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NetBrain currently requires administrators to configure discovery for each AWS account individually, with no capability to discover resources across an entire AWS Organization from a single configuration point. This enhancement would add native support for AWS Organization-level discovery, allowing administrators to provide organization-level credentials or a cross-account role so that all member accounts under the organization are automatically enumerated and included in discovery scope. Customers managing large multi-account AWS environments would benefit from simplified onboarding and complete visibility into their cloud infrastructure without manually configuring discovery for each individual account.
NetBrain's discovery and benchmark drivers for Cisco IOS Switch, Cisco Router, and Cisco SD-WAN Router devices currently issue the standard 'show running-config' command, which does not return default or implicit configuration parameters that some configuration assessment workflows require. This enhancement would introduce a driver option to retrieve configuration using 'show running-config all' instead, configurable so that it persists reliably across patches and upgrades and does not affect other tenants or customers in shared environments. Customers who rely on configuration assessment rule sets that depend on complete configuration detail, including default values, would benefit from consistent and accurate results without needing manual driver modifications after each upgrade.
Our organization restrict access to Public AI Models ( Open AI / ChatGPT etc.) for privacy and security concern. Is there any way where we can integrate the NetBrain with Internal / On prem AI model.
I would like to suggest for consideration to add option remediate to configlet. So we can not only check all golden rules that apply for certain device, but also remediate them.NetBrain Case #00182577
In Cloud Manager, add Equinix Fabric as a Cloud Type.
NetBrain currently allows Inventory Reports to be generated and exported manually, but does not provide an option to schedule recurring generation with automatic email delivery. This enhancement would add a scheduling capability for Inventory Reports, allowing users to configure recurring runs (such as daily or weekly) with results automatically emailed to designated recipients. Customers who rely on Inventory Reports for ongoing asset and compliance tracking would benefit from reduced manual effort and more consistent access to up-to-date data.
NetBrain configuration scripts today do not support a variable whose underlying value can differ by device while keeping the script logic uniform; when interface naming or other configuration elements vary across device types (for example, mgmt0 versus vlan161, or vendor-specific interface naming conventions), engineers must create separate scripts for each variation rather than a single reusable template. This enhancement would allow users to define a global variable and map it to distinct values for each device or device group, then reference that variable within a configuration script so the script automatically resolves to the correct value at execution time. Customers managing large, heterogeneous device fleets would be able to build standardized change templates that account for non-standard configurations across devices, reducing the need to maintain and distribute multiple versions of the same script.
Device Group exclusion criteria currently only support a static list of manually selected devices, which does not update when the referenced source group's membership changes. This requires administrators to manually re-open dependent groups and adjust the exclusion list whenever devices are added or removed from the excluded group, creating ongoing maintenance overhead and risk of drift between groups. This enhancement would allow a Device Group's exclusion criteria to reference another Device Group directly as a live object rather than a static device list. When the referenced group's membership changes, the dependent group's computed membership would update automatically on next evaluation. Customers managing groups with overlapping or conditional membership requirements would benefit from reduced manual maintenance and improved accuracy in group-based access, compliance, or reporting workflows.
NetBrain currently requires administrators to manually configure map layout and link visibility settings, such as switching to a downward tree layout or hiding Layer 2 links, on a site-by-site basis. In environments with a large number of sites, this manual process is time-consuming and prone to inconsistency across the site map hierarchy. This enhancement would introduce a global, admin-configurable setting that allows a defined map layout style and link visibility rules to be applied consistently across all site maps at once, rather than requiring individual site-level adjustments. This reduces manual configuration effort, ensures visual consistency across large site map hierarchies, and lowers the administrative burden for customers managing extensive network topologies.
NetBrain path calculation currently does not prioritize the display order of multiple path branches, so a successful branch may appear after failed or incomplete branches in the results. This enhancement would reorder the presentation of path branches so that a successful branch is listed first, ahead of any failed branches. Customers troubleshooting connectivity issues would be able to identify the working path more quickly, reducing the time spent reviewing unsuccessful branches before finding the relevant result.
NetBrain currently does not provide detailed usage logs for Chat Bot interactions, leaving administrators without visibility into which user triggered a given automation, which automation was executed, or how frequently it was run. This enhancement would introduce a logging capability that records Chat Bot usage details, including the initiating user, the automation invoked, and execution frequency. Customers would gain improved auditability and oversight of Chat Bot activity, supporting governance and troubleshooting of automation usage across their teams.
NetBrain currently does not surface ACI SDN-discovered devices within Site Manager or Site Maps according to the site definition, limiting visibility into how these devices fit within the broader site topology. This enhancement would extend Site Manager and Site Map functionality to recognize and display ACI discovered devices under their associated sites. Customers managing ACI environments would gain a unified view of site-based topology that includes SDN devices alongside traditional network devices, improving overall network visibility and reducing the need for separate tracking methods.
QApp input dialogs currently support only static, pre-defined dropdown lists for parameter selection, with no mechanism to refresh the available options from an external data source before the QApp runs. This enhancement would allow a QApp input to call an API at runtime to retrieve a current set of selectable values, populate the dropdown with those items, and let the user choose one before execution. Customers whose valid input values change frequently would be able to select accurate, up-to-date options without manually editing the QApp definition each time the underlying list changes, reducing maintenance effort and the risk of running a QApp against stale input values.
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