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Arc
Learn how Arc provides endpoint security in high availability environments.
Configuration
Details on how to configure Arc.
Local UI
The default method to manage Arc is through the upstream Nozomi Networks product, which applies configurations to all Arc sensors in Service mode. However, it is also possible to manage Arc through a local UI for One-shot and Offline executions.
This asset
The This asset tab displays information about the host on which Arc is running, across several tabs.
USB devices
The USB devices tab shows a tree-like presentation of the USB hardware devices connected to the host.

Arc
Learn how Arc provides endpoint security in high availability environments.
- Introduction
  An overview of Arc.
- Requirements
  The machine and network requirements necessary to use Arc.
- Preparation
  Information on how to import Arc packages, and install a license.
- Configuration
  Details on how to configure Arc.
  - Configure an Arc sensor in Guardian
    You can configure an individual Arc sensor in Guardian directly from the Sensors details page for the related sensor.
  - Configure an Arc sensor in Vantage
    You can configure an individual Arc sensor in Vantage directly from the Sensors details page for the related sensor. Arc sensors in Service mode use these settings.
  - Local UI
    The default method to manage Arc is through the upstream Nozomi Networks product, which applies configurations to all Arc sensors in Service mode. However, it is also possible to manage Arc through a local UI for One-shot and Offline executions.
    - Configuration
      The Configuration page lets you define upstream connection settings, execution options, protection preferences, and traffic monitoring parameters for the Arc sensor.
    - Status
      The Status section shows a list of all the required dependencies for the selected sensor, and the installation status for each dependency.
    - Latest run
      The Latest run section shows the status and mode of the latest run that was executed.
    - Asset inventory
      The Asset inventory section displays the status of Discovery and Smart Polling. These features provide visibility into networked devices and asset details.
    - Last 100 runs
      The Last 100 runs section shows the status of the last 100 runs.
    - Offline archives
      The Offline archives page shows a list of the offline archives created on the host.
    - This asset
      The This asset tab displays information about the host on which Arc is running, across several tabs.
      - Overview
        The Overview tab shows identity and system information about the host on which Arc is running.
      - Processes
        The Processes tab shows the list of active processes on the host that have open ports.
      - Users
        The Users tab shows the list of users on the host.
      - Hardware components
        The Hardware components tab shows the list of hardware devices connected to the host.
      - Software
        The Software tab shows the list of software installed on the host.
      - Hotfixes
        The Hotfixes tab shows the list of Windows hotfixes installed on the host.
      - USB devices
        The USB devices tab shows a tree-like presentation of the USB hardware devices connected to the host.
    - Open the local UI
      The local UI lets you manage Arc without the use of a parent system software. It gives you access to the Status page to monitor the status of Arc executions, and the Configuration page to configure Arc executions. You can double-click the executable file to open it, or use the command-line interface (CLI).
  - Shell commands
    A list of available shell commands.
- Deployment
  Information on how to deploy Arc. This includes details for manual and automatic deployments, and deployment through a mobile device management (MDM) system.
- Execution
  Information on the different modes that you can use with Arc.
- Troubleshooting
  Troubleshooting procedures to help you solve problems that might occur when you use Arc.

USB devices

The USB devices tab shows a tree-like presentation of the USB hardware devices connected to the host.

USB devices tab of the This asset page showing a hierarchical tree of connected USB devices and detailed information for a selected integrated camera, including device type, hardware ID, vendor, status, and location paths — Figure 1. USB devices

The USB devices tab displays a hierarchical tree of the universal serial bus (USB) devices connected to the host. Selecting a device in the tree shows its detailed properties in the detail panel, which includes these fields:

Choose

A dropdown for selecting the field to filter the tree by.

Search field

A text field for entering the filter value.

Add filter

Applies the selected field and entered value as a filter to the tree.

Friendly name

The human-readable name of the USB device.

Product name

The product name resolved from the USB vendor and product ID database.

Vendor

The vendor resolved from the USB vendor ID database.

Device type

The category of the USB device, for example, Universal Serial Bus controllers or Human Interface Devices.

Description

A description of the device as reported by the operating system (OS).

Physical object name

The physical object name of the device in the kernel namespace.

Hardware ID

The hardware identifier string, including the USB vendor ID (VID) and product ID (PID), used by the OS to match the device against drivers.

Status

The operational status of the device, for example, OK.

Can be disabled

Indicates whether the device can be disabled.

Can be enabled

Indicates whether the device can be enabled.

Can be ejected

Indicates whether the device can be safely ejected.

Parent ID

The instance identifier of the parent device in the hardware tree.

Location information

A text string identifying the port and hub where the device is connected, for example, Port_#0001.Hub_#0002.

Location paths

One or more structured paths that trace the device's position through the Windows device tree, from the peripheral component interconnect (PCI) root down to the specific USB port. For example, PCIROOT(0)#PCI(1400)#USBROOT(0)#USB(1)#USB(3).