports to mark the actual usage of the networks they
reside on. NIC ports with tags can be displayed on this page by
network types or by cluster. |
| Allows you to modify the network types of
physical NIC ports. |
| Allows you to view the flow monitoring based on
network types. Three entries are provides: Dashboard, cluster
details pages, and host details pages. |
| Network Resource |
L2 Network |
Supports the following types of L2 networks: L2NoVlanNetwork, L2VlanNetwork, VxlanNetwork, HardwareVxlanNetwork, and L2GeneveNetwork. |
| VLAN (802 1Q) supports a maximum of 4094 logical
networks, and VXLAN supports a maximum of 16 million logical
networks. |
| VxlanNetwork is a software VXLAN-based solution
that effectively addresses the shortage of logical network segments
in the cloud data center and MAC flooding in upper layer
switches. |
| HardwareVxlanNetwork is a solution for working
with third-party hardware SDN. By adding an SDN controller, you can
take over the SDN network of hardware switches on the Cloud,
therefore reducing network latency and improving VXLAN network
performance. |
| Supports two types of switch, including Linux Bridge and ZNS. The Linux Bridge supports all types of L2 networks and the ZNS supports only L2VlanNetwork, L2NoVlanNetwork, and L2GeneveNetwork. |
| Allows you to change an L2NoVlanNetwork to an
L2VlanNetwork or change an L2VlanNetwork to an
L2NoVlanNetwork. |
| Allows you to modify the VLAN ID of an
L2VlanNetwork. |
| Allows you to modify the VNI of a
VxlanNetwork. |
| Allows you to manage the lifecycle of L2
networks, such as creating and deleting L2 networks. |
| Allows you to centrally manage L3 networks and
clusters on an L2 network. |
| VXLAN Pool |
Supports software SDN VXLAN pools and hardware
SDN VXLAN pools. A software SDN VXLAN pool is a collection of
VxlanNetwork L2 networks, and a hardware SDN VXLAN pool is a
collection of HardwareVxlanNetwork L2 networks. |
| Allows you to manage the lifecycle of VXLAN
pools, such as creating and deleting VXLAN pools. |
| Allows you to manage VNI ranges in a VXLAN pool
and customize the name of the VNI ranges. |
| Allows you to centrally manage the VTEP,
clusters, and VXLAN networks in a VXLAN pool. |
| Public Network |
A public network is an L3 network that has direct
access to the Internet. |
| Allows you to manage the lifecycle of public
networks, such as creating and deleting public networks. |
| Allows you to add IP ranges of IPv4 and IPv6
types. |
| Allows you to reserve network ranges of IPv4 and
IPv6 addresses. |
| IPv4 public networks allow you to add either an
IP range or an address pool. An address pool can be used to create
virtual IP addresses only. |
| Allows you to customize the MTU of a public
network to limit the size of network transmission packets. |
| Monitors and displays the IP usage statistics of
public networks, which helps to improve IP planning
efficiency. |
| Allows you to centrally manage the IP ranges
(IPv4/IPv6) and DNS resources on a public network. |
| Allows you to enable or disable DHCP service and
modify DHCP service IP. |
| Flat Network |
A flat network is an L3 network connected to the
network where the host is located and has direct access to the
Internet. |
| VM instances in flat network networks can use IP
resources of an actual network. |
| Allows you to manage the lifecycle of flat
networks, such as creating and deleting flat networks. |
| Allows you to enable or disable IP Address
Management for a flat network. |
| Allows you to add IP ranges of IPv4 and IPv6
types. |
| Allows you to reserve network ranges of IPv4 and
IPv6 addresses. |
| IPv4 flat networks support the following network
services: DHCP, User Data, elastic IP, security group, and port
mirroring. |
| IPv6 flat networks support the following network
services: DHCP, DNS, elastic IP, and security group. |
| Allows you to customize the MTU of a flat network
to limit the size of network transmission packets. |
| Monitors and displays the IP usage statistics of
flat networks, which helps to improve IP planning
efficiency. |
| Allows you to centrally manage the IP ranges
(IPv4/IPv6) and DNS resources on a flat network. |
| Allows you to enable or disable DHCP service and
modify DHCP service IP. |
| VPC Network |
A VPC network is an L3 private network where VM
instances can be created. A VM instance in a VPC network can access
the Internet through a VPC vRouter. |
| Allows you to manage the lifecycle of VPC
networks, such as creating and deleting VPC networks. |
| Allows you to add IP ranges of IPv4 and IPv6
types. |
| Allows you to reserve network ranges of IPv4 and
IPv6 addresses. |
| IPv4 VPC networks support the following network
services: DHCP, User Data, DNS, SNAT, route table, elastic IP, port
forwarding, load balancing, IPsec tunnel, security group, dynamic
routing, multicast routing, VPC firewall, port mirroring, and
netflow. |
| IPv6 VPC networks support the following network
services: DHCP, DNS, and security group. |
| Allows you to attach/detach a VPC vRouter to/from
a VPC network. |
| Allows you to customize the MTU of a VPC network
to limit the size of network transmission packets. |
| Monitors and displays the IP usage statistics of
VPC networks, which helps to improve IP planning efficiency. |
| Allows you to centrally manage the IP ranges
(IPv4/IPv6) and DNS resources on a VPC network. |
| VPC vRouter |
A VPC vRouter is a dedicated VM instance that
provides multiple network services. |
| Allows you to specify a host on which a VPC
vRouter starts. |
| Allows you to specify a primary storage when you
create a VPC vRouter. |
| Allows you to specify a default IPv4 address or
IPv6 address for a VPC vRouter. |
| Allows you to set a DNS (IPv4/IPv6) on a VPC
vRouter and centrally manage all the DNS on the VPC vRouter. |
| Allows you to associate the virtual CPUs (vCPUs)
of a VPC vRouter with host pCPUs stringently and allocate specific
pCPUs for the VPC vRouter, thus improving VPC vRouter
performances. |
| Allows you to manage the lifecycle of VPC
vRouters, such as creating, starting, stopping, restarting, and
deleting VPC vRouters. |
| Allows you to migrate a VPC vRouter to another
host without changing the primary storage. This action is supported
only by VPC vRouters in the running state. We recommend that you
perform this action during off-peak hours. |
| Allows you to migrate a VPC vRouter to another
primary storage and host. You can hot migrate a VPC vRouter across
different types of primary storage, including
LocalStorage↔SharedBlock, LocalStorage↔NFS, and SharedBlock↔NFS; You
can hot migrate a VPV vRouter across primary storage of the same
type, including SharedBlock↔SharedBlock |
| Allows you to access a VPC vRouter by using a
terminal. You can also set the console password for a VPC
vRouter. |
| Allows you to set whether make the VPC vRouter
bound with the current cluster to make it must or prioritized to
start in this cluster. |
| Allows you to set the CPU model for a VPC vRouter
through three entries: Global Setting, Cluster Setting, and VPC
vRouter Setting. The setting takes effect with the following
priority: Global Setting < Cluster Setting < VPC vRouter
Setting. |
| Allows you to enable distributed routing for a
VPC vRouter as needed to optimize east-west traffic. |
| Allows you to enable the SNAT network service for
a VPC vRouter as needed. |
| Supports STS to improve network transmission
efficiency. |
| Supports external monitoring: Collects the VPC
vRouter data such as CPU, memory, disk I/O, NIC data from hosts by
using libvirt. |
| Supports internal monitoring: Collects the VPC
vRouter data such as CPU, memory, and disk size data from VM
instances by using an agent of the VPC vRouter. |
| Allows you to centrally manage the VPC networks,
public networks, and DNS resources associated with a VPC
vRouter. |
| Allows you to set QoS for a VPC vRouter to limit
its upstream and downstream bandwidth. |
| Allows you to centrally manage the network
services provided by a VPC vRouter, such as virtual IP addresses,
elastic IP addresses, IPsec tunnels, port forwarding, and load
balancing. |
| Supports OSPF dynamic routing protocols in
large-scale network environment. |
| Supports multicast routing to forward multicast
messages sent by multicast sources to VM instances. |
| Has higher resource priority than VM instances by
default. When resource contention occurs, the resource priority is
as follows: VM instances with Normal priority < VM instances with
High priority < VPC vRouters. |
| Supports changing the OS of VPC vRouters using
VyOS 1.1.7 to openEuler 22.03. |
| VPC vRouter HA Group |
A VPC vRouter HA group consists of two VPC
vRouters. Either VPC vRouter can be a primary or secondary VPC
vRouter for the group. If the primary VPC vRouter does not work as
expected, the VPC vRouter becomes the secondary VPC vRouter in the
group to ensure high availability of business. |
| Allows you to manage the lifecycle of VPC vRouter
HA groups, such as creating and deleting VPC vRouter HA
groups. |
| Allows you to add a VPC vRouter to an HA group
and centrally manage all VPC vRouters in this group. Any
configuration changes on a VPC vRouter will apply to its partner VPC
vRouter. |
| vRouter Image |
Supports VPC vRouter image. |
| Allows you to set the CPU architecture of a
vRouter image, including x86_64 and aarch64. Creating VPC vRouters
or load balancing instances will inherit the CPU architecture of the
original image. |
| Allows you to upload a vRouter image by using a
URL or local browser. |
| Allows you to manage the lifecycle of vRouter
images, such as creating, enabling, disabling, deleting, recover,
and completely deleting vRouter images. |
| Allows you to export a vRouter image on the UI
from ImageStore or Ceph image storage. |
| Allows you to centrally manage exported vRouter
images and provides the MD5 value of the downloaded image to check
the image integrity. |
| vRouter Offering |
Allows you to manage the lifecycle of vRouter
offerings, such as creating, enabling, disabling, and deleting
vRouter offerings. |
| SDN Controller |
Allows you to add external SDN controllers to
control network devices such as external switches. This helps to
reduce network latency and improve the VXLAN network
performance. |
| Supported SDN controllers: Cloud SDN Controller, H3C VCFC R6506, H3C VCFC E2507, and HUAWEI iMaster NCE-Fabric V100R023 |
| Allows you to manage the lifecycle of SDN
controllers, such as creating and deleting SDN controllers. |
| Allows you to add a software SDN controller to
create OVS-DPDK L2 networks for a high performance and low-latency
networking. |
| SDN Cluster |
A cluster of dedicated VM instances designed to provide highly available SDN capabilities. |
| Allows you to manage the lifecycle of SDN clusters, such as creating, entering maintenance mode, deleting SDN clusters. |
| Supports cluster and single node mode. |
| Allows you to intuitively monitor the health status of the cluster as a whole and its internal nodes. |
| SDN Instance |
Allows you to manage the lifecycle of SDN
instances, such as creating, starting, stopping, rebooting,
migrating, and deleting SDN instances. |
| Allows you to migrate an SDN instance to another
host without changing the primary storage. This action supports hot
migration. We recommend that you perform this action during off-peak
hours. |
| Allows you to migrate an SDN instance to another
primary storage and host. You can hot migrate an SDN instance across
different types of primary storage. |
| Allows you to access an SDN instance by using a
terminal. |
| Supports external monitoring: Collects the SDN
instance data such as CPU, memory, disk I/O, NIC data from hosts by
using libvirt. |
| Supports internal monitoring: Collects the SDN
instance data such as CPU, memory, and disk size data by using an
agent of the SDN instance. |
| SDN Image |
Supports adding SDN images. |
| Allows you to set the CPU architecture of an SDN
image, including x86_64 and aarch64. Creating SDN instances will
inherit the CPU architecture of the SDN image. |
| Allows you to upload an SDN image by using a URL
or local browser. |
| Allows you to manage the lifecycle of SDN images,
such as adding, enabling, disabling, and deleting SDN
images. |
| SDN Instance Offering |
Allows you to manage the lifecycle of SDN
instance offerings, such as creating, enabling, disabling, and
deleting SDN instance offerings. |
| Management Network |
A management network is used to manage physical
resources in the Cloud. |
| Allows you to manage the lifecycle of management
networks, such as creating and deleting management networks. |
| Allows you to add IP ranges of the IPv4
type. |
| Allows you to customize the MTU of a management
network to limit the size of network transmission packets. |
| Monitors and displays the IP usage statistics of
management networks, which helps to improve IP planning
efficiency. |
| Allows you to centrally manage the IP ranges
(IPv4) on a management network. |
| Flow Network |
A flow network is a dedicated network for port
mirror transmission. You can use a flow network to transmit the
mirrors of data packets of NIC ports to the target ports. |
| Allows you to manage the lifecycle of flow
networks, such as creating and deleting flow networks. |
| Allows you to add IP ranges of the IPv4
type. |
| Monitors and displays the IP usage statistics of
flow networks, which helps to improve IP planning
efficiency. |
| Allows you to centrally manage the IP ranges
(IPv4) on a flow network. |
| Audit |
Audits all of the actions performed on network
resources, which effectively ensures the security of the cloud
environment. |
| Network Service |
Security Group |
Provides security control over VM instances on L3
networks. |
| Allows you to manage the lifecycle of security
groups, such as creating, enabling, disabling, and deleting security
groups. |
| Allows you to add/delete ingress/egress rules
to/from a security group and manage these rules centrally, including
modifying,enabling, disabling, importing, and exporting rules and
setting rule priorities.. |
| Supports ALL, TCP, UDP, and ICMP protocols for
security group rules. |
| Allows you to set a source security group by
security group rules. |
| Security group rules apply the allowlist and
blocklist mechanism. |
| For newly created security groups, ingress and
egress rules with the ALL protocol type are configured by default.
The rules allow mutual communications among VM instances in the same
security group. |
| Allows you to centrally manage VM NICs associated
with a security group. |
| Virtual IP Address (VIP) |
Provides multiple network services by using VIPs
in bridged network environments. |
| Divides VIPs into public VIP, flat network VIP,
and VPC VIP based on the network where the VIP is created. |
| Divides VIPs into system VIP and custom VIP based
on how the VIP is created. |
| Allows you to manage the lifecycle of VIPs, such
as adding and deleting VIPs. |
| Allows you to set QoS for public network VIPs and
flat network VIPs. You can set a QoS individually for a VIP or make
it use a shared bandwidth. |
| Monitors and displays VIP metrics such as network
traffic and network packet rate. |
| Elastic IP Address (EIP) |
IP addresses in a private network are translated
into an EIP that is in another network. This way, private networks
can be accessed from other networks by using EIPs. |
| Divides EIPs into public EIP and flat network EIP
based on the network where the EIP is created. |
| Allows you to manage the lifecycle of EIPs, such
as adding and deleting EIPs. |
| Allows you to associate/disassociate an EIP
with/from a VM NIC. |
| Allows you to change the owner of an EIP. |
| Port Forwarding |
Works based on the layer-3 forwarding service
provided by VPC vRouters and forwards traffic flows of specified IP
addresses and ports in a public network to the specified ports of VM
instances. If your public IP addresses are insufficient, you can
configure port forwarding for multiple VM instances by using one
public IP address and port. |
| Supports TCP and UDP. |
| Allows you to manage the lifecycle of port
forwarding, such as creating and deleting port forwarding. |
| Allows you to associate/disassociate port
forwarding with/from a VM NIC. |
| Load Balancing |
Distributes traffic flows of a VIP to backend
servers. It automatically inspects the availability of backend
servers and isolates unavailable servers during traffic
distribution, which improves the availability and service capability
of your business. |
| Supports two types of load balancing services:
shared-performance load balancing that works based on VPC vRouters
and dedicated-performance load balancing that works based on load
balancer instances. |
| Allows you to specify the HA mode for
dedicated-performance load balancers: single node and dual node
(active-backup). |
| Allows you to manage the lifecycle of load
balancers, such as creating and deleting load balancers. |
| Allows you to create shared-performance load
balancers by using public networks or VPC networks. |
| Allows you to create dedicated-performance load
balancers by using public networks, flat networks, or VPC
networks. |
| Supports network traffic transmission between
IPv4 and IPv6 protocols. |
| Monitors and displays load balancer metrics, such
as inbound/outbound traffic and active/concurrent/new connections,
and detailed connection statistics. |
| Allows you to centrally manage listeners, backend
server groups, and other resources associated with load
balancers. |
| Allows you to manage the lifecycle of load
balancers, such as creating and deleting load balancers. |
| Listener protocols support TCP, HTTP, HTTPS, and
UDP. |
| Supports multiple load balancing algorithms,
including Round Robin, Min Connections, Source IP Hash, and Weighted
Round Robin. |
| Health check protocols support TCP, HTTP, and
UDP. |
| Listeners that use the HTTPS protocol allow you
to associate/disassociate certificates. You can upload certificates
or certificate chains and manage these certificates
centrally. |
| Listeners that use the HTTP or HTTPS protocol
allow you to configure forwarding rules for domain forwarding and
manage these rules centrally. |
| Supports two session persistence mechanisms:
TCP/UDP-based 4th-layer session persistence and HTTP/HTTPS-based
7th-layer session persistence |
| 4th-layer session persistence uses Source IP Hash
algorithm to direct requests from clients of the same source IP
address to a backend server. |
| 7th-layer session persistence supports Round
Robin, Weighted Round Robin, and Weighted Round Robin. When using
Round Robin or Weighted Round Robin algorithm, a load balancer
inserts or rewrites a cookie to direct requests to the backend
server previously responded. When using Source IP Hash algorithm, a
load balancer uses the Hash function to direct requests from clients
of the same source IP address to a backend server. |
| Allows you to associate/disassociate listeners
with/from backend server groups. |
| Listeners that use a weighted round-robin
load-balancing algorithm allow you to set the weight value for each
backend server separately. |
| Allows you to manage the lifecycle of backend
server groups, such as creating and deleting backend server
groups. |
| Allows you to add/remove backend server to/from
backend server groups. |
| Allows you to add VM NICs or other servers
outside of the Cloud as backend servers. Note that the later method
applies to only dedicated-performance load balancers. |
| Dedicated-performance load balancers allows you
to create/delete load balancer offerings. |
| VPC Firewall |
Monitors ingress and egress traffic of VPC
vRouters and decides whether to allow or block specific traffic
based on a defined set of security rules. |
| Allows you to manage the lifecycle of VPC
firewalls, such as creating and deleting VPC firewalls. |
| Allows you to centrally manage rules and rule
sets associated with VPC firewalls. |
| Allows you to manage the lifecycle of rules, such
as adding, enabling, disabling, and deleting rules. |
| Configures ingress and egress rules by default
after a VPC firewall is created and allows you to customize these
rules as needed. |
| Allows you to manually add rules to a VPC
firewall by specifying a single IP address or an IP/port
set. |
| Allows you to add multiple rules to a VPC
firewall by importing a template. You can also modify the rule
template and upload it as needed. |
| Allows you to set priorities for VPC firewall
rules. |
| VPC firewall rules have three behaviors: Accept,
Drop, and Reject. |
| VPC firewall rules support the following packet
status: new (new connection requests), established (established
connections), invalid (unidentifiable connections), and related (new
connection requests that are associated with existing
connections). |
| VPC firewall rules support the following
protocols: ALL, TCP, UDP, ICMP, GRE, ESP, AH, IPIP, VRRP, IPENCAP,
PIM, OSPF, and IGMP. |
| Allows you to manage the lifecycle of rule sets,
such as adding and deleting rule sets. |
| Allows you to centrally manage rules and network
resources in a rule set. |
| Modifications on rules in a rule set take effect
after you synchronize the modifications. |
| Allows you to save firewall rules as a rule
template (managed by the Cloud or export them as a CSV file
(offline). |
| Allows you to manage the lifecycle of rule
templates, such as creating and deleting rule templates. |
| Allows you to save IP/port sets as a generic
template. |
| Allows you to manage the lifecycle of IP/port
sets, such as adding, enabling, disabling, and deleting IP/port
sets. |
| IPsec Tunnel |
Encrypts and verifies IP packets that transmit
over a virtual private network (VPN) from one site to
another. |
| IPsec negotiation mode: Supports only the Main
mode due to security reasons. The Aggressive mode is not
supported. |
| IPsec IKE configurations: Support IKEv1 and
IKEv2(default) |
| IPsec security protocol: Supports only the
Encapsulating Security Payload (ESP) protocol. |
| IPsec encapsulation mode: Supports only the
Tunnel mode. The Transport mode is not supported. |
| IPsec routing model: Supports only policy-based
IPSec VPN. Route-based IPSec VPN is not supported. Therefore, the
tunnel supports only unicast data, and does not support multicast
and broadcast. |
| Allows you to manage the lifecycle of IPsec
tunnels, such as creating and deleting IPsec tunnels. |
| Monitors the connection status of IPsec
tunnels |
| Allows you to centrally manage network resources
associated with an IPsec tunnel. |
| Dynamic Routing |
Supports Open Shortest Path First (OSPF)
protocols. |
| Allows you to manage the lifecycle of OSPF areas,
such as creating and deleting OSPF areas. |
| Supports two types of OSPF areas: Standard and
Stub. |
| Provides three authentication methods for OSPF
areas: None, Plaintext, and MD5. |
| Allows you to centrally manage the routing
configuration of OSPF areas. |
| Netflow |
Monitors the ingress and egress traffic of the
NICs of VPC vRouters. |
| Allows you to manage the lifecycle of netflows,
such as creating and deleting netflows. |
| Supports two versions of data flows: V5 and
V9. |
| Allows you to centrally manage the routing
configuration of netflows. |
| Port Mirroring |
Mirrors the traffic data of VM NICs and sends the
traffic data to the target ports. This helps to analyze the data
packets of ports, which simplifies the data monitoring and
management and makes it easier to locate network errors and
exceptions. |
| Allows you to manage the lifecycle of port
mirroring, such as creating, enabling, disabling, and deleting port
mirroring. |
| Supports three types of sessions: Ingress,
Egress, and Bi-direction. |
| Allows you to centrally manage port mirroring
sessions. |
| Route Table |
Allows you to customize routing configurations as
needed. |
| Allows you to manage the lifecycle of route
tables, such as adding, enabling, disabling, and deleting route
tables. |
| Allows you to centrally manage route entries and
VPC vRouter resources in routing tables. |
| Allows you to manage the lifecycle of route
entries, such as adding and deleting route entries. |
| Supports two types of route entries: static route
entries and blackhole route entries. |
| Allows you to set route priorities. |
| Multicast Route |
Forwards the multicast messages sent by the
multicast source to VM instances, which realizes point-to-multipoint
connection between the sender and the receiver. |
| Allows you to enable multicast route as needed.
After enabled, the multicast route takes effect for all networks
associated with VPC vRouters. |
| Supports PIM-SM and PIM-SSM routing protocols. In
the PIM-SM protocol, RP routers are the essential device in the
PIM-SM domain. The RP addresses support static configuration and
dynamic election through the BSR mechanism. |
| Allows you to centrally manage the multicast
configuration tables and multicast routing tables. |
| Shared Bandwidth |
Provides bandwidth sharing service and
centralized speed control for public network VIPs. You can bind
multiple VIPs to a shared bandwidth to allow instances using these
VIPs to share the same bandwidth resource, thereby reducing the cost
on public network communications. |
| Allows you to customize the size of a shared
bandwidth. |
| Allows you to manage the lifecycle of a shared
bandwidth, such creating, editing, and deleting a shared
bandwidth. |
| Allows you to bind/unbind public network VIPs
to/from a shared bandwidth. |
| Allows you to centrally manage VIPs bound to a
shared bandwidth. |
| Allows you to view whether a shared bandwidth
takes effect on VIPs bound to it. |
| Provides an intuitive monitoring to display the
flow data of all VIPs and each VIP bound to a shared
bandwidth. |
| Audit |
Audits all of the actions performed on network
resources, which effectively ensures the security of the cloud
environment. |
| CloudFormation |
Resource Stack |
Allows you to manage the lifecycle of resource
stacks, such as creating and deleting resource stacks. |
| Allows you to create resource stacks by using a
stack template (system template or custom template), uploading a
file (in UTF8-encoded format), or customizing a text (in the
designer). |
| Allows you to preview the template configurations
before you complete the creation. |
| Allows you to centrally manage the templates,
resources, and events associated with a resource stack. |
| Stack Template |
Allows you to manage the lifecycle of stack
templates, such as creating, enabling, disabling, and deleting stack
templates. |
| Allows you to create stack templates by
customizing a text or uploading a file. |
| Allows you to modify the template content as
needed. |
| Sample Template |
Provides commonly used sample templates for your
reference. |
| Allows you to manage the lifecycle of sample
templates, such as enabling and disabling sample templates. |
| Designer |
Allows you to establish dependencies between
resources by drag-and-drop connections on the canvas. |
| Allows you to undo, redo, zoom in, zoom out, fit
to canvas, delete, and clear the canvas. |
| Allows you to set global parameters of the
following types: String, Number (integer or floating point),
Comma-delimited list (equivalent to List<String> in Java), and
Boolean. |
| Allows you to preview templates, generate
resource stacks, and save as stack templates. |
| Audit |
Audits all of the actions performed on
CloudFormation, which effectively ensures the security of the cloud
environment. |
| Network Topology |
Global Topology |
Displays the network topology in the Cloud,
helping you to manage and maintain your networks more
efficiently. |
| Allows you to refresh the topology to view latest
information. |
| Allows you to export the global topology in PNG
format. |
| Allows you to hide or unhide VM instances,
highlight the selected resources, view the resource information in
hover, and view the VM/VPC vRouter status. |
| Allows you to fit to window and zoom in, zoom our
the canvas. |
| Allows you to search for resources by resource
category and attribute within the current global topology. |
| Custom Topology |
Allows you to generate a custom topology. |
| Allows you to refresh the topology to view latest
information. |
| Allows you to export the custom topology in PNG
format. |
| Allows you to highlight the selected resources,
view the resource information in hover, and view the VM/VPC vRouter
status. |
| Allows you to fit to window and zoom in, zoom our
the canvas. |
| Allows you to search for resources by resource
category and attribute within the current global topology. |
| Performance Analysis |
View Performance Analysis |
Displays the performance metrics of key
resources. |
| Allows you to view the monitoring data by
resources, including VM instance, VPC vRouter, host, image storage,
L3 network, and virtual IP. |
| Supports two monitoring methods: external
monitoring and internal monitoring. |
| Allows you to view the monitoring data by
selecting a time span. Available time spans: 15 minutes, 1 hour, 1
week, and custom. |
| Supports advanced filtering, including filter by
monitoring items (metrics and thresholds), resource scope (all
resources/specified resources), and owner scope (all
owners/specified owners). |
| Allows you to sort the items by resource name or
monitoring metric. |
| Allows you to view the monitoring data details of
a single resource. |
| Allows you to customize the number of items to be
displayed on each page. By default, 10 items are displayed per
page. |
| Export Performance Analysis
Report |
Allows you to export all the report information
or export the information on the current page in CSV format. |
| Allows you to export the average, maximum, or
minimum values of the metrics for VM instances and VPC
vRouters. |
| Capacity Management |
Resource Capacity Card |
Displays the capacities and usages of key
resources as cards in the Cloud. |
| Supports the following resources: primary
storage, image storage, management node, VM instance, volume, image,
snapshot, and compute node. |
| Allows you to jump to the corresponding resource
list from the current card. |
| Resource Capacity Top 10 |
Allows you to view top 10 resources based on the
capacity usage. |
| Supports the following resources: host, primary
storage, image storage, VM instance, volume, image, and
snapshot. |
| Allows you to sort resources by capacity
utilization, used physical capacity, available physical capacity,
total physical capacity. |
| Allows you to view the disk usage details of a
single resource. |
| Management Mode Monitoring |
/ |
Allows you to view the health status of each
management node in a multi-management node environment. |
| Allows you to view the management IP and node
status. |
| Allows you to view the management service status,
including whether the monitor IP is reachable, whether the peer
management node is reachable, whether the virtual IP is reachable,
and the database status. |
| Monitoring and Alarm |
Alarm |
Monitors time-series data and events and sends
alarm messages to specified endpoints. |
| Supports default alarms and custom
alarms. |
| Supports resource alarms, event alarms, and
extended alarms. |
| Allows you to manage the lifecycle of default
resource alarms, such as enabling and disabling default resource
alarms. |
| Allows you to manage the lifecycle of custom
resource alarms, such as enabling and disabling custom resource
alarms. |
| Allows you to create resource alarms for two
types of time-series data: resource utilization and resource
capacity. |
| Provides three emergency levels for resource
alarms: emergent, major, and info. |
| Allows you to enable alarm recovery notification
for resource alarms as needed. If enabled, when a resource monitored
by a resource alarm recovers from the alarmed status, the system
receives a notification. |
| Allows you to centrally manage the endpoints and
alarm records of a resource alarm. |
| Allows you to manage the lifecycle of custom
event alarms, such as creating, deleting, enabling and disabling
custom event alarms. |
| Provides three emergency levels for event alarms:
emergent, major, and info. |
| Allows you to centrally manage the endpoints and
alarm records of an event alarm. |
| Allows you to manage the lifecycle of extended
alarms, such as enabling and disabling extended alarms. |
| Allows you to centrally manage the endpoints and
alarm records of an extended alarm. |
| One-click Alarm |
Provides a set of alarm rules for critical
resources, which can be used to quickly establish monitoring and
alarm services for these resources. |
| Applies to resources such as hosts, VM instances,
and VPC vRouters. |
| Allows you to enable or disable one-click
alarms. |
| Allows you to enable, disable, and modify a
single alarm rule for a one-click alarm. |
| Alarm Template |
Encapsulates alarm rules as a template and works
with resource groups. You can configure alarm rules for resources in
bulk, which helps to improve the O&M efficiency. |
| Allows you to manage the lifecycle of alarm
templates, such as creating and deleting alarm templates. |
| Allows you to add/remove alarm rules to/from
alarm templates and centrally manage these rules in an alarm
template. |
| Allows you to attach/detach tags to/from an alarm
template. |
| Allows you to clone an alarm template. |
| Allows you to associate/disassociate resource
groups with/from an alarm template and centrally manage these
resource groups of an alarm template. |
| Resource Group |
Groups resources based on business requirements
and works with alarm templates. You can configure alarm rules for
resources in bulk, which helps to improve the O&M
efficiency. |
| Allows you to manage the lifecycle of resource
groups, such as creating and deleting resource groups. |
| Allows you to add/remove resources to/from a
resource group and centrally manage these resources in a resource
group. |
| Allows you to attach/detach tags to/from a
resource group. |
| Allows you to associate/disassociate alarm
templates with/from a resource group. |
| Allows you to centrally manage the alarms,
endpoints, and alarm records of a resource group. |
| Message Template |
Sends messages to endpoints by using a text
template. |
| Allows you to manage the lifecycle of message
templates, such as creating and deleting message templates. |
| Supports the following endpoints: email,
DingTalk, Microsoft Teams, Alibaba Cloud SMS, Universal SMS, WeCom,
Lark, and Webhook. |
| Supports the following alarm types: resource
alarm and event alarm. |
| Supports the following types of message texts:
alarm message text and recovery message text. |
| Allows you to make a template default or cancel
the default setting. Only one default template is allowed. |
| Allows you to modify the content in a message
template. |
| Message Source |
Allows you to connect to extended message
sources. |
| Allows you to manage the lifecycle of message
sources, such as creating, enabling, disabling, and deleting message
sources. |
| Supports Ceph Enterprise. |
| Provides preconfigured alarm message conversion
template and allows you to customize parameters in the
template. |
| Endpoint |
Allows you to obtain your subscribed information
by using an endpoint. |
| Supports default endpoints and custom endpoints
(email, short message, Webhook, DingTalk, Microsoft Teams, SNMP trap
receiver, WeCom, and Lark). Short message endpoints support two SMS
gateway service provider: Alibaba Cloud and Emay Softcom. |
| Default endpoints receive messages sent from the
Cloud. |
| Allows you to manage the lifecycle of custom
endpoints, such as creating, enabling, disabling, and deleting
custom endpoints. |
| Allows you to send test messages to custom
endpoints to check whether the endpoints can receive Cloud alarm
messages properly. |
| Allows you to modify endpoints configurations
flexibly, such as the message languages, addresses, mention members,
and security settings. |
| Allows you to add/remove alarms to/from an
endpoint and centrally manage these alarms, including resource
alarms and event alarms. |
| Allows you to centrally manage messages (alarm
messages and extended messages) received by an endpoint. |
| Audit |
Audits all of the monitoring and alarm actions,
which effectively ensures the security of the cloud
environment. |
| Alarm Message |
Cloud Platform Alarm
Message |
Allows you to view and centrally manage alarm
messages sent from the Cloud . |
| Displays alarm messages of different emergency
levels in the last seven days on a bar chart. |
| Displays alarm messages of different resources in
the last seven days on a pie chart. |
| Allows you to view up to 1,000 alarm messages in
the message list. |
| Allows you to filter messages by
resource. |
| Allows you to filter messages by specifying a
time span. |
| Allows you to mark alarm messages as confirmed
and filter confirmed or unconfirmed messages as needed. |
| Allows you to filter messages by emergency levels
(emergent, major, and info). |
| Allows you to filter messages by alarm type
(resource alarm and event alarms). |
| Allows you to converge and sort alarm messages
based on the alarm times. |
| Allows you to set a silence period for alarm
messages. During the silence period, no alarm messages will be
generated. You can process the alarm information when you are
convenient. |
| Allows you to cancel the silence period for alarm
messages. |
| Allows you to view the details about an
alarm. |
| Allows you to export the alarm messages as a CSV
table, which helps in statistical analysis and problem diagnosis,
and allows you to export the filtered alarm messages. |
| Extended Alarm Message |
Allows you to take over third-party alarm
messages and push, manage them centrally. |
| Allows you to mark alarm messages as read and
filter read or unread messages as needed. |
| Allows you to filter messages by specifying a
time span. |
| One-click Inspection |
Five Inspection Categories |
Provides five inspection categories, including
platform, compute, network, storage, and global setting. These
categories cover all key resources and services of the
Cloud. |
| Multi-layer Healthiness Scoring Mechanism |
Provides an in-built three-layer healthiness
scoring mechanism that scores resources and services, inspection
items, and the overall Cloud. It also displays the score of
healthiness for the overall Cloud. |
| O&M Suggestion |
Provides O&M suggestions on resources in
warning or fault status. |
| Inspection Report |
Provides inspection introduction, summary, and
results, and details of abnormal inspection items as well as O&M
suggestions. |
| Inspection Management |
Allows you to select inspection items for
one-click inspection. |
| Allows you to pause, resume, and cancel
inspection, implement re-inspection, and export PDF-formatted
inspection reports. |
| Operation Log |
Current Task |
Allows you to view and manage operations that are
being performed. |
| Displays the task progress and remaining time in
real time. |
| Allows you to cancel, suspend, and continue a
current task as needed. |
| Allows you to view the details about a current
task. |
| Historic Operation |
Displays the historic operations performed in the
Cloud. |
| Allows you to view all the operations that were
performed. |
| Allows you to filter operation logs by specifying
a time span. |
| Allows you to filter operation logs by task
results, including succeeded, failed, canceled, canceling,
exception, timeout, suspended, and unknown. |
| Allows you to filter operation logs by
operators. |
| Allows you to export operation logs in CSV
format. |
| Allows you to view the details about an operation
log. |
| Allows you to set the operation log retention
period in the Global Setting. |
| Auto-Scheduling Logs |
Displays the VM auto-scheduling logs triggered by
the management node, such as VM recovery from HA and host
maintenance. |
| Allows you to view all the auto-scheduling logs
that were triggered. |
| Allows you to filter auto-scheduling logs by
specifying a time span. |
| Allows you to filter auto-scheduling logs by task
results, including succeeded and failed. |
| Allows you to export auto-scheduling logs in CSV
format. |
| Allows you to view the details about an
auto-scheduling log. |
| Allows you to set the auto-scheduling log
retention period in the Global Setting. |
| Audit |
/ |
Monitors and records all activities in the Cloud,
which effectively ensures the security of the cloud
environment. |
| Allows you to filter audit records by resource
actions and login actions. |
| Allows you to filter audit records by specifying
a time span. |
| Allows you to filter audit records by task
results, including succeeded and failed. |
| Allows you export audit records in CSV
format. |
| Allows you to view the details about an audit
record. |
| Log Collection |
Collect Log |
Allows you to collect the logs of the Cloud and
of various nodes on the Cloud that are generated in the specified
time range. |
| Manage Log |
Allows you to collect, recollect, download, delete, and cancel
the collection of logs. |
| Script O&M |
Script Library |
Centrally stores and manages script files. Allows
you to manage the lifecycle of scripts, such as creating, modifying,
and deleting scripts. |
| Allows you to execute scripts on VM instances to
finish automated O&M tasks. |
| Provides script execution records, displaying the
execution state, execution start time, completion time, operator,
script configurations, VM instances that the scripts are executed
on, and the VM response. |
| XML Hook |
XML Hooks helps you realize VM customized
configurations and capability extends by modifying VM XML
files. |
| Allows you to manage the lifecycle of XML Hooks,
such as creating, modifying, and deleting XML Hooks. |
| Provides XML Hook samples and detailed XML Hook
writing methods for your reference. |
| Allows you to attach/detach XML Hooks to/from VM
instances. |
| Autit |
Audits all of the script O&M actions, which
effectively ensures the security of the cloud environment. |
| Scheduled O&M |
Scheduled Job |
Allows you to manage the lifecycle of scheduled
jobs, such as creating, enabling, disabling, and deleting scheduled
jobs. |
| Supports VM instances and volumes. |
| Allows you to view job records centrally. |
| Allows you to attach/detach schedulers to/from a
scheduled job. |
| Scheduler |
Allows you to manage the lifecycle of schedulers,
such as creating and deleting schedulers. |
| Allows you to centrally manage the scheduled jobs
of a scheduler. |
| Allows you to centrally manage schedulers that
were completed. |
| Audit |
Audits all of the scheduled O&M actions,
which effectively ensures the security of the cloud
environment. |
| Tag |
/ |
Allows you to customize tags for resources and
quickly locate resources by tag type and tag name. |
| Supports admin tags and tenant tags. |
| Allows you to manage the lifecycle of tags, such
as creating and deleting tags. |
| Allows admins to attach/detach tags to/from all
resources on the Cloud and tenants to attach/detach tags to/from
resources of tenants. |
| Allows you to centrally manage resources with a
tag attached. |
| Audits tag actions, which effectively ensures the
security of the cloud environment. |
| Billing Management |
Bills |
A bill is the expense of resources totaled at a
specified time period. Billing is accurate to the second. |
| Supported bill types; project bills, department
bills, and sub-account bills. |
| Allows you to filter bills by specifying a time
span. |
| Allows you to view project bills in a list,
export all of the project bills in CSV format, view the billing
details of a single project, and export the bills of a single
project in CSV format. |
| Allows you to view department bills in a list,
view the bills of the current department or its sub-departments,
view the bills of directly affiliated projects in a list, export
total bills of all directly affiliated projects in CSV format, view
the billing details of a single project, and export the bills of a
single project in CSV format. |
| Allows you to view sub-account bills in a list,
export all of the sub-account bills in CSV format, view the billing
details of a single sub-account, and export the bills of a single
sub-account in CSV format. |
| Allows you to disable the billing feature in
Global Setting. Then, the system stops billing resources and bills
are no longer generated. |
| By default, bills are generated every day at
00:00. You can change the bill generation time in
the
Global Setting. |
| Allows you to set the currency symbol displayed
on the UI
in
the Global Setting. Default value: ¥. Valid
values: ¥, $, €, £, A$, HK$, ¥, CHF, and C$. |
| Pricing List |
A pricing list is a list of unit prices of
different resources. The unit price of a resource is set based on
the specification and usage time of the resource. |
| Allows you to manage the lifecycle of pricing
lists, such as creating and deleting pricing lists. |
| Allows you to set the unit price for the
following resources: CPU/memory, volume (root volume/data volume),
GPU device (desktop GPU and compute GPU), network (VM public IP and
virtual IP), and elastic baremetal instance (elastic baremetal
offering). |
| Allows you to generate bills based on disk
performances. You can set the billing unit price for root volumes
and data volumes with different performances by setting advanced
parameters. |
| Allows you to modify the billing unit price as
needed. |
| Allows you to centrally manage the price history
and related resources. |
| Access Control |
Console Proxy |
Allows you to set a console proxy to log in to a
VM instance. |
| Allows you to reconnect a console proxy. |
| AccessKey Management |
An AccessKey pair is a security credential that
one party authorizes another party to call API operations and access
its resources in the Cloud. |
| Supports two types of AccessKey: local AccessKey
and third-party AccessKey. |
| Allows you to manage the lifecycle of local
AccessKeys, such as generating, enabling, disabling, and deleting
local AccessKeys. |
| Allows you to manage the lifecycle of third-party
AccessKeys, such as generating and deleting third-party
AccessKeys. |
| Audits all of the AccessKey actions, which
effectively ensures the security of the cloud environment. |
| IP Allowlist/Blocklist |
An IP blocklist or allowlist identifies and
filters IP addresses that access the Cloud. |
| Allows you to enable the IP allowlist/blocklist
feature in
the
Global Setting as needed. |
| Allows you to manage the lifecycle of IP
allowlists/blocklists, such as adding and deleting IP
allowlists/blocklists. |
| Audits all of the IP allowlist/blocklist actions,
which effectively ensures the security of the cloud
environment. |
| Application Market |
Default Application |
Provides default application installation
packages for you to quick install and use applications. Supported
default applications: ZStack Zaku (Container Management) and ZStack
ZMigrate (Miragetion Service). |
| Allows you to manage the lifecycle of default
applications, such as installing and uninstalling
applications. |
| Allows you to quickly open installed applications
with one-click. |
| Allows you to view the detailed information of
applications and VM instances that applications run on. |
| More Application |
Allows you to more third-party applications to
the Cloud via their URLs. |
| Supports the following types of applications:
storage, database, security, IaaS, PaaS, and SaaS
applications. |
| Allows you to set the sharing mode of a resource,
including share globally, share to specified projects or accounts,
and not share. |
| Allows you to manage the lifecycle of
applications, such as adding and deleting applications. |
| Sub-Account Management |
/ |
A sub-account is created by the admin or synced
from an SSO authentication system and is managed by the admin.
Resources created under a sub-account are managed by the
sub-account. |
| Allows you to manage the lifecycle of local
sub-accounts, such as creating and deleting local
sub-accounts. |
| Allows you to add an SSO server to the Cloud so
as to integrate the SSO system and enable password-free login of
related accounts in the system. |
| The supported SSO server type includes
OIDC. |
| Allows you to configure user mapping rules for
the OIDC server. |
| Allows you to manage the lifecycle of the SSO
server, such as adding and deleting the SSO server. |
| Allows you to manage the lifecycle of SSO
sub-accounts, such as creating, synchronizing and deleting SSO
sub-accounts. Note that you need to add a ZStack IAM server before
you can create SSO sub-accounts. |
| Allows you to set the initial password or change
the password of a sub-account. |
| Allows you to bill for resources used by
sub-accounts, attach pricing lists to a sub-account, and change
pricing lists for the sub-account. |
| Allows you to set two-factor authentication for
sub-account login, view the two-factor QR codes of the sub-account,
and download the two-factor QR codes. |
| Allows you to set and manage resource quota for
sub-accounts, including compute resources, storage resources, and
network resources. |
| Allows you to centrally manage the associated or
shared resources of a sub-account. |
| Audits all of the sub-account actions, which
effectively ensures the security of the cloud environment. |
| System Setting |
Theme and Appearance |
Allows you to customize the theme and appearance
of the Cloud. |
| Allows you to set the global appearance (theme),
titles (browser/login interface/platform interface), and monitor
(title and appearance/data monitoring method). |
| Allows you to reset to default settings with one
click. |
| Region Management |
Allows you to add multiple regions to the Cloud,
enabling seamless switching and convenient operations on resources
across different regions. |
| Allows you to management the lifecycle of a
region, such as adding and removing a region and modifying region
configurations. |
| Allows you to configure a unified login address
for users from different regions to log in to the Cloud. |
| Allows you to set a default region. You are
directed to the default region by preference after you logging in
through the unified login address. |
| Supports user information synchronization and SSO
across regions. |
| To enable the Region
Management page and corresponding features, contact
the official technical support. |
| Time Management |
Allows you to configure NTP time servers for
the Cloud to sync the clock of the time servers with all nodes of
the Cloud. Three time protocol modes are supported: Internal,
Internal and External, and External. |
| Allows you manually sync time by force to
save your time. |
| Displays the latest system UTC date, time,
and time zone. |
| Email Server |
If you select Email as the endpoint of an alarm,
you need to set an email server. Then alarm messages are sent to the
email server. |
| Allows you to manage the lifecycle of email
servers, such as adding, enabling, disabling, and deleting email
servers. |
| Supported email server type: SMTP. |
| Supported encryption type: STARTTLS, SSL/TLS, and
NONE. |
| Allows you to test the email server
connectivity. |
| Allows you to change the owner of email
servers. |
| Audits all of the email server actions, which
effectively ensures the security of the cloud environment. |
| Log Server |
A log server can receive management node logs or
cloud operation logs. You can add log servers to the cloud and use
the collected logs to locate errors and exceptions.
This
improves your O&M efficiency. |
| Management node log servers support the following
output type: Syslog. |
| Cloud operation log servers support the following
output types: Syslog, Elasticsearch, Forward, Kafka, and
Loki. |
| Allows you to set the log facility from LOCAL0 to
LOCAL7 for a management node log server. This value is used to match
the log server. |
| Allows you to select a log severity for a
management node log server to make it only receive logs of this
level or higher levels. Valid values: ALL, TRACE, DEBUG, INFO, WARN,
ERROR, and FATAL. |
| Allows you to manage the lifecycle of log
servers, such as adding and deleting log servers. |
| Audits all of the log server actions, which
effectively ensures the security of the cloud environment. |
| Advanced Monitoring Server |
A dedicated VM instance used to receive advanced
monitoring data of load balancers and other resources. |
| Allows you to manage the lifecycle of advanced
monitoring servers, including creating, starting, stopping,
rebooting, and deleting advanced monitoring server. |
| Allows you to launch the console of an advanced
monitoring server to access the server through a terminal. |
| Allows you to set console password for an
advanced monitoring server. |
| Allows you to set the sharing mode for an
advanced monitoring server. Valid values: share globally, share to
specified projects or accounts, and not share. |
| Allows you to centrally manage advanced
monitoring server images. |
| Allows you to set the CPU architecture of an
advanced monitoring server image. Advanced monitoring servers based
on this image inherit its CPU architecture. |
| Allows you to upload an advanced monitoring
server image by using a URL or local browser. |
| Allows you to manage the lifecycle of advanced
monitoring servers, such as adding, enabling, disabling, deleting,
recovering, and expunging advanced monitoring server images. |
| Allows you to export an advanced monitoring
server image through the UI. |
| Provides MD5 of exported images for you to verify
the image integrity of downloaded images. |
| Allows you to centrally manage advanced
monitoring server offerings. |
| Allows you to manage the lifecycle of advanced
monitoring server offerings, such as creating, enabling, disabling,
and deleting advanced monitoring server offerings. |
| SNMP Management |
Connects 3rd-party platform and Cloud through
SNMP, enabling the 3rd-part platform to get monitoring data from
Cloud or receive alarms pushed from Cloud. |
| Allows you to enable/disable SNMP
Management. |
| Allows you to configure SNMP parameters in a
visual method. |
| Allows you to add SNMP trap receivers to receive
alarms from Cloud. |
| Allows you to add SNMP trap receivers as
endpoints and attach them to specified alarms. |
| Platform Setting |
HA Policy |
HA Policy is a mechanism that ensures sustained and stable
running of the business if VM instances are unexpectedly stopped or
are errored because of errors occurred to compute, network, or
storage resources associated with the VM instances. |
| Provides None and NeverStop VM HA modes, which
specify whether to enable auto restart if VM instances are
stopped. |
| Allows you to configure VM Failover Strategy in a
table based on the management network connectivity status, storage
network connectivity status, and business NIC status. |
| Allows you to modify host error detection
settings and advanced HA-related settings. These settings take
effect on the Cloud. |
| Allows you to view and filter VM HA logs. |
| Scenario Template |
Provides multiple templates that encapsulate
scenario-based global settings. You can apply a template globally
with one click based on your business needs. This improves your
O&M efficiency. |
| Applies to VM performance optimization,
restoration from high availability, cloud security setting, and
production environment setting. |
| Allows you to apply a scenario template with one
click. |
| Allows you to reset to default settings with one
click. |
| Allows you to modify settings of a single item in
a scenario template. |
| Global Setting |
Allows you to configure settings that take effect
on the whole platform. |
| Support basic settings and advanced
settings. |
| Allows you to reset to default settings with one
click. |
| Supports quick search and directory navigation to
help you quickly locate target items. |
| Allows you to modify settings of a single item in
the
Global Setting. |
| System and Security |
Version Detection |
Allows you to enable version detection which
periodically detects the latest version including production
environment recommended versions or technical preview
versions |
| Allows you to specify the auto detection duration
by day, week, month, or year. |
| Allows you to implement manual detection or use
the auto detection. It provides information about the version number
and the highlights if the latest version is available. |
| Plugin Management |
Allows you to package extended resources or tools
into standardized plugins for quick installation and integration,
expanding the Cloud capabilities |
| Allows you to manage the lifecycle of plugins,
such as uploading and deleting plugins. |
| Divides plugins into server-side plugins and
client-side plugins based on their execution mechanism. |
| Experience Improvement Program |
Allows you to join in or opt out the Experience
Improvement Program. |
| Certificate Management |
Allows you to configure and manage a SSL
certificate, including third-party certificate and system
self-signed certificate. |
| License Management |
/ |
Licensing in the Cloud is supplied in different
functionality packages as Base and Plus. |
| You can purchase a package as needed. |
| The Base license provides the basic and essential
features of the Cloud, which can meet the mainstream business
requirements. |
| Functionalities covered in the Base license
include Standard, Enterprise Trial,
and Enterprise Prepaid. |
| A module license provides additional features or
feature enhancements to meet specific business
requirements. |
| Functionalities covered in module licenses
include VMware Management, Tenant Management, ARM64 Management,
Backup Service, Continuous Data Protection (CDP) Service, Baremetal
Management, Elastic Baremetal Management, Alibaba Cloud Hybrid Cloud
Management, Cryptography Security Compliance, 5x8 (7x24) After-Sales
Service, SR-IOV NIC Service, GPU Service, Billing Management,
CloudFormation, Auto-Scaling Service, Smart NIC Service, Container
Service-CPU, and Container Service-vCPU. |
| A base license is required to install a module
license. |
| Supports two licensing methods: local licensing
and server licensing. |
| The local licensing method allows you to install
and update license by using an USB key or request key. |
| The server licensing method allows you to connect
to the license server by using the server address and consume license
quota on the license server. |
| Allows you to view the current license status and
licensing records. |
| Allows you to delete a module license as
needed. |
| Provides license expiration reminders when your
license is about to expire, expired, or license quota
exceeds. |
| Cloud Login |
Login Method |
Allows you to access the UI via HTTP or
HTTPS. |
| Supports account login and tenant login. |
| Allows you to access the Cloud and experience all
of the features by using command lines. |
| Login Security |
Allows you to set the maximum number of
continuous login failures that trigger verification by verification
code. Default: 6. |
| Supports two-factor authentication, which further
enhances the account security. |
| Allows you to set the login password complexity
by set the password length and characters combined of digits,
uppercase/lowercase letters, and special characters. |
| Allows you to set the password validity period by
customizing the password update cycle. We recommend that you change
the login password regularly to ensure the login security. |
| Supports historical password check and allows you
to customize the number of recent passwords that cannot be
reused. |
| Allows you to specify whether to lock the login
account if the logins continuously fail, the number of allowed
failed attempts, and how long the account will be locked. |
| Allows you to specify whether to disallow
simultaneous connection sessions established by one user. If yes,
one user can establish only one connection session with the
platform. |
| Allows you to set the login interface with the
default link. |
| VDI |
Solution |
Supports SPICE, RDP, and VNC protocols. |
| Allows you to specify a VDI network. |
| Supports USB redirection, which means multiple
USB devices are compatible. |
| Allows you to set an independent VDI
network. |
| Supports multi-screen display. |
| Supports microphones. |
| Supports SPICE to optimize traffics. |
| UI Highlights |
Quick Navigation |
Provides a quick navigation entry, which is
convenient for users to quickly locate and enter the required
features and services. |
| Global Search |
Provides one-stop global search, allowing you to
search for features, resources, and documents. |
| Embedded Document |
Provides embedded documents in the help
center. |
| Installation |
/ |
Allows you to complete installing and deploying
the Cloud from scratch within just 30 minutes with one simple
command. |
| Supports the following installation modes:
Tenant
Management Mode, Community Management Mode,
Compute
Node
Mode, Expert Mode, and Simplified Expert Mode. |
| Supports ISO: h84r ISO. |
| Allows you to burn ISO images to U drives by
using Rufus. |
| Upgrade |
Seamless Upgrade |
Allows you to seamlessly upgrade
the
Cloud from an earlier version to a later version. |
| Deployment Environment Upgrade |
Allows you to specify the deployment environment
from the Expert Mode. |
