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NetBrain currently allows a locked map to prevent device repositioning within the full administrative client, but this lock state is not enforced when the same map is opened through the Function Portal, allowing viewers to move devices individually and alter the shared layout. This enhancement would extend the map lock setting to the Function Portal so that a locked map remains non-editable for all viewers, regardless of access method. Enforcing consistent lock behavior across both interfaces would preserve intended map layouts and prevent unintended changes when maps are shared with external or internal viewers.
Golden Intent currently displays only Alert messages in the results dashboard, while the underlying Golden Config displays both Alert and Success messages for the same check. This inconsistency limits visibility into checks that passed successfully when reviewing Golden Intent output. This enhancement would update Golden Intent to surface Success messages in the dashboard in the same manner as Alert messages, matching the behavior already present in Golden Config. Providing complete pass and fail visibility would give customers a reliable, single view of compliance check results without needing to cross-reference the source Golden Config.
NetBrain's Change Management currently displays only the names of changes associated with a device, without a consolidated view of execution details or planned activity. This enhancement would introduce a device-level dashboard or report showing all executed and planned changes for a given device, including their execution times, allowing users to review change history and upcoming activity in one place. Customers using NetBrain as their change execution platform would gain improved visibility into per-device change activity, supporting better auditing, scheduling awareness, and operational planning.
NetBrain currently collects routing table data through CLI-based retrieval, which becomes impractical at carrier-grade scale where route tables contain millions of entries and full-table pulls can take many hours while placing load on production routers and route reflectors. This enhancement proposes a dedicated front-end component that peers with a customer's routing infrastructure using standard routing protocols, maintains a local copy of the route table, and computes differential summaries locally, exposing only changed, added, or withdrawn prefixes to NetBrain rather than requiring repeated full-table CLI retrieval. Support for multiple routing protocols and optional integration with route monitoring or looking glass data sources would allow flexible, high-fidelity data acquisition. Customers operating at Internet-scale routing volumes would benefit from faster automation cycles, reduced control-plane stress on production devices, and more accurate, timely route change detection for intent-based validation.
NetBrain currently sends an account deactivation notification email that does not include the username or account identifier of the affected user, making it difficult for recipients to determine which account was deactivated. This enhancement proposes updating the deactivation email template to include the username in the subject line and/or body of the message. Including this identifying detail would allow administrators and recipients to immediately recognize which account triggered the notification, reducing confusion and follow-up investigation.
NetBrain currently applies a single session timeout policy to all user accounts, with no option to exempt a specific user from automatic session expiration. This limitation affects use cases such as NOC dashboards that must remain open and active on a display at all times without requiring re-authentication. This enhancement would allow an administrator to configure a per-user exemption from the standard session timeout policy, independent of the global timeout setting applied to other accounts. Customers running continuous monitoring or dashboard-display accounts would benefit from uninterrupted visibility without compromising session timeout security for standard user accounts.
The Network Intent send email action currently inserts a line break tag for every line of the message body, even when the message is already formatted using HTML tags. This behavior alters the intended layout and causes unwanted spacing or broken formatting when HTML content is submitted. This enhancement proposes detecting HTML-formatted message content and suppressing the automatic insertion of line break tags in that case, allowing the HTML markup to render as authored. Customers who build HTML-formatted notifications through Network Intent would gain accurate, predictable email formatting without manual workarounds.
NetBrain currently shows an icon in the Neighbors window only when a neighbor device is both on the map and linked, with no way to distinguish neighbors that are already on the map but not yet linked. This enhancement would add a distinct indicator for neighbors that are present on the map but lack a link, alongside the existing on-map-and-linked icon. Customers building maps through Auto Link or manual expansion of the Neighbors window would be able to quickly identify which on-map devices still require linking, reducing the manual effort needed to complete topology connections.
NetBrain currently does not allow a saved SNMP credential name to be edited; changing the name requires creating an entirely new credential entry, which leaves the original in place and can lead to duplicate or unused credential records over time. This enhancement would allow the name field of a saved SNMP credential to be edited directly without requiring a new credential to be created. Customers managing credential naming conventions or correcting entry errors would benefit from a simpler maintenance process and a cleaner credential list.
NetBrain currently allows a GApp to select 'Current Baseline' as a data source option even when that option is not enabled on any of the QApps used to build the GApp, and there is no visible setting to configure or restrict the data source at the GApp level. This can lead to unexpected results when the GApp runs against a data source it was not actually configured to support. This enhancement would validate the GApp data source selection against the data source settings enabled on its constituent QApps, either by restricting selectable options to those supported or by surfacing a clear configuration control and warning when a mismatch exists. Preventing this inconsistency would help customers avoid unexpected or inaccurate automation results and reduce troubleshooting time when diagnosing GApp output discrepancies.
The Observability dashboard currently sorts device groups only by alert count, from highest to lowest, with no option for users to define a custom display order. This enhancement would allow administrators to manually arrange device groups within the dashboard, such as by an assigned priority tier, rather than relying solely on alert volume. Customers who organize their network by business-defined priority levels would gain a dashboard view that reflects their operational priorities, improving triage efficiency and alignment with internal service tiers.
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