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Install Palette VerteX with Management Appliance

danger

This has been split from the former VerteX Management Appliance page.

Follow the instructions to install Palette VerteX using the VerteX Management Appliance on your infrastructure platform.

Size Guidelines​

This section lists resource requirements for VerteX for various capacity levels. In VerteX, the terms small, medium, and large are used to describe the instance size of worker pools that Palette is installed on. The following table lists the resource requirements for each size.


warning

The recommended maximum number of deployed nodes and clusters in the environment should not be exceeded. We have tested the performance of VerteX with the recommended maximum number of deployed nodes and clusters. Exceeding these limits can negatively impact performance and result in instability. The active workload limit refers to the maximum number of active nodes and pods at any given time.


SizeTotal NodesNode CPUNode MemoryNode Storage (Total)Total Deployed Workload Cluster NodesDeployed Clusters with 10 Nodes
Small3816 GB750 GB1000100
Medium (Recommended)31632 GB750 GB3000300
Large33264 GB750 GB5000500
info

The Spectro manifest requires approximately 10 GB of storage. VerteX deployed clusters use the manifest to identify what images to pull for each microservice that makes up VerteX.

Instance Sizing​

ConfigurationActive Workload Limit
SmallUp to 1000 nodes each with 30 pods (30,000 pods)
Medium (Recommended)Up to 3000 nodes each with 30 pods (90,000 pods)
LargeUp to 5000 nodes each with 30 pods (150,000 pods)

Limitations​

  • Only public image registries are supported if you are choosing to use an external registry for your pack bundles.

Prerequisites​

  • ISO management software installed on your local machine, such as mkisofs or genisoimage.

  • Access to the Artifact Studio to download the Palette VerteX ISO.

    tip

    If you do not have access to Artifact Studio, contact your Spectro Cloud representative or open a support ticket.

  • Palette VerteX can be installed on a single node or on three nodes. For production environments, we recommend that three nodes be provisioned in advance for the Palette VerteX installation. We recommended the following resources for each node. Refer to the Size Guidelines section for additional sizing information.

    • 8 CPUs per node.

    • 16 GB memory per node.

    • Two disks per node.

      • The first disk must be 300 GB minimum and 500 GB is recommended. This disk is used for the Palette VerteX ISO stack. You specify the device in the stylus_config.yaml file as guided during the Install Palette VerteX steps.

        If the device is not specified, the default value is auto. This means the installer selects the largest available drive, which may not be the desired behavior, especially in multi-drive environments.

      • The second disk must be at least 500 GB and is used for the storage pool. The default device selected is /dev/sdb. You can change the default device during the cluster creation steps in Local UI.

        danger

        The second disk is wiped as part of the installation process. If using an existing disk, ensure that you back up any important data before proceeding.

    • At least one removable media connection must be available to attach the Palette VerteX ISO. This can be a physical or virtual connection depending on your infrastructure provider.

  • The following network ports must be accessible on each node for Palette to operate successfully.

    • TCP/443: Must be open between all Palette nodes and accessible for user connections to the Palette management cluster.

    • TCP/6443: Outbound traffic from the Palette management cluster to the deployed cluster's Kubernetes API server.

  • SSH access must be available to the nodes used for Palette installation.

  • Relevant permissions to install Palette on the nodes including permission to attach or mount an ISO and set nodes to boot from it.

    warning

    The ISO is only supported on Unified Extensible Firmware Interface (UEFI) systems. Ensure you configure the nodes to boot from the ISO in UEFI mode.

  • Palette Management Appliance supports Secure Boot for Dell servers with UEFI and Hewlett Packard Enterprise iLO5. Learn how to configure and install Secure Boot for Palette Management Appliance below.

    How to install Secure Boot on Hewlett Packard Enterprise iLO 5

    Before you begin, ensure that you have iLO 5 access with privileges to launch the remote console and change BIOS settings. You also need the MOK.der certificate file on your local computer. Skip to step 4 if you have already downloaded the certificate file.

    1. Navigate to Artifact Studio.
    2. Select the version corresponding to your VerteX installer. Then, select Show Artifacts. The artifact list appears.
    3. Download the MOK Key for Secure Boot file.
    4. Power on or reboot the server. When prompted during Power-On Self-Test (POST), press F9 to enter System Utilities.
    5. Select System Configuration and press ENTER.
    6. Select BIOS/Platform Configuration (RBSU) > Server Security > Secure Boot Settings > Advanced Secure Boot Options.
    7. Select DB – Allowed Signatures Database > Enroll Signature. If Secure Boot is currently enabled, the Enroll Signature option will be unavailable. Temporarily disable Secure Boot and repeat the process.
    8. Drag the MOK.der file from your desktop onto the iLO Remote Console window. iLO mounts it as a virtual USB device automatically.
    9. Confirm any prompts.
    10. Verify that the new entry appears under DB – Allowed Signatures Database > View Signatures.
    11. Press ESC to exit the menus until the Save and Exit option is available.
    12. Save your changes. Exit the menu and reboot the server.
    How to install Secure Boot on Dell servers with UEFI

    Before you begin, you need the MOK.der certificate file on your local computer. Skip to step 4 if you have already downloaded the certificate file.

    1. Navigate to Artifact Studio.

    2. Select the version corresponding to your VerteX installer. Then, select Show Artifacts. The artifact list appears.

    3. Download the MOK Key for Secure Boot file.

    4. Power on the server. Execute the following command to create a virtual CD/DVD drive containing an ISO file with the MOK.der certificate. Alternatively, you can save the file to a FAT32-formatted USB drive.

      mkisofs -output key.iso -volid cidata -joliet -rock MOK.der

    5. Reboot the server. When the Dell logo appears, press F2. The System Setup menu opens.

    6. Select System BIOS > Boot Settings.

    7. Ensure that the Boot Mode is set to UEFI.

    8. Press ESC to return to Boot Settings.

    9. Select System Security > Secure Boot Settings.

    10. Toggle Secure Boot to Enabled and Secure Boot Policy to Custom.

    11. Select Secure Boot Custom Policy Settings > Authorized Signature Database (db).

    12. Select Import New Entry. Then, select the virtual CD/DVD drive or USB drive containing the MOK.der file.

    13. Save your changes. Press ESC to return to Authorized Signature Database (db).

    14. Select View Entries. The MOK.der file shows in the database as DRBD Module Signing.

    15. Save your changes. Exit the menu and reboot the server.

  • You can choose to use either an internal Zot registry that comes with Palette or an external registry of your choice. If using an external registry, you will need to provide the following information during the Palette installation process.

    • The DNS/IP endpoint and port for the external registry.
      • Ensure the nodes used to host the Palette management cluster have network access to the external registry server.
    • The username for the registry.
    • The password for the registry.
    • (Optional) The Certificate Authority (CA) certificate that was used to sign the external registry certificate in Base64 format.

    How to get Base64 encoded entries for a certificate

    You can get the Base64 encoded entry from your certificate by using the following command. Replace <certificate-file> with the filename of your certificate file.

    base64 --wrap 0 <certificate-file>

  • If you have an Ubuntu Pro subscription, you can provide the Ubuntu Pro token during the Palette installation process. This is optional but recommended for security and compliance purposes.

  • A virtual IP address (VIP) must be available for the Palette management cluster. This is assigned during the Palette installation process and is used for load balancing and high availability. The VIP must be accessible to all nodes in the Palette management cluster.

    How to discover free IPs in your environment

    You can discover free IPs in your environment by using a tool like arping or nmap. For example, you can issue the following command to probe a CIDR block for free IP addresses.

    nmap --unprivileged -sT -Pn 10.10.200.0/24

    This command will scan the CIDR block and output any hosts it finds.

    Example nmap output
    Nmap scan report for test-worker-pool-cluster2-6655ab7a-tyuio.company.dev (10.10.200.2)
    Host is up.
    All 1000 scanned ports on test-worker-pool-cluster2-6655ab7a-tyuio.company.dev (10.10.200.2) are in ignored states.
    Not shown: 1000 filtered tcp ports (no-response)

    For any free IP addresses, you can use arping to double-check if the IP is available.

    Example arping command
    arping -D -c 4 10.10.200.101
    Example arping output
    ARPING 10.10.200.101 from 0.0.0.0 ens103
    Sent 4 probes (4 broadcast(s))
    Received 0 response(s)

    If you receive no responses like the example output above, the IP address is likely free.

Install Palette VerteX​

  1. Download the Palette VerteX ISO from the Artifact Studio. Refer to the Artifact Studio guide for instructions on how to access and download the ISO.

  2. Load the Palette VerteX ISO to a bootable device, such as a USB stick, or upload the ISO to a datastore in your VMware environment. You can use several software tools to create a bootable USB drive, such as balenaEtcher.

    • For VMware vSphere, you can upload the Palette VerteX ISO to a datastore using the vSphere Client or the govc CLI tool. Refer to the vSphere or govc documentation for more information.
    • For Bare Metal, you can use tools like scp or rsync to transfer the Palette VerteX ISO to the nodes, or use a USB drive to boot the nodes from the ISO.
    • For Machine as a Service (MAAS), you can upload and deploy ISOs using Packer. Refer to the MAAS documentation for more information.

    Ensure that the Palette VerteX ISO is accessible to all nodes that will be part of the Palette VerteX management cluster.

  3. Attach the Palette VerteX ISO to the nodes and ensure the boot order is set to boot from the Palette VerteX ISO first.

    For example, in VMware vSphere, the VMs will have the Palette VerteX ISO in CD/DVD drive 1. Refer to the documentation of your infrastructure provider for specific instructions on how to attach and boot from an ISO.

  4. Restart the nodes to start the installation process.

  5. Once the nodes have rebooted and entered the GRand Unified Bootloader (GRUB) menu, select the Palette eXtended Kubernetes Edge Install (manual) option and press ENTER.

    caution

    Ensure that you select the option within the first five seconds of the GRUB menu appearing, as it will automatically proceed with the default installation option after this time.

  6. Once the nodes have finished booting, in the terminal, issue the following command to list the block devices.

    lsblk --paths

    Use the output to identify the device name to use for the Palette VerteX ISO stack. For example, /dev/sda.

    Example output
    NAME       MAJ:MIN RM   SIZE RO TYPE MOUNTPOINT
    /dev/loop0   7:0    0     1G  1 loop /run/rootfsbase
    /dev/sda     8:0    0   250G  0 disk
    /dev/sdb     8:16   0  5000G  0 disk
    /dev/sr0    11:0    1  17.3G  0 rom  /run/initramfs/live

  7. If there are any partitions on the device you plan to use for the installation, you must delete them before proceeding. For example, if the device is /dev/sda, issue the following command to delete all partitions on the device.

    wipefs --all /dev/sda
    danger

    Deleting partitions will erase all data on the device. Ensure that you back up any important data before proceeding.

  8. Issue the following command to edit the installation manifest.

    vi /oem/stylus_config.yaml

  9. Add the following install.device section to your manifest, replacing <storage-drive> with the device name identified in step 6.

    #cloud-config

    cosign: false
    verify: false
    install:
      device: <storage-drive>
      grub-entry-name: "Palette eXtended Kubernetes Edge"
      system:
        size: 8192
    ...

  10. Save the changes and exit the editor.

  11. Issue the following command to start the installation process.

    kairos-agent install

  12. Wait for the installation process to complete. This will take at least 15 minutes, depending on the resources available on the nodes. After completion, the nodes will reboot and display the Palette TUI.

  13. In the Palette TUI, provide credentials for the initial account. This account will be used to log in to Local UI and for SSH access to the node.

    FieldDescription
    UsernameProvide a username to use for the account.
    PasswordEnter a password for the account.
    Confirm PasswordRe-enter the password for confirmation.

    Press ENTER to continue.

  14. In the Palette TUI, the available configuration options are displayed and are described in the next three steps. Use the TAB key or the up and down arrow keys to switch between fields. When you make a change, press ENTER to apply the change. Use ESC to go back.

  15. In Hostname, check the existing hostname and, optionally, change it to a new one.

  16. In Host Network Adapters, select a network adapter you would like to configure. By default, the network adapters request an IP automatically from the Dynamic Host Configuration Protocol (DHCP) server. The CIDR block of an adapter's possible IP address is displayed in the Host Network Adapters screen without selecting an individual adapter.

    In the configuration page for each adapter, you can change the IP addressing scheme of the adapter and choose a static IP instead of DHCP. In Static IP mode, you will need to provide a static IP address and subnet mask, as well as the address of the default gateway. Specifying a static IP will remove the existing DHCP settings.

    You can also specify the Maximum Transmission Unit (MTU) for your network adapter. The MTU defines the largest size, in bytes, of a packet that can be sent over a network interface without needing to be fragmented.

  17. In DNS Configuration, specify the IP address of the primary and alternate name servers. You can optionally specify a search domain.

  18. After you are satisfied with the configurations, navigate to Quit and press ENTER to finish the configuration. Press ENTER again on the confirmation prompt.

    After a few seconds, the terminal displays the Device Info and prompts you to provision the device through Local UI.

    tip

    If you need to access the Palette TUI again, issue the palette-tui command in the terminal.

  19. Ensure you complete the configuration on each node before proceeding to the next step.

  20. Decide on the host that you plan to use as the leader of the group. Refer to Link Hosts for more information about leader hosts.

  21. Access the Local UI of the leader host. Local UI is used to manage the Palette VerteX nodes and perform administrative tasks. It provides a web-based interface for managing the Palette VerteX management cluster.

    In your web browser, go to https://<node-ip>:5080. Replace <node-ip> with the IP address of your node. If you have changed the default port of the console, replace 5080 with the Local UI port. The address of the Local UI console is also displayed on the terminal screen of the node.

    If you are accessing Local UI for the first time, a security warning may be displayed in your web browser. This is because Local UI uses a self-signed certificate. You can safely ignore this warning and proceed to Local UI.

  22. Log in to Local UI using the credentials you provided in step 10.

  23. (Optional) If you need to configure a HTTP proxy server for the node, follow the steps in the Configure HTTP-Proxy in Local UI guide. When done, proceed to the next step.

  24. From the left main menu, click Linked Edge Hosts.

  25. Click Generate token. The host begins generating tokens that you will use to link this host with other hosts. The Base64 encoded token contains the IP address of the host, as well as an OTP that will expire in two minutes. Once a token expires, the leader generates another token automatically.

  26. Click the Copy button to copy the token.

  27. Log in to Local UI on the host that you want to link to the leader host.

  28. From the left main menu, click Linked Edge Hosts.

  29. Click Link this device to another.

  30. In the pop-up box that appears, enter the token you copied from the leader host.

  31. Click Confirm.

  32. Repeat steps 27-31 for every host you want to link to the leader host.

  33. Confirm that all linked hosts appear in the Linked Edge Hosts table. The following columns should show the required statuses.

    ColumnStatus
    StatusReady
    ContentSynced
    HealthHealthy

    Content synchronization will take at least five minutes to complete, depending on your network resources.

  34. On the left main menu, click Cluster.

  35. Click Create cluster.

  36. For Basic Information, provide a name for the cluster and optional tags in key:value format.

  37. In Cluster Profile, the Imported Applications preview section displays the applications that are included with the VerteX Management Appliance. These applications are pre-configured and used to deploy your Palette VerteX management cluster.

    Leave the default options in place and click Next.

  38. In Profile Config, configure the cluster profile settings to your requirements. Review the following tables for the available options.

    Cluster Profile Options​

    OptionDescriptionTypeDefault
    Pod CIDRThe CIDR range for the pod network. This is used to allocate IP addresses to pods in the cluster.CIDR notation100.64.0.0/18
    Service CIDRThe CIDR range for the service network. This is used to allocate IP addresses to services in the cluster.CIDR notation100.64.64.0/18
    Ubuntu Pro Token (Optional)The token for your Ubuntu Pro subscription.StringNo default
    Storage Pool Drive (Optional)The storage pool device to use for the cluster. As mentioned in the Prerequisites, assign this to your second storage device.String/dev/sdb
    CSI Placement CountThe number of replicas for the Container Storage Interface (CSI) Persistent Volumes (PVs). The accepted values are 1 or 3. We recommend using 3 to provide high availability for the CSI volumes. This value must match the MongoDB Replicas value.Integer3

    Registry Options​

    OptionDescriptionTypeDefault
    In Cluster Registry (Optional)- True - Use internal Zot registry
    - False - Use external registry.    		BooleanTrue
    Registry EndpointThe DNS/IP endpoint for the registry. Leave the default entry if using the internal Zot registry, which is a virtual IP address assigned by kube-vip. Adjust if using an external registry.String{{.spectro.system.cluster.kubevip}}
    Registry PortThe port for the registry. The default value can be changed for the internal Zot registry. Adjust if using an external registry.Integer30003
    OCI Registry Base Content Path (Optional)The base path for the registry content for the internal or external registry. Palette VerteX packs will be stored in this directory.Stringspectro-content
    OCI Pack Registry UsernameIf using the internal Zot registry, leave the default username or adjust to your requirements. If using an external registry, provide the appropriate username.Stringadmin
    OCI Pack Registry PasswordIf using the internal Zot registry, enter a password to your requirements. If using an external registry, provide the appropriate password.StringNo default - must be provided.
    OCI Registry Storage Size (GiB) (Optional)The size of the storage for the OCI registry. This is used to store the images and packs in the registry. The default value is set to 100 GiB, but this should be increased to at least 250 GiB for production environments.Integer100
    OCI Pack Registry Ca Cert (Optional)- Internal Zot registry - Not required.
    - External registry - The CA certificate that was used to sign the external registry certificate.    		Base64 encoded stringNo default
    Image Replacement Rules (Optional)Set rules for replacing image references when using an external registry. For example, all: oci-registry-ip:oci-registry-port/spectro-content. Leave empty if using the internal Zot registry.StringNo default
    Root Domain (Optional)The root domain for the registry. The default is set for the internal Zot registry, which is a virtual IP address assigned by kube-vip. If using an external registry, adjust this to the appropriate domain.String{{.spectro.system.cluster.kubevip}}
    Mongo ReplicasThe number of MongoDB replicas to create for the cluster. The accepted values are 1 or 3. We recommend using 3 to provide high availability for the MongoDB database. This value must match the CSI Placement Count value.Integer3

  39. Click Next when you are done.

  40. In Cluster Config, configure the following options.

    Cluster Config Options​

    OptionDescriptionTypeDefault
    Network Time Protocol (NTP) (Optional)The NTP servers to synchronize time within the cluster.StringNo default
    SSH Keys (Optional)The public SSH keys to access the cluster nodes. Add additional keys by clicking Add Item.StringNo default
    Virtual IP Address (VIP)The virtual IP address for the cluster. This is used for load balancing and high availability.StringNo default

    Click Next when you are done.

  41. In Node Config, configure the following options.

    important

    You must assign at least three control plane nodes for high availability. You can remove the worker node pool as it is not required for the Palette VerteX management cluster. When doing this, ensure that the Allow worker capability option is enabled for the control plane node pool.

    Node Pool Options​

    OptionDescriptionTypeDefault
    Node pool nameThe name of the control plane node pool. This will be used to identify the node pool in Palette VerteX.Stringcontrol-plane-pool
    Allow worker capability (Optional)Whether to allow workloads to be scheduled on this control plane node pool. Ensure that this is enabled if no worker pool is assigned to the cluster.BooleanTrue
    Additional Kubernetes Node Labels (Optional)Tags for the node pool in key:value format. These tags can be used to filter and search for node pools in Palette VerteX.StringNo default
    TaintsTaints for the node pool in key=value:effect format. Taints are used to prevent pods from being scheduled on the nodes in this pool unless they tolerate the taint.- Key = string
    - Value = string
    - Effect = string (enum)    		No default
    Pool Configuration​

    The following options are available for both the control plane and worker node pools. You can configure these options to your requirements. You can also remove worker pools if not needed.

    OptionDescriptionTypeDefault
    ArchitectureThe CPU architecture of the nodes. This is used to ensure compatibility with the applications operating on the nodes.String (enum)amd64
    Add Edge HostsClick Add Item and select the other hosts that you installed using the VerteX Management Appliance ISO. These hosts will be added to the node pool. Each pool must contain at least one node.N/A- Control Plane Pool = Current host selected
    - Worker Pool = No host selected
    NIC NameThe name of the network interface card (NIC) to use for the nodes. Leave on Auto to let the system choose the appropriate NIC, or select one manually from the drop-down menu.N/AAuto
    Host Name (Optional)The hostname for the nodes. This is used to identify the nodes in the cluster. A generated hostname is provided automatically, which you can adjust to your requirements.Stringedge-*

  42. Click Next when you are done.

  43. In Review, check that your configuration is correct. If you need to make changes, click on any of the sections in the left sidebar to go back and edit the configuration.

    When you are satisfied with your configuration, click Deploy Cluster. This will start the cluster creation process.

    The cluster creation process will take 20 to 30 minutes to complete. You can monitor progress from the Overview tab on the Cluster page in the left main menu. The cluster is fully provisioned when the status changes to Running and the health status is Healthy.

  44. Once the cluster is provisioned, access the Palette VerteX system console using the virtual IP address (VIP) you configured earlier. Open your web browser and go to https://<vip-address>/system. Replace <vip-address> with the VIP you configured for the cluster.

    The first time you visit the system console, a warning message about an untrusted TLS certificate may appear. This is expected, as you have not yet uploaded your TLS certificate. You can ignore this warning message and proceed.

  45. You will be prompted to log in to Palette VerteX system console. Use admin as the username and admin as the password. You will be prompted to change the password after logging in.

  46. In the Account Info window, provide the following information.

    FieldDescription
    Email addressThis is used for notifications and password recovery as well as logging in to the Palette VerteX system console. This will not be active until you configure SMTP settings in Palette VerteX system console and verify your email address.
    Current passwordUse admin as the current password.
    New passwordEnter a new password for the account.
    Confirm new passwordRe-enter the new password for confirmation.

    Refer to Password Requirements and Security to learn about password requirements.

After logging in, a summary page is displayed. You now have access to the Palette VerteX system console, where you can manage your Palette VerteX environment.

If you are accessing the Palette VerteX system console for the first time, a security warning may be displayed in your web browser. This is because Palette VerteX is configured with a self-signed certificate. You can replace the self-signed certificate with your own SSL certificates as guided later in Next Steps.

warning

If your installation is not successful, verify that the piraeus-operator pack was correctly installed. For more information, refer to the Self-Hosted Installation - Troubleshooting guide.

Validate​

  1. Log in to the Local UI of the leader host using the URL https://<node-ip>:5080. Replace <node-ip> with the IP address of the leader host. If you have changed the default port of the console, replace 5080 with the Local UI port.

  2. In Local UI, click on Cluster in the left main menu.

  3. Check that the cluster status is Running and the health status is Healthy. In the Applications section on this page, the listed applications should be in the Running state.

  4. On the Cluster page, under Environment, click on the Admin Kubeconfig File to download it to your local machine.

  5. On your local machine, open a terminal session and export the KUBECONFIG environment variable to point to the downloaded kubeconfig file.

    export KUBECONFIG=/path/to/your/downloaded/kubeconfig

  6. Issue the following command to verify the Palette installation.

    kubectl get pods --all-namespaces --output custom-columns="NAMESPACE:metadata.namespace,NAME:metadata.name,STATUS:status.phase" \
    | grep --extended-regexp '^(cp-system|hubble-system|ingress-nginx|jet-system|ui-system)\s'

    Your output should look similar to the following.

    cp-system        spectro-cp-ui-5cb6d454f8-bndxb          Running
    hubble-system    auth-5586c867ff-mk6wn                   Running
    hubble-system    auth-5586c867ff-xm9mx                   Running
    hubble-system    cloud-7bfd6c7f55-bmpkm                  Running
    hubble-system    cloud-7bfd6c7f55-tmmjj                  Running
    hubble-system    configserver-697cf95f9f-z2tr6           Running
    hubble-system    event-8566675f7d-l7n8n                  Running
    hubble-system    event-8566675f7d-v8cmz                  Running
    hubble-system    event-8566675f7d-vtp8m                  Running
    hubble-system    foreq-59f8c6c584-47npj                  Running
    hubble-system    hashboard-5fcc8f448c-df5rj              Running
    hubble-system    hashboard-5fcc8f448c-xs6mr              Running
    hubble-system    hutil-5b49d6f5bc-5gcqc                  Running
    hubble-system    hutil-5b49d6f5bc-plg9j                  Running
    hubble-system    memstore-75b7d8bb5b-qtn7w               Running
    hubble-system    mgmt-5874d55cf6-2gh52                   Running
    hubble-system    mongo-0                                 Running
    hubble-system    mongo-1                                 Running
    hubble-system    mongo-2                                 Running
    hubble-system    msgbroker-0                             Running
    hubble-system    msgbroker-1                             Running
    hubble-system    oci-proxy-6bc464cf58-wwksw              Running
    hubble-system    reloader-reloader-59c87c446c-9cvk5      Running
    hubble-system    specman-0                               Running
    hubble-system    spectro-tunnel-647cf485b-xn87n          Running
    hubble-system    spectrocluster-85bf89dcdb-llsjj         Running
    hubble-system    spectrocluster-85bf89dcdb-m2c8w         Running
    hubble-system    spectrocluster-85bf89dcdb-tp9lk         Running
    hubble-system    spectrocluster-jobs-557bd5b798-fkzbm    Running
    hubble-system    spectrossh-74db5544bf-5t24s             Running
    hubble-system    system-6496bc487-cfchd                  Running
    hubble-system    system-6496bc487-mlxjk                  Running
    hubble-system    timeseries-7c4d6647b5-ckrnt             Running
    hubble-system    timeseries-7c4d6647b5-jb9tp             Running
    hubble-system    timeseries-7c4d6647b5-nl86q             Running
    hubble-system    user-57f7759745-8fjx8                   Running
    hubble-system    user-57f7759745-hxz4n                   Running
    ingress-nginx    ingress-nginx-controller-m5z54          Running
    ingress-nginx    ingress-nginx-controller-qsf6m          Running
    ingress-nginx    ingress-nginx-controller-w64pz          Running
    jet-system       jet-856db6655-k87k8                     Running
    ui-system        spectro-ui-bcff7f675-lds2l              Running

  7. Log in to the Palette VerteX system console using the virtual IP address (VIP) you configured earlier. Open your web browser and go to https://<vip-address>/system. Replace <vip-address> with the VIP you configured for the cluster.

  8. On the login page, use admin as the username and the new password you set during the initial login.

  9. On the Summary page, check that the On-prem system console is healthy message is displayed.

Next Steps​