Install RNA Virtual Scanner Appliance

The virtual scanner can be installed on any computer (host) with the required resources. The virtual scanner is intended to be hosted on a client’s VMware, Hyper-V or VirtualBox virtualization platform.

Install and activate the RNA virtual scanner appliance by performing the following steps (see below for detailed instructions):

  1. Deploy the virtual scanner on your virtualization environment.
  2. Configure your network RNA profile for a static IP (if necessary).
  3. Activate the virtual scanner appliance.

Host System Requirements

This section describes the requirements necessary to host the RNA virtual scanner appliance image.

Supported Virtualization Platforms

Host Operating System Version Virtualization Platform (Hypervisor) Virtual Scanner Appliance File
Windows Server 2012 and later Hyper-V Role Microsoft Hyper-V (VHDX)
VMware ESXi Server 5.0 and later Native VMware ESXi (OVA)
Windows Desktop / Laptop 8.1 and later VMware Workstation 10.x and later
Oracle VirtualBox 4.2 and later
VMware ESXi (OVA)
macOS Big Sur and later VMware Fusion 6.x and later
Oracle VirtualBox 4.3 and later
VMware ESXi (OVA)
Linux Ubuntu 20.04 Desktop Oracle VirtualBox 4.3 and later VMware ESXi (OVA)

Minimum Hardware Requirements

Component Requirement
VM Hardware Version VMware Virtual Machine Hardware Version 7.0 or Later
Hyper-V Generation 1
CPU Intel or AMD x86 processors, 2 or 4 CPUs, 2 GHz or higher
Memory 4 GB RAM (Minimum)
Hard Disk 60 GB free space
BIOS Virtualization Technology BIOS Virtualization Technology must be enabled. By default, this setting is not enabled on most laptops.
Peer Images Other VMware, Hyper-V or VirtualBox images may run alongside the RNA on the host system as long as two processors, 2GB of RAM, and 10Mbps of bandwidth are available to the RNA at all times.
Network Location The virtual scanner should be hosted within the internal network in a location where the virtual scanner can be allowed to connect back to the Fortra Admin Console hosted instance of Fortra VM.
TIP: It is recommended that the virtual scanner be hosted on a machine in a controlled access location due to the sensitivity of the data collected.
Physical Connections & Ports Host system network configuration should be a Cat 5 or above network cable with a network connection speed (throughput) of 100 MB or above.

The virtual scanner establishes a secure connection with Fortra VM On-Premises over TCP ports 31090, 31002, 31092, and 31099 (HTTPS).

NOTE: If your location uses an application-based proxy (a proxy server, firewall or a perimeter security device that filters and inspects internet traffic) and you experience difficulty connecting to Fortra for activation, call (Undefined variable: amvariables.am_support).

Other considerations for macOS: The virtual machine’s available bandwidth is limited by default. If this limitation is exceeded upon initiating a scan, a dialog box displays requesting permission to grant more bandwidth throughput to the virtual machine. Accept the request for the virtual scanner to function optimally.

Deploy RNA

The following instructions describe how to deploy the RNA virtual scanner appliance on your virtualization environment.

Select the applicable virtualization platform:

IMPORTANT: Do not clone the vRNA before, or after, activating it. Cloning the vRNA may prevent successful communication between the vRNA and the Fortra VM platform.

Configure Network Profile

The following instructions describe how to configure the virtual scanner to use a static IP.

NOTE: If Dynamic Host Configuration Protocol (DHCP) is in use on your network, the RNA should automatically connect to the network. If the virtual scanner is unable to use DHCP to connect, create a static IP network profile. Perform this step only if a network profile with a static IP needs to be created. If the scanner is already online, proceed to the Activate RNA step.

To configure the virtual scanner to use a static IP

  1. From the RNA console, select Edit under Network Status.

  2. From the drop-down list, select Static.

  3. Enter the following information (consult with your IT department for this information):

    1. IP Address - The IP address for the virtual scanner.
    2. Netmask - The subnet mask for the virtual scanner.
    3. Gateway - The IP address for the gateway device available to the virtual scanner.
    4. DNS Server - The IP address for the DNS server available to the virtual scanner.
  4. Select Save.

The virtual scanner should now connect to the network.

Activate RNA

IMPORTANT: To use a custom certificate instead of the default self-signed certificate, you must upload a custom TLS certificate in the Fortra Admin Console on port 4443 before creating a scanner. See Certificates in the Fortra Admin Console User Guide for more information.

To activate your virtual scanner

  1. Once the scanner has network access, leave the RNA virtual scanner appliance console running.

  2. Open Fortra VM.

  3. From the navigation menu, select Scan Settings > Scanners.

  4. Select the Appliance Tokens tab. The Appliance Tokens page will indicate the total number of activations available.

    NOTE: If you do not have any activations available, contact Fortra Support.
  5. Select New Token to generate a new activation token.

  6. In the RNA console, select Console and then run the onprem-ip command with the IP address of the Fortra Admin Console appliance (for example, onprem-ip 10.10.10.10).

  7. On the RNA virtual scanner appliance console, enter the token in the Enter your activation key box.

  8. Select Activate RNA.

  9. Once activated, you will see the message, "Activation Successful: This device is ready to use." You are now ready to run your first scan.
    See related: Create and Run Scans.

Refer to Virtual RNA Troubleshooting for additional guidance and support.

NOTE: If the virtual RNA is installed on a workstation, the workstation will need to remain powered on and have network connectivity for any scans to run.

For information regarding connectivity issues and troubleshooting, see Virtual RNA Troubleshooting