Technical Review by
Craig MacAlpine
Patch management is critical. Unpatched endpoints are how attackers get inside. The wrong patch management tool wastes your team’s time on manual deployments, creates false sense of compliance, or breaks systems when deployment goes sideways. The right tool removes the friction so you’re confident every device is current without constantly babysitting the process.
We evaluated multiple patch management platforms for deployment reliability, reporting accuracy, update coverage across operating systems and third-party applications, and the overhead required to keep patches flowing. What we found: the gap between ‘automatic patching’ and ‘patches that actually succeed and don’t break things’ is massive. Some platforms promise third-party app coverage but miss half your software. Others claim full automation but require constant tweaking.
This guide helps you identify which platforms deliver actual patch success, not just the illusion of patching.
Patch management is the process of identifying, testing, and deploying software updates across your organization's devices. These updates fix security vulnerabilities, resolve bugs, and improve software performance. Patch management tools automate this process by scanning your endpoints, flagging what needs updating, and deploying patches on schedules you define, so your team doesn't have to manually update each machine or risk leaving vulnerabilities unpatched.
Patch management platforms automate the full update lifecycle across endpoint fleets: vulnerability scanning against CVE databases, risk-based prioritization using CVSS scoring and exploit intelligence, staged deployment through test rings before production rollout, and compliance verification post-deployment. Distribution methods include agent-based push, peer-to-peer relay for bandwidth-constrained sites, and cloud-native delivery for remote endpoints without VPN. Deployment controls cover approval workflows, maintenance window scheduling, reboot suppression, and rollback capabilities. Third-party application patching extends coverage beyond OS updates to browsers, productivity suites, and line-of-business software via curated repositories or package managers like Chocolatey and Winget. Enterprise platforms integrate with vulnerability scanners (Tenable, CrowdStrike, Defender) for risk-correlated prioritization and with SCCM, Intune, or RMM tools for unified endpoint operations. Compliance reporting generates audit-ready records of patch status, deployment history, and remediation timelines against frameworks like GDPR, HIPAA, and ISO 27001.
This table compares the 11 patch management platforms we reviewed across their core capabilities.
| Product | Best For | Type | Staged Rollout | Risk Prioritization | P2P Distribution | 3rd-Party Apps |
|---|---|---|---|---|---|---|
|
NinjaOne Patch Management
|
Automated patching without complexity
|
RMM Platform
|
Yes
|
Yes
|
No
|
yes
|
|
Datto RMM
|
Secure, cloud-native RMM
|
RMM Platform
|
Yes
|
No
|
No
|
200+
|
|
Atera Patch Management
|
MSPs with unified operations
|
RMM/PSA Platform
|
Yes
|
No
|
No
|
yes
|
|
Action1 Patch Management
|
Cloud-native patching with staged rollout
|
Dedicated Patch Mgmt
|
Yes
|
Yes
|
Yes
|
630+
|
|
Adaptiva OneSite Patch
|
Enterprise scale across distributed networks
|
Enterprise Patch Mgmt
|
Yes
|
Yes
|
Yes
|
20,000+
|
|
ESET Vulnerability & Patch Management
|
Unified security and patch management
|
Security Platform
|
Yes
|
Yes
|
No
|
yes
|
|
ManageEngine Patch Manager Plus
|
Wide app coverage for SMBs
|
Dedicated Patch Mgmt
|
Yes
|
Yes
|
No
|
850+
|
|
Microsoft Intune
|
Microsoft 365 environments
|
UEM Platform
|
Yes
|
Yes
|
No
|
Via Winget
|
|
Patch My PC
|
Extending SCCM/Intune with 3rd-party patching
|
3rd-Party Add-On
|
Yes
|
Yes
|
No
|
500+
|
|
PDQ Deploy
|
Fast Windows deployment without complexity
|
Endpoint Mgmt
|
No
|
No
|
No
|
500+
|
|
SuperOps Patch Management
|
MSPs wanting AI-powered patch intelligence
|
RMM/PSA Platform
|
Yes
|
Yes
|
No
|
Via Chocolatey/Winget
|
Expert Insights independently researches and tests cybersecurity and IT solutions. We evaluated 10 patch management platforms for deployment success rates, third-party application coverage, staged rollout capabilities, compliance reporting accuracy, and operational overhead. Each platform was assessed through hands-on evaluation of deployment workflows, failure handling, and reporting dashboards. Read our full methodology
NinjaOne automates OS and third-party patching for IT teams and MSPs who need reliable updates without dedicated patch management specialists. We were impressed by the granular patch policy controls; you can deploy manually or on schedule, configure forced reboots, and override policies to block bad patches. The platform supports Windows, macOS, and Linux from a single cloud-native console.
We think NinjaOne hits the sweet spot between power and accessibility for small to mid-sized MSPs and internal IT teams. The interface is modern and intuitive, and the automation makes it easy to stay on top of patching without a specialist. Free unlimited onboarding support and training are included with every subscription, which is good to see. The platform also includes endpoint backup, remote control, and software inventory, so you get more than just patching. Something to be aware of is that NinjaOne doesn’t offer software configuration management, only installation and uninstallation.
Best for MSPs and IT teams in the Kaseya/Datto ecosystem needing secure, cloud-native RMM with built-in ransomware detection
Datto RMM is a fully cloud-based RMM solution built for MSPs and IT departments, and owned by Kaseya, one of the most well-known and trusted brands in the MSP space. It’s a full RMM suite, with an automated patch management component, native Microsoft 365 users and Intune devices management, PSA integrations and built-in ransomware detection. It allows teams to monitor and manage all endpoints from a single admin console. Datto RMM stands out for its security-focused design and one-click access to all online services, laptops and desktops.
Datto RMM is a strong choice for IT teams and MSPs looking for a fully cloud-based RMM and patch management solution with strong security controls. It goes beyond standard patch management features, delivering automated ransomware detection and real-time device monitoring in one complete RMM tool. In particular, it supports built-in M365 management, which is rare in other patch and remote management tools. It’s particularly well suited for teams already in the Kaseya or Datto ecosystems, as it integrates with Autotask PSA and Datto SIRIS for cross-surface visibility.
We’d recommend Datto RMM for MSPs and IT teams looking for a secure, cloud-native RMM with strong patch management and built-in ransomware detection, particularly those already using Kaseya or Datto products.
Best for MSPs wanting consolidated tools with per-technician pricing
Atera bundles patch management into an all-in-one RMM platform with ticketing, remote access, and automation. We think it’s a good fit for MSPs and small IT teams who want consolidated tools instead of separate point solutions. The per-technician pricing eliminates per-device scaling costs, which makes budgeting predictable as you grow.
Users consistently highlight the clean interface and quick setup, with new techs getting productive fast. Customers say scripting and automation work well for routine tasks, and support responds quickly. With that said, some users note that Splashtop connections fail frequently, forcing fallback to ScreenConnect. Some users also mention that hardware inventory reports bury useful data in poorly formatted summaries.
We think Atera makes sense for small to mid-sized MSPs managing multiple clients who value simplicity over feature depth. The consolidation of RMM, ticketing, and patching under one roof at per-technician pricing is a strong selling point. If you need enterprise-grade reporting customization, you may find it a bit limiting.
Best for small-to-medium teams needing cloud-native patching with staged rollout
Action1 delivers cloud-native patch management without on-premises infrastructure. We deployed it across Windows, Mac, and Linux environments, and the design philosophy is clear: keep complexity out of the way. The Update Ring feature is a standout; you can stage patches to test groups before full deployment, with automatic progression and one-click pause if something breaks. If you’re a small to mid-sized team that wants reliable patching without WSUS or SCCM complexity, Action1 is a strong option to consider.
We are impressed by Action1. In our testing, we found the platform delivers reliable patching without unnecessary admin overhead. The Update Ring feature fully automates staged rollouts, and the setup is very simple; you set the criteria for progression and Action1 handles the rest. The free tier covers 200 endpoints with full functionality and no time limit, which makes it a completely free option for smaller teams and a good starting point for teams of any size to fully evaluate before committing. Granular RBAC lets you define permissions for software deployment, script execution, endpoint access scoping, and organization-level restrictions, which supports least-privilege access without a single super-admin account. If you’re managing 50 to 500+ endpoints and want staged rollouts, cross-organization visibility, and granular controls without heavyweight infrastructure, Action1 deserves a close look.
Best for enterprises managing 10,000+ endpoints across distributed sites
Adaptiva OneSite Patch handles enterprise-scale patching across distributed networks using peer-to-peer delivery. We were impressed by the P2P architecture, which genuinely solves the distributed enterprise problem; you can deploy gigabyte-sized patches to hundreds of thousands of endpoints without overwhelming network capacity. If you’re managing 10,000+ endpoints across distributed sites with bandwidth constraints, Adaptiva is well worth evaluating.
Users consistently highlight exceptional support, with response times measured in minutes or hours, not days. Customers say the P2P distribution drastically reduces network load for globally distributed organizations, with some running it successfully for nearly a decade. Something to be aware of is that the documentation requires portal login and lacks depth for operational troubleshooting. Some users also report that blob-level cache can consume significant local disk space.
We think Adaptiva OneSite Patch justifies evaluation for any enterprise deploying multi-gigabyte patches globally or managing complex SCCM environments. The P2P architecture and exceptional support quality set it apart at enterprise scale. For smaller environments, the investment likely won’t make sense.
Best for organizations wanting vulnerability scanning and patching in one security console
ESET is a leading endpoint security and management provider, securing millions of customers and hundreds of thousands of enterprise organizations globally. ESET Vulnerability & Patch Management tracks vulnerabilities across device operating systems and applications, with automated patching via ESET’s integrated endpoint security platform. We think the tight integration with the wider ESET PROTECT platform makes this a strong option for organizations that want vulnerability and patch management alongside endpoint protection in one console.
We think ESET Vulnerability & Patch Management is a strong fit for organizations looking for powerful endpoint security, vulnerability management, and patch management delivered in an easy-to-use, unified admin console. The automated scanning and patching workflows reduce manual remediation effort, and the integration with ESET PROTECT means you can manage endpoint protection and patching from one place. A managed version of the service is also available.
Best for SMBs needing wide third-party app coverage with compliance reporting
ManageEngine Patch Manager Plus automates patching for Windows, macOS, and Linux systems plus over 850 third-party applications. We found the pre-deployment testing valuable; patches get validated before hitting production, which reduces the break-fix cycle. If you’re an SMB looking for straightforward patch management with solid compliance reporting, ManageEngine is a good option to consider.
Users consistently mention the out-of-the-box simplicity; deployment takes minimal work and the interface makes sense immediately. Customers say cross-platform support across Windows and Linux works reliably, with some organizations running it for nearly a decade. However, some user reviews note that Linux patch management has limitations compared to Windows capabilities. Some users also mention that customization options for advanced workflows feel a bit constrained beyond the standard automation features.
We think ManageEngine Patch Manager Plus fits SMBs managing mixed Windows and Linux environments under 500 endpoints. The free edition covering up to 25 computers makes testing risk-free, and the pricing is accessible for smaller budgets without breaking the bank.
Best for organizations deeply invested in the Microsoft ecosystem
Microsoft Intune manages devices and automates Windows Update for Business configuration from a cloud console. We think it makes sense for organizations deeply invested in the Microsoft ecosystem who need unified device and patch management. If you’re already running Microsoft 365, Intune fits naturally without adding separate licensing costs.
Users consistently praise Intune when they’re already Microsoft-committed; the integration with M365 and Entra ID simplifies policy enforcement and compliance. Customers say it provides a reliable framework for ISO 27001 certification and centralized device management. Something to be aware of is that users coming from full-featured tools like MECM report the reporting lacks customization and feels slow. Some users also note there’s no custom registry scripting or inventory history for advanced endpoint management.
We think Intune is a solid choice for organizations running Microsoft 365 and managing endpoints in cloud-only environments. The $8 per user pricing makes sense when it’s already bundled in your M365 plan. But if you’re coming from MECM, you may find the reporting and application management a bit limiting at enterprise scale.
Best for enterprises running ConfigMgr or Intune needing third-party app packaging
Patch My PC automates third-party application packaging and patching for enterprises running Microsoft ConfigMgr or Intune. We were impressed by how it eliminates the packaging grunt work; apps update continuously without building custom packages each time. If you’re managing 1,000+ endpoints with ConfigMgr or Intune and tired of manually packaging third-party apps, Patch My PC is well worth considering.
Users consistently describe Patch My PC as set and forget software; configure once, then it runs continuously without babysitting. Customers say it handles the ancillary applications every company has but nobody owns, streamlining them alongside Microsoft updates. The onboarding process gets praised for speed and support help during configuration. With that said, some users note that certain applications are harder to update, though customers clarify that’s typically the application vendor’s issue.
We think the time savings justify the per-device annual cost when you calculate staff hours returned to security teams. Patch My PC removes the manual packaging burden that slows down most enterprise patching workflows. But if you’re not running ConfigMgr or Intune, this won’t fit your environment.
Best for IT teams wanting straightforward Windows automation
PDQ Deploy automates patch deployment and software management for Windows environments. We found the scheduling flexible; you can deploy during maintenance windows or automatically when offline devices reconnect. If you’re managing Windows devices and want straightforward automation without complex agent infrastructure, PDQ is a strong option.
Users consistently describe PDQ as capable and use it for software management, version management, vulnerability tracking, and patching. Setup is easy with helpful documentation and forum discussions. Small IT teams mention it automates application, Windows, and server updates on schedules without manual deployment. Something to be aware of is that migrating from the on-premises version to the cloud version requires some workflow adaptation.
We think the pre-built package library and easy custom package creation justify attention from teams tired of manually deploying updates. The per-admin pricing model keeps costs predictable as your device fleet grows. If you need cross-platform support beyond Windows, PDQ Connect now extends to macOS, though Linux remains unsupported.
Best for MSPs wanting unified PSA, RMM, and patching with AI intelligence
SuperOps combines RMM, PSA, and patch management in a unified platform for MSPs. We found the testing workflow practical; you can validate patches on internal systems before pushing to client environments, which catches problems before they affect billable customers. If you’re an MSP managing multiple clients and want everything under one roof without per-device costs, SuperOps is a good option to consider.
Users consistently highlight phenomenal support that outpaces other RMM/PSA platforms, with responses within minutes or hours. Customers say remote shells and scripting work correctly without the quirks other tools have. The included ISL Online remote access gets compared favorably to more established alternatives. However, some customer reviews note that network-wide deployment requires purchasing an additional networking add-on. Some users also mention that the Android app is missing key functions available in the web interface.
We think SuperOps makes sense for MSPs prioritizing support quality and interface simplicity over feature depth. The $99 per technician for the base plan makes it competitive when replacing separate RMM and PSA subscriptions. If you need specialized quoting tools or run large single-tenant environments, you may find it a bit limiting.
A package manager that enables IT teams to manage all software deployments, updates, and removals across their Windows environments via a single interface, rather than having to monitor them individually.
A patch management, auditing and vulnerability scanning solution designed to give organizations increased visibility into the state of their endpoints, and help them to identify and patch vulnerabilities.
A range of patch management solutions that supports a wide range of operating systems across remote, physical and virtual devices, as well as third-party applications, including the Microsoft 365 Suite and Java, and internet browsers.
A full-featured patch and packaging management tool that's free for organizations with less than 100 users. While Robopack is currently a relatively small company, they're definitely one to watch out for.
A combined endpoint management, vulnerability scanning and patch deployment solution that enables IT teams to automate patch deployment across all the devices connected to their network via one holistic platform.
Patch management pricing varies by platform type. Dedicated patching tools use per-device pricing, RMM platforms bundle patching into per-technician plans, and enterprise solutions use custom quoting. The table below reflects what we verified through research.
| Product | Starting Price | Billing | Link |
|---|---|---|---|
|
NinjaOne Patch Management
|
Contact for quote (per-endpoint)
|
Monthly
|
|
|
Datto RMM
|
Contact for quote
|
|
|
|
Atera Patch Management
|
From $129/technician/month (MSP); $149/technician/month (IT dept)
|
Annual
|
|
|
Action1 Patch Management
|
Free (up to 200 endpoints); from $4/endpoint/month (Growth)
|
Monthly or annual
|
|
|
Adaptiva OneSite Patch
|
Contact for quote
|
Annual
|
|
|
ESET Vulnerability & Patch Management
|
Contact for quote (add-on to ESET Protect)
|
Annual
|
|
|
ManageEngine Patch Manager Plus
|
Free (up to 25 endpoints); paid plans from under $1/endpoint/month
|
Annual
|
|
|
Microsoft Intune
|
From $8/user/month (Plan 1); bundled in M365 E3/E5
|
Monthly or annual
|
|
|
Patch My PC
|
From $2/device/year (Enterprise Patch)
|
Annual
|
|
|
PDQ Deploy
|
From $12/device/year (Connect Basic); 100-device minimum
|
Annual
|
|
|
SuperOps Patch Management
|
From $99/technician/month (base plan)
|
Annual
|
|
These are the configuration and operational steps we recommend when deploying a patch management platform.
The gap between claimed and actual patch success is massive; testing with your real applications catches compatibility issues before they affect production.
500 claimed applications often means 200 that work reliably for your specific versions; check your critical business apps before committing.
Deploying patches to your entire fleet simultaneously means a bad update breaks everything at once; test rings reduce the blast radius.
Security patches close active vulnerability windows and should deploy fast; feature updates carry higher break risk and benefit from human review.
Downloading the same gigabyte patch to every device from a central server wastes bandwidth; P2P distribution lets endpoints share updates locally.
Some platforms force full deployment completion before rollback is possible; testing rollback confirms you can undo a bad patch quickly when it matters.
Auditors want to see what is patched and what failed, not what was scheduled; dashboards that hide failures behind green checkmarks create false confidence.
Patching everything equally wastes time; correlating patch status against known exploits focuses your team on the updates that reduce the most risk.
Patches that trigger mid-day reboots frustrate users and create helpdesk tickets; off-hours scheduling with reboot control keeps updates invisible.
Patches that fail silently on the same endpoints every cycle indicate an underlying issue that won't resolve itself without investigation.
No single patch management solution fits every organization.
For small to mid-sized teams without dedicated patch specialists, NinjaOne automates Windows, macOS, and Linux patching plus 135 third-party apps without enterprise complexity. The lightweight agent and real-time dashboards hit the sweet spot between power and simplicity.
If you’re an MSP consolidating tools, Atera bundles RMM, ticketing, and patching in one platform at per-technician pricing. Eliminate tool-switching without sacrificing capability.
For straightforward cloud-native patching with staged rollout protection, Action1 stages patches to test groups before full deployment. The free tier for 200 endpoints makes it accessible for budget-conscious teams.
For enterprises managing distributed networks at scale, Adaptiva OneSite Patch deploys gigabyte patches across hundreds of thousands of endpoints using peer-to-peer distribution. The support quality matters at this scale and customers report it’s exceptional.
For Windows-only environments, PDQ Deploy offers straightforward automation with 500+ pre-built packages and per-admin pricing that scales with your team size.
Read the individual reviews above to dig into deployment specifics, application coverage, and the trade-offs that matter for your team’s maturity level and infrastructure complexity.
A software patch (or “bug fix”) is a sequence of code designed to update, improve, or fix a computer program or application. A patch can also be used to add new features to a program.
In other words, it “patches” up a hole or makes the original program stronger, like a fabric patch would on a worn pair of jeans.
Patch management is the process of monitoring all the devices and software applications connected to your network for vulnerabilities, then applying the correct patch to any vulnerabilities you discover.
Usually, patch management is handled by an individual, team, or an automated software solution like those in this shortlist.
There are three main stages involved in patch management:
A patch management solution downloads patches on your behalf and distributes them automatically in line with policies that you configure. It also alerts you to unsuccessful patch deployments, and usually offers a roll-back feature to remove a patch if it isn’t working correctly.
Not patching your software can cause it to run inefficiently or, worse, provide a backdoor for cybercriminals to enter your network. So, it’s important for you to deploy your patches.
But you also need to make sure you deploy them as soon as possible after they’re made available.
Newly released patches often come with the disclosure of the security risk the patch is designed to fix. For attackers, this information is a gift; instead of spending time and energy attempting to uncover vulnerabilities, they can simply read up on the latest patch for a third-party component and specifically target those users.
We understand that you’re very busy and have lots of work to get on with, and that might mean that patching just isn’t at the top of your priority list—but unfortunately, attackers know this too, and they’re more than happy to exploit that.
To help avoid that, we recommend implementing a patch management tool that will identify vulnerabilities, locate the right patch, test that patch, and finally deploy it for you.
Automating patch management offers several benefits:
Organizations often face several challenges in patch management, including:
Further reading on it management from Expert Insights — buyers' guides, comparison articles, and platform-specific shortlists.
Caitlin Harris is the Deputy Head of Content at Expert Insights. As an experienced content writer and editor, Caitlin helps cybersecurity leaders to cut through the noise in the cybersecurity space with expert analysis and insightful recommendations.
Prior to Expert Insights, Caitlin worked at QA Ltd, where she produced award-winning technical training materials, and she has also produced journalistic content over the course of her career.
Caitlin has 8 years of experience in the cybersecurity and technology space, helping technical teams, CISOs, and security professionals find clarity on complex, mission critical topics like security awareness training, backup and recovery, and endpoint protection.
Caitlin also hosts the Expert Insights Podcast and co-writes the weekly newsletter, Decrypted.
Craig MacAlpine is CEO and Founder of Expert Insights. Before founding Expert Insights in August 2018, Craig spent 10 years as CEO of EPA Cloud, an email security provider that rebranded as VIPRE Email Security following its acquisition by Ziff Davis, formerly J2Global (NASDAQ: ZD) in 2013.
Craig is a passionate security innovator with over 20 years of experience helping organizations to stay secure with cutting-edge information security and cybersecurity solutions.
Using his extensive experience in the email security industry, he founded Expert Insights with the singular goal of helping IT professionals and CISOs to cut through the noise and find the right cybersecurity solutions they need to protect their organizations.