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NetBrain AI features currently send original, unmasked network data to third-party AI providers for reasoning, which prevents organizations with strict data handling requirements from enabling these features. This enhancement proposes adding pre-egress masking, tokenization, or redaction controls that protect sensitive data before it is transmitted to the third-party AI provider. Providing this capability would allow security teams to approve the use of AI-driven features while meeting internal data protection and compliance requirements.
NetBrain does not currently include a driver for Actelis ML638 VDSL Modem devices, which prevents discovery and benchmarking of this device type. This enhancement would add a discovery and benchmark driver for the Actelis ML638, enabling NetBrain to collect device configuration and topology data consistent with other supported device types. Customers operating Actelis ML638 modems within their network would benefit from complete topology visibility and reduced manual mapping effort.
NetBrain does not currently provide native onboarding or discovery support for 6WIND devices, which limits visibility and digital twin creation for environments that rely on this vendor's platform. This enhancement proposes adding a dedicated adapter or driver for 6WIND devices, along with documented prerequisites and setup guidance to streamline onboarding. Customers operating 6WIND infrastructure would benefit from extended multi-vendor coverage, allowing them to fully model and manage these devices within NetBrain without manual workarounds.
NetBrain currently does not provide a way to attach an Excel spreadsheet file directly to a map page. This enhancement would add support for attaching Excel files to a map, similar to existing image attachment capability, so that reference data can be viewed alongside the network diagram. Customers who maintain supplemental data in spreadsheet form would benefit from having that information accessible in context without switching to an external application.
NetBrain's Golden Assessment Library currently does not include validated assessment content for 3Com/HP ComWare switches, requiring customers running this platform to build and maintain their own compliance checks. This enhancement would extend the Golden Assessment Library to natively support ComWare-based switches, providing out-of-the-box configuration compliance checks for this platform. Customers operating 3Com/HP ComWare switches would benefit from consistent, supported assessment coverage without the need to develop and maintain custom checks.
The CompareDate function currently returns only a binary result (0 or 1) indicating whether a given date is before, on, or after the current date, without providing the actual number of days between the two dates. This enhancement proposes updating CompareDate to return an integer value representing the day difference between the two dates, rather than a simple boolean-style indicator. Providing this level of detail would allow customers to build more precise conditional logic in automation scripts and reports that depend on the magnitude of the date difference, not just its direction.
NetBrain currently maintains SNMP credentials and SSH credentials as separate, unconnected lists during discovery. When a device is successfully identified using a specific SNMP credential, NetBrain does not limit subsequent SSH login attempts to a corresponding SSH credential, and instead may fail to attempt the correct SSH credential associated with that SNMP match. This enhancement would allow administrators to pair specific SNMP credentials with specific SSH credentials, so that once a device is discovered using a given SNMP credential, discovery automatically attempts only the associated SSH credential for CLI access. Customers managing environments with multiple credential sets would benefit from more accurate and efficient discovery, reduced unnecessary login attempts, and lower risk of account lockouts caused by mismatched credential testing.
NetBrain does not currently display the outcome of API connectivity checks within the result data for Scheduled Discovery or Benchmark tasks, leaving administrators without a direct indicator of whether API-based connectivity succeeded or failed during a run. This enhancement would add a status column to the Scheduled Discovery and Benchmark results view that reports API connectivity success or failure for each task execution. Providing this visibility would allow administrators to quickly identify connectivity issues without manually reviewing logs, improving troubleshooting efficiency for scheduled network operations.
NetBrain currently does not provide a way to download or export chatbot-generated output in a readable format. Users must rely on screen captures, which often produce blurry or incomplete results when the output is lengthy, such as with runbook-driven troubleshooting flows. This enhancement would add a native export option for chatbot output, allowing the full conversational result to be downloaded as a clean, readable file. Customers would benefit from being able to include accurate, high-quality chatbot output directly in reports and documentation without manual workarounds.
NetBrain currently places the text label within a Device Group border box in a fixed, static location, and the text does not wrap. This can result in the label overlapping links, other text, or elements within the map, reducing readability. This enhancement would allow the text label within a Device Group border box to be repositioned and would add word wrap support for the label text. Customers organizing devices into groups, such as by building floor or site, would benefit from clearer, more readable maps free of visual overlap.
NetBrain currently does not provide a way to run a customer-supplied automation script, such as one that generates firewall fix-up rules from device configuration, directly within the platform. Customers must run these scripts offline and then manually upload the results into NetBrain through the GUI. This enhancement would introduce a plugin capability that allows custom scripts to execute within NetBrain and produce output directly usable by the platform, removing the offline run and manual upload steps. This would streamline configuration remediation workflows and reduce manual effort for customers who rely on custom automation to generate device-specific fixes.
NetBrain currently manages CLI Command data, NCT Table data, and Configuration data cleaning settings through a single unified interface, which limits the ability to organize and administer these data types independently. This enhancement would introduce separate tabs or sections so that CLI Command and NCT Table data cleaning settings can be managed apart from Configuration data cleaning settings. Customers would benefit from improved data organization and greater flexibility to align data management practices with their specific operational and compliance requirements.
NetBrain currently does not guarantee that a new copy of a site map is created each time a diagnosis is triggered manually from ServiceNow; the existing map may be reused or overwritten instead. This enhancement would ensure that a manual ServiceNow-triggered run always produces a fresh copy of the associated site map, preserving the original map state. Customers using ServiceNow-initiated diagnostics would benefit from reliable historical snapshots of network state at the time of each incident, supporting more accurate troubleshooting and record-keeping.
NetBrain does not currently record the addition, modification, or deletion of paths in the audit log under user operations, leaving administrators without a way to trace who made changes to paths or when those changes occurred. This enhancement would add audit log entries capturing the user, action type, and timestamp for each path addition, modification, or deletion. Administrators would benefit from improved visibility into path-related changes, supporting faster troubleshooting and stronger compliance and governance practices.
NetBrain currently does not allow an individual Execute node within a change runbook to be re-run if the node fails due to a login or authentication issue that was not identified prior to the change. When this occurs, users must address the login problem and then restart or manually re-trigger the affected step outside of a streamlined workflow. This enhancement would allow the Execute node to be re-run directly within the change module once the login issue is resolved, without requiring a full restart of the runbook. Customers would benefit from reduced manual effort and faster recovery when unexpected login failures occur during change execution.
NetBrain maps do not automatically refresh to reflect updated device status and topology changes after a Scheduled Network Intent completes execution; users must manually refresh the map to see current results. This enhancement would enable maps to automatically update with the latest device status and topology data once a scheduled intent run finishes. Automating this refresh would ensure network maps consistently display accurate, current information without requiring manual intervention, improving reliability for monitoring and troubleshooting workflows.
NetBrain currently does not provide a built-in way to export a Runbook folder from one tenant and import it into another tenant, leaving administrators without a supported migration path for Runbook content across tenant boundaries. This enhancement would introduce a native export and import capability for Runbook folders that preserves structure and configuration when moving content between tenants. Customers operating multi-tenant environments would benefit from a faster, more reliable way to share and replicate Runbook assets without manual recreation, reducing administrative effort and the risk of configuration inconsistency.
NetBrain currently requires administrators to manually retrieve the Identity Provider's public certificate and upload it to the System Admin console whenever the certificate is rotated, with no mechanism to detect or apply updates automatically. This enhancement would allow NetBrain to periodically fetch and apply the current signing certificate from the Identity Provider, for example through metadata endpoint polling or a scheduled synchronization process. Customers whose Identity Providers rotate certificates on short cycles would benefit from uninterrupted SAML authentication and reduced administrative effort, since manual certificate updates would no longer be required.
NetBrain currently opens the Intent Manager list in an expanded state by default, requiring users to manually collapse entries each time they access the list. This enhancement would allow the Intent Manager list to load in a collapsed state by default, or provide a configurable setting to control the default expansion state. This would improve usability for customers managing a large number of intents by reducing the need for repetitive manual collapsing.
NetBrain currently evaluates full firewall policy logic as part of every path calculation, which can significantly increase calculation time, particularly in environments with large or complex rule sets. This enhancement would introduce an optional mode that bypasses firewall policy checks and evaluates only routing reachability through the firewall, while still allowing the ignore strategy to be specified when calculating paths through the API. Customers who need faster path results and do not require policy-level detail for a given analysis would benefit from significantly reduced calculation time without sacrificing the ability to perform full policy-aware analysis when needed.
NetBrain's Traceroute node in a Runbook currently exports only From and To information to CSV, omitting the underlying hop-by-hop trace data captured during the trace. This enhancement would expand the CSV export to include complete trace details for each hop, consistent with the data available within the Runbook results view. Providing this complete export would let customers use exported trace data for offline analysis, reporting, and troubleshooting without needing to reference the results separately within the application.
Global search currently returns all public-folder maps containing a searched device without distinguishing which maps are actively maintained or production-ready. This enhancement proposes adding a map publishing action along with a dedicated 'Published Maps' section within global search results, so published maps are visually separated from other saved maps. Customers would gain the ability to quickly identify which maps are current and in production, improving confidence in search results and reducing time spent evaluating outdated or unofficial maps.
Path Intent currently does not support capturing IPSEC VPN tunnel attributes, such as tunnel status or negotiation parameters, as a usable variable within the intent workflow. This enhancement would allow IPSEC VPN data to be parsed and exposed as a variable in Path Intent, enabling that data to be referenced in subsequent troubleshooting steps or monitoring logic. Customers managing IPSEC VPN connectivity would gain the ability to build automated troubleshooting and monitoring workflows around tunnel health without relying on manual data collection outside the platform.
NetBrain's API Server Manager currently does not include SonicWall Firewall as a supported API source type, which prevents customers from configuring SonicWall devices for API-based discovery. This enhancement would add SonicWall Firewall as a selectable source type in API Server Manager, allowing discovery and modeling of SonicWall devices alongside other supported platforms. Customers running SonicWall infrastructure would gain complete device visibility and audit-ready inventories without relying on manual workarounds.
NetBrain currently does not support Ubiquiti as an API source type within the API Server Manager, which prevents discovery of Ubiquiti devices through the platform's API-based discovery methods. This enhancement would add Ubiquiti as a selectable API source type so that Ubiquiti devices can be configured and discovered alongside other supported device types. Customers running Ubiquiti infrastructure would gain full device visibility within NetBrain without relying on manual workarounds.
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