Unimus automatically backs up your network device configurations with customizable backup flows and offers convenient backup export options. By building a complete versioned configuration history of your network, Unimus provides clear visibility into changes and a reliable archive ideal for audits and troubleshooting - so you can recover faster and keep your network running smoothly.

Unimus monitors your network for configuration changes, enabling change tracking and alerting. With just a few clicks, you can review graphical diffs to instantly see what changed, where, and when - making configuration change management simple, visual, and reliable. Our full-featured REST API ensures seamless integration with your existing tools and workflows.

Unimus automatically detects configuration changes across your devices and sends detailed notifications via email, Pushover, or Slack. Custom filters let you define which changes trigger notifications, so you’re only alerted to relevant events. Change alerts and overviews can be easily integrated with your SIEM or ticketing platforms.

With Unimus, you gain complete visibility into your network. Search your entire network’s configurations in seconds to see what’s configured, on which device, and when it last changed. Audit password policies, identify misconfigurations, and save or export your search results for compliance checks or deeper analysis - all in just a few clicks.

Unimus supports automated collection of large sets of data from the runtime state of your network. Using our automation framework, you can define custom diagnostic command sets for your devices. Unimus runs these commands on your devices, collects, and aggregates the resulting output - providing you a live view of your network’s runtime state.

Easily verify internal policies and adherence to industry standards like NIS2 or ISO 27001 across your network. The Compliance Engine automatically checks device configurations against your custom rules using backups, diffs, and search results. Receive notifications on policy violations and maintain a clear, network-wide overview of your compliance status.

With Unimus, you get live notifications about runtime state issues in your network. The Compliance Engine automatically validates collected runtime data against your predefined policies - flagging violations and notifying you instantly via email, Slack, or Pushover.

Simply provide Unimus with an IP address or network subnet, and it automatically discovers and identifies your devices - no extra input needed. Direct integration with your Monitoring System (NMS) keeps your network inventory continuously synchronized, enabling automated device lifecycle management.

With Unimus, you can automate at scale without writing a single line of code. Our Mass Config Push enables you to automate routine changes, repetitive tasks, or firmware upgrades with scheduled, zero-touch execution. Device responses are intelligently organized into unique output groups, making it easy to review and manage job results at scale.

Unimus automates both configuration and runtime state data collection across your entire network. Define global or custom per-device schedules for each config and runtime state pull, or trigger them on demand. Integrate these automations into your workflows using our REST API - ensuring your network data stays current without manual intervention.

Unimus includes a built-in terminal emulator with integrated remote access gateway functionality, providing direct and secure CLI access to network devices right from the web interface. This allows administrators to open terminal sessions directly from the Unimus UI - eliminating the need for external tools or separate SSH jump servers.

Unimus can operate as a single server that automates and manages the configuration of your entire network - without needing to install any additional agents on network devices. For larger or geographically distributed networks, Unimus supports remote polling by dividing devices into Zones - each managed by separate pollers (Remote Cores). This architecture enables efficient load distribution across multiple pollers while maintaining centralized management.