Fleet health
CPU, memory, storage, uptime and supported temperature readings with freshness states.
Choose your journey ↗MikroTik Manager 0.6.2 is a self-contained Windows workspace for MikroTik fleets, combining inventory, health monitoring, scheduled and parallel backups, configuration-change detection, interface and optical diagnostics, release-channel awareness, and controlled RouterOS and RouterBOARD maintenance. The independent project is open source under the MIT licence.
MikroTik, RouterOS, RouterBOARD and WinBox are trademarks of MikroTikls SIA. MikroTik Manager is an independent Indigo project and is not affiliated with, sponsored by or endorsed by MikroTikls SIA.
CPU, memory, storage, uptime and supported temperature readings with freshness states.
Interface errors, queue drops, link information and supported SFP diagnostics.
Parallel backup-only jobs, retry failed devices, SHA-256 history and configuration-change detection.
Release-channel comparison, groups/sites/tags, concurrency, test-router approval and failure thresholds.
Download only from the official GitHub release and verify the accompanying SHA-256 checksum before running the executable.
Review API reachability, CPU, memory, free storage, uptime and supported temperature readings with freshness timestamps. Periodic health polling is opt-in and defers around maintenance work.
Compare installed RouterOS and RouterBOARD firmware against the latest published release for Stable, Long-term or Testing. Inherited channel settings are respected and failed release checks stay neutral.
Run backup-only jobs across selected devices in parallel. A failed router does not stop the rest of the backup batch, and failed backups can be retried independently.
Track local backup history, verify SHA-256 hashes, open the backup folder, select changed configurations and compare recent exports without exposing configuration content by default.
Inspect interface error and queue-drop counters, Ethernet link information and supported SFP diagnostics. Temperature and fiber readings use theme-aware status colours while preserving unavailable or unknown states.
Use groups, sites and tags; configure upgrade concurrency; optionally approve a test router before each group; apply failure limits; pause, resume, retry or continue incomplete queues; and schedule maintenance with Windows Task Scheduler.
Dark mode is the default for new settings, with Light/Dark selection in Settings. The workspace supports per-monitor DPI scaling and compact fleet-oriented tables.
Use the dashboard and Health workspace to review online state, CPU, memory, storage, uptime, temperature and last-reading freshness across a router inventory.
Select multiple routers for parallel backup-only jobs. Continue past individual failures, retry failed devices, verify local hashes and identify configuration changes between recent exports.
Use channel-aware version checks, preflight validation, upgrade groups, configurable concurrency, optional test-router approval and failure limits before RouterOS and RouterBOARD maintenance.
Organise routers with groups, sites and tags, filter large inventories, inspect interface counters and supported SFP diagnostics, and schedule maintenance through Windows Task Scheduler.
Review the MIT-licensed source, Windows build history and permanent GitHub releases, and verify every downloaded executable with the published SHA-256 checksum.
Download the latest self-contained Windows EXE and SHA-256 checksum from the official GitHub release.
Configure RouterOS API access, import or add devices, and validate health/version checks on a test router.
Create verified backups before using controlled maintenance or scheduled upgrade workflows in production.
Download the Windows release, review the source and follow project updates in the public repository.