Hyper-V Management Software

Monitor and Manage your whole Hyper-V infrastructure with NinjaOne

Screenshot of an Endpoint Security Featured example

NinjaOne’s Automated IT Systems provide a wealth of benefits, catering to the evolving requirements of modern enterprises

Manage Hyper-V hosts

Monitored and manage host machines and get alerts and logs to anticipate to possible issues.

Manage Hyper-V guests

Monitor and manage VMs, get alerts and logs to anticipate to possible issues, deploy software and patches and much more.

Do it all from the same console

One single console for both: hosts and guest VMs.

Help prevent cyberattacks

Most of the Cyberattacks take advantage of known vulnerabilities. NinjaOne helps to deploy and keep track of OS and third party applications to prevent such cyberattacks.

Customers love NinjaOne

0 %

saved time on manual tasks through automation

0 %
reduced ticket volumes and resolution times
0 %

replaced 3-4 tools with NinjaOne

Features and Solutions

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Monitor Hyper-V hosts details

Monitor host details like uptime, manufacturer, server type and license.

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Monitor Hyper-V hosts health details​

Monitor host health details like power, battery, hyper-v utilization, cable connections,

temperature, etc.

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Single Pane of Glass

Create custom software installation packages – even for multi-step, complex installations – and store them for easy software deployment.

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Quick deployment

Just install the NinjaOne agent on the target machine and it´s ready to be monitored and managed from the NinjaOne RMM console.

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Provide support on the go

The NinjaOne RMM console can be accessed either from a computer or the NinjaOne App. if you’re not at your desk you can provide emergency support right from your phone.

Built for today’s IT teams

Provide a better IT support

With NinjaOne, your technicians can better support all your virtual infrastructure: hosts and guests.  Monitor all endpoint parameters without the need to logon to each machine.

Better efficiency of the IT resources

Technicians can remotely diagnose and solve endpoint issues without the need to go on site, saving time and resources.

Provide prompt IT support

IT teams can offer real-time remote assistance to users facing technical difficulties, diagnosing, and resolving issues quickly and minimizing disruptions to their workflow.

Excellent tool for the on-call rotation

Technicians can remotely control a Hyper-V endpoint device from the NinjaOne app on the smartphone in case of an incident that requires a quick response.

Keep your Hyper-V infrastructure secured

Get rid of the known vulnerabilities by deploying and keeping track of patches on both Hyper-V hosts and guest VMs.
Ready to simplify the hardest parts of IT?

Hyper-V Management FAQs

Remote monitoring and management (RMM) software is a cloud-based platform that allows IT professionals to monitor and manage devices and systems on a network remotely.

RMM software can be used to:

  • Gather information from remote endpoints and networks to assess their health. This information can include things like CPU usage, memory usage, disk space usage, and network traffic.
  • Perform various remote IT management tasks on them without disruption. This includes things like deploying software updates, running scripts, and troubleshooting problems.

RMM software is most widely used by managed service providers (MSPs). However, it is also becoming increasingly common for internal IT departments to use RMM software. This is because RMM software can help to:

  • Proactively identify and resolve problems. RMM software can be used to monitor devices and systems for potential problems, such as outdated software or security vulnerabilities. This can help to prevent problems from occurring and save time and money in the long run.
  • Provide support to end users. RMM software can be used to remotely access devices and systems, even if they are not physically located at the same site. This can be helpful for troubleshooting problems, deploying software updates, and providing support to end users.
NinjaOne tracks host uptime, power, temperature, and hardware health alongside guest VM resource usage such as CPU, memory, and disk activity—delivered in real time for complete infrastructure visibility.

Checking Hyper-V utilization normally requires logging on to the target host and launching the Performance Monitor from the Administrative Tools menu, but with the NinjaOne RMM console, CPU, memory, disk, and network usage is always visible from the Device Overview screen, without the need to launch any applications.

Yes, technicians can start, stop, suspend, reset VMs, create or delete snapshots, and take other management actions directly from the NinjaOne console.
It’s simple: just install the NinjaOne agent on the Hyper‑V host machine, and it’s ready to be monitored via the RMM console with full access to host and guest details.
Absolutely. NinjaOne offers a single-pane-of-glass interface to monitor and manage Hyper‑V and VMware hosts and VMs alongside your physical endpoints.
Yes, NinjaOne delivers proactive alerting and enables creation of custom, client-facing reports summarizing virtual infrastructure performance and status.
Yes, once a Hyper‑V guest is treated as a fully managed endpoint (by installing the standard agent), you can patch, deploy software, and run automations like any physical device.
Technicians can remotely diagnose and resolve issues without logging onto each VM, even via mobile using the NinjaOne App —ideal for on-call rotations and quick incident response.

Yes, through PowerShell scripts integrated into NinjaOne’s Remote PowerShell capabilities, you can automate replication monitoring, customize health thresholds, and receive alerts when VM replication is failing or delayed.

NinjaOne includes scripts to monitor and alert on old VM checkpoints (snapshots), helping to prevent performance degradation and free up storage before issues arise.
With NinjaOne, teams gain centralized visibility, proactive performance tracking, automation for patching and alerts, remote management, and improved operational efficiency across virtual environments