A Remote Monitoring and Management platform that reaches well past classic server monitoring. From one console: endpoint management, automation, inventory, backup verification, cybersecurity and compliance reporting, and full remote management. Covers Windows Server, Windows desktops, macOS, and Linux.
Netaxis RMM gives operators one console for what MSPs and IT teams need from an RMM. Real-time monitoring, endpoint management, automation, inventory, backup verification, cybersecurity and compliance reporting, and remote management. All of it across Windows Server, Windows desktops, macOS, and Linux.
One workspace showing every managed server and endpoint. Windows Server, Windows desktops, macOS, and Linux, all in a single view.
Operators see what's happening across the whole managed estate in one place, without bouncing between vendor consoles.
Lightweight built-in tracking for the things operators actually need day-to-day. Internal notes, status flags, and routine checks alongside the automated data.
Netaxis RMM is designed to run self-hosted on your own infrastructure, the same way it runs in production today, and can also be operated as a managed instance.
Scope and defaults come from actually running the environments this platform manages. Hosting, patching, backups, and fleets of servers and workstations, day in and day out.
Run it on your own infrastructure, or have it operated as a managed instance. Built on Node.js, TypeScript, and SQL, so any experienced team can maintain and extend it.
A lightweight agent on each device reports back in real time. Online status, CPU and memory, running services, installed patches, and full hardware inventory.
Open any monitored device for a full picture: live metrics, running processes and services, alerts, recent sessions, login activity, pending updates, and quick-command execution. One console, no separate tools required.
Open a live PowerShell session against any managed Windows device right from the console. No RDP, no third-party shell. A built-in library of pre-written Quick Commands covers system info, disk usage, network checks, services, processes, and security tasks, so common admin work is one click instead of one remembered cmdlet.
Goes beyond "did it run." Verifies backups across ARQ, Veeam, SQLBak, Wasabi, and Google Drive. Checks the right size, the right schedule, and whether the file actually opens, so a silent shrinkage doesn't surprise you on the day you need it. Microsoft SQL Server is monitored straight from SQL's own backup logs, which means it works with whatever backup tool you're already using. No vendor-specific add-on required.
Every login uses token-based authentication, with role-based permissions and full audit logging, so each person sees and touches only what they should. Least privilege by default.
Agents authenticate with a unique per-device token and poll outward for instructions instead of listening for connections. There are no inbound ports on monitored machines to attack.
Drill into any device to see pending Microsoft KB updates with severity, category, size, and reboot impact. Trigger an on-demand rescan, review patch history, or bulk-install all critical updates from the console. Deployment is permission-gated and explicit. Nothing reboots behind your back.
Sensitive actions are recorded in an audit trail, API keys are scoped and stored hashed, and outgoing webhooks are signed. You can always verify where data came from.
The whole platform runs behind a Cloudflare tunnel with TLS in transit. Nothing is directly exposed to the internet.
Monitoring is read-only. Anything that changes something (restarting a service, pushing a patch, rebooting a machine) requires explicit permission and an explicit command. Nothing happens behind your back.
Alerts are delivered by email or SMS, debounced and de-duplicated so brief blips don't flood your inbox. Every check can be fine-tuned or switched off per device, so you stay in control of what reaches you and how.
Rules fire on seven trigger types: metric thresholds, device status changes, stopped services, schedules, new alerts, device enrollment, or manual runs. They execute PowerShell, Bash, Python, or Batch scripts from a central library, and every script needs approval before it can touch a managed machine. Writing a script and authorising it against production are two separate acts.
A read-only diagnostic across every online Windows device: which firewall profile is actually in effect, what network category each adapter is assigned, whether RDP has drifted to a port your whitelist doesn't cover, and which sensitive services sit behind a rule open to any source. Results roll into a 0–100 security score across four weighted categories. Offline devices are reported as not assessed, never counted as secure.
An agent runs on the device, so it can only report what's listening locally. The server sits outside every managed LAN, so it probes the device's public IP directly. That makes "reachable from the internet" a verified finding rather than an inference. Anything exposed can be blocked or restricted to a whitelist in one click, applied as real firewall rules that undo cleanly.
Installed software is read from the Windows uninstall registry hives and searchable across the whole fleet, so "which machines run this" is a search box when the next advisory lands. App Review adds signature state, signer identity, and SHA-256 hashes on top, with an approve/deny workflow. A familiar product name isn't proof a binary is trustworthy.
Turns a device's last-known software inventory into a reinstall package: a winget import manifest, a PowerShell wrapper, and an honest list of what winget can't cover. It's generated server-side from retained inventory, so it still works when the source machine is offline or gone entirely.
Ping, jitter, and packet loss alongside download and upload throughput, plus the adapter name and link speed, which is the discriminator between "the line is slow" and "you're on Wi-Fi." Run one device or sweep the fleet, and chart results against a rolling 30-day median so gradual degradation shows up instead of hiding behind one good reading.
Each tenant's operational data lives in its own database, with a separate control database for tenants, users, sessions, and keys. Isolation is structural rather than a filter clause someone might forget. Devices belong to client organisations, which is what makes per-customer views and per-customer reports work throughout the platform.
Open alerts are grouped into incidents with a severity, a plain-language summary, a proposed fix, and a recommended action. Forty related alerts become one incident with a starting point, instead of forty separate things to read at the beginning of a shift. AI features sit behind a per-tenant flag, off unless you turn them on.
That's the highlights. The complete catalog runs to fourteen capability areas, with the boundaries and platform coverage spelled out for each one.
See the Full Feature CatalogA dedicated console for backup health across every source we monitor. ARQ, Veeam, SQLBak, Wasabi, Google Drive, and Microsoft SQL Server. At a glance, see which jobs ran, which are stale, and which need attention.
Open a live PowerShell session against any managed device. No RDP, no SSH, no separate shell. A built-in Quick Commands library covers everyday admin tasks, so you can stop hunting for the right cmdlet.
Several parts of the platform have their own pages, covering what they do and where the boundaries sit.
Netaxis is built and maintained by an operator who runs it in production every day. These are the directions in active development. Priorities, not dated promises.
macOS and Linux are already managed alongside Windows. Installed-software inventory and patch management are Windows-first today, and are being extended to cover those platforms too.
TOTP-based MFA is being added as an optional layer on top of the existing token authentication and role-based permissions.
Netaxis is self-hosted today. A fully managed, hosted-for-you instance is in the works for teams that would rather not run the infrastructure themselves.
Roadmap items reflect current direction and can change. Netaxis intentionally ships features only once they've been proven in real production use.
Get in touch to walk through a live demo, or watch the videos. Happy to talk it through.