Centralize multi-vendor network configuration management for your enterprise

Back up, configure, audit, and patch routers, switches, firewalls, and other network devices from 200+ vendors with ManageEngine Network Configuration Manager.

Run every configuration task through one workflow while built-in device templates translate it into each vendor’s commands.
Apply one compliance policy (CIS, SOX, HIPAA, or your own custom policies) across your mixed enterprise estate.
Track firmware exposure, end-of-life status, and out-of-band changes across the whole fleet from one dashboard.

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Why do you need a multi-vendor network configuration management tool?

Enterprise networks rarely run on a single vendor. Cisco switches, Aruba access points, Fortinet firewalls, and other devices each have different configuration commands, backup methods, and change procedures. Managing them separately makes routine updates harder to automate, increases the risk of errors, and complicates audits. ManageEngine Network Configuration Manager simplifies cross-vendor operations by automating configuration tasks and tracking changes across supported devices.

Four multi-vendor network configuration management pain points, solved in one-platform

Different CLI commands across vendors

Backing up a device requires different commands across vendors. A command that works on a FortiGate firewall may not work on a Juniper device, forcing teams to manage vendor-specific instructions for routine tasks.

280 built-in device templates cover more than 6,000 device models, and each template’s commands are published openly with a SHA-256 checksum.
Discovery matches devices to templates by SNMP sysObjectID, with a nearest-match option for models not yet listed.
Clone a template and add protocols or commands, or request a new one, typically delivered within two to three business days.
Any device model that offers a CLI can be brought under management.

Explore all device templates →

Different configuration formats across devices

Network devices store configurations in different formats, from flat command lists to nested hierarchies. These differences complicate configuration comparisons, make unauthorized changes harder to identify, and hinder consistent change tracking across vendors.

Back up running, startup, and custom configurations such as VLAN and VTP data, each saved as a version with a timestamp and user details.
Compare any two versions with changed blocks highlighted, and exclude volatile blocks, such as rotating secrets, from change detection.
Startup-running conflict reports flag unsaved edits before they disappear at the next reboot.
Validate XML-based configurations with XPath rules, and back up archive formats such as F5 UCS files and Cisco APIC bundles.

See configuration versioning and diff view →

Different configuration formats across devices

Inconsistent support for SNMPs

SNMP capabilities, syslog messages, and event triggers vary across vendors. These differences make it harder to collect device information consistently, detect configuration changes promptly, and maintain network-wide visibility without vendor-specific workarounds.

Transfer configurations over SSH or Telnet with TFTP, SCP, or SFTP, or through REST APIs, and use SNMP profiles for discovery, interface, and VLAN details.
Point each device’s syslog at Network Configuration Manager using the commands that vendor expects, then detect and attribute changes in real time.
Authenticate with SSH public keys, including ed25519, and enable an optional FIPS mode on fresh installations.
Get notified when a device’s sysObjectID changes after an upgrade or hardware swap, and have its template re-mapped automatically.

How real-time change detection works →

Vendor-specific automation complexities

Command prompts, confirmation requests, configuration commits, and timeouts differ across vendors. Scripts built for one platform may fail on another, forcing teams to maintain separate automation workflows and troubleshoot failures manually.

CLI configlets support variables, regex patterns, and per-device values imported from CSV.
Programmable configlets add conditions, loops, hidden variables for secrets, and per-command timeouts and delays.
REST configlets cover API-first platforms including FortiGate, PAN-OS, Arista, HPE Aruba, Juniper, and SonicOS.
Back up before and after every run, and group configlets by vendor with full execution history.

Automate with programmable configlets →

Multi-vendor support, out of the box

280 built-in device templates covering 6,000+ device models from more than 200 vendors.

Routing and switching

Cisco (IOS, IOS XE, IOS XR, NX-OS)
Juniper (EX, QFX, MX, ACX)
HPE Aruba (AOS-CX, ArubaOS-Switch, ProCurve, FlexFabric)
Arista
Extreme Networks (incl. Enterasys)
Dell, Huawei, H3C
Ruckus ICX, Brocade, Allied Telesis, Alcatel
MikroTik, Ubiquiti, Netgear, D-Link, TP-Link

Firewalls and security

Cisco ASA, Firepower, and FTD
Palo Alto Networks
Fortinet FortiGate
Check Point (Gaia)
Juniper SRX and NetScreen
SonicWall, WatchGuard
Hillstone, Sangfor, Huawei USG
pfSense, OPNsense, TippingPoint

Wireless, data center, and ADC

Cisco WLC and Catalyst 9800
Aruba controllers and access points
Ruckus, Cambium, Fortinet (Meru)
Cisco APIC, Cumulus Linux, Mellanox
F5 BIG-IP, Citrix ADC, A10, Radware, Array
Infoblox, Gigamon, Riverbed
Hirschmann, Hitachi Energy, Belden
Ciena, ADVA, Nokia, Ericsson

View all supported device models →

Benefits of multi-vendor configuration management with ManageEngine Network Configuration Manager

Unified vendor management

Back up, change, and audit configurations across vendors from one platform. Standardized workflows reduce dependence on individual engineers and make onboarding new vendors easier without adding more tools.

Reduced change risks

Approval workflows, pre- and post-change backups, and one-click rollback help teams review changes, minimize configuration errors, and restore previous settings when changes cause problems.

Faster vulnerability response

Identify devices affected by new CVEs across vendors and pinpoint the firmware versions that address them, without manually checking multiple vendor advisories.

Simplified audit readiness

Export configuration, change, compliance, and vulnerability reports in PDF, CSV, or XLS formats. Schedule reports to keep audit evidence accessible without manually compiling records.

Frequently asked questions (FAQ) about multi-vendor configuration management

Explore the common questions users ask about multi-vendor configuration management

Device templates define the commands and protocols for each operation on each platform. When you trigger a backup, upload, or sync, Network Configuration Manager runs the template’s sequence and records the result. During discovery, devices are mapped to templates by SNMP sysObjectID.

Network Configuration Manager supports any device model with a CLI. You can customize an existing template or request a new one. ManageEngine evaluates requests and typically responds with a template within two to three business days.

Yes. In ComplianceIQ, a policy contains rule groups and rules, and platform filters (including vendor name) decide which rules apply to which devices. One policy can hold vendor-specific checks for the same control and report results in one place.

Each device template includes the commands to point the device’s syslog at NCM. Change messages then trigger a backup and a new version with user details. From there you get notifications and can roll back to the previous or baseline configuration.

Cisco, Juniper, Palo Alto Networks, and Fortinet are covered using NIST data, and coverage extends to vendors such as Aruba, Check Point, F5, Citrix, and MikroTik. Vulnerability data syncs from ManageEngine’s database or can be imported manually.

Yes. REST configlets and REST-based backup cover platforms including FortiGate, FortiSwitchOS, PAN-OS, Arista, HPE Aruba, Juniper, Check Point (backup), Cisco ACI (backup), pfSense, and SonicOS. All other devices are managed over the CLI.

Integrations include ServiceNow (CMDB sync, upload approvals, and vulnerability tickets), ServiceDesk Plus (tickets for backup failures and approval requests), PagerDuty, PAM360, and SIEM.

It is the practice of backing up, changing, auditing, and patching network devices from different manufacturers through one system that understands each vendor’s CLI, APIs, and configuration formats. Processes and policies stay consistent regardless of hardware, and engineers don’t have to translate every task by hand.