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How to Choose a Patch Management Solution

by Team Ninja
How to Choose a Patch Management Solution featured image

Key Points

  • Patch management is the process of tracking, deploying, and testing patches as part of IT and infrastructure maintenance.
  • The right patch management tool depends on your needs; however, always consider a tool’s core features, ease of deployment, integration capabilities, automation capabilities, and reporting features.
  • With the right tool, MSPs and IT teams can streamline their processes and minimize the risk of human error.
  • Patching also helps organizations remain compliant with security standards, maintain productivity, ensure eligibility for relevant warranties and services, and stay on top of important software updates.

Understanding the impact of patch management is key to knowing how to choose a patch management solution. In this article, we’ll discuss the features and functionality of patch management software and how to choose a tool that will work for your particular use case.

Mitigate risks before they wreak havoc and keep your system up to date.

Learn more about NinjaOne Patch Management

Choosing the best patch management solution

When evaluating the best patch management software, consider whether the platform supports Windows patch management software features and cloud capabilities.

In this section, we discuss key considerations when choosing a patch tool:

Patch scanning and vulnerability discovery

Focus on tools that automatically scan your IT environment for systems that need patches, match available patches to the correct systems, and integrate seamlessly with your existing vulnerability management software to identify and remediate critical security flaws.

How NinjaOne helps: Automatic discovery and vulnerability checking for nearly every system in common use. Get complete insight into your entire IT environment in minutes.

Compatibility and integration

The best patch management tools will be compatible with a wide variety of systems and configurations. A tool that can’t manage patches for different operating systems, applications, infrastructure, and devices could lead to missed updates, risk, and a need for manual intervention.

Look for a cloud based patch management solution that supports hybrid and remote environments, allowing you to manage updates for Windows, macOS, and third-party applications from anywhere.

How NinjaOne helps: Automated patching for Windows and third-party software from over 120 vendors.

Automation

Your patch management software should allow you to automate as much of the patch discovery, scheduling, testing, and deployment process as possible.

How NinjaOne helps: Easily configure patch scanning and update schedules for specific segments of devices or users. Take full control over patching or allow the automation to handle it entirely.

Automation is one of the core patch management best practices, especially for organizations managing large endpoint fleets or distributed networks.

Testing

Your patch management solution should offer the ability to test patch installation within a testing environment before it’s taken live. Doing a dry run before deploying patches to production systems ensures that there will be no conflicts or errors that would otherwise lead to downtime or larger problems.

For MSPs managing large Windows environments, testing patches first is critical. Look for tools that offer patch management for Windows with sandbox or pre-deployment testing options.

How NinjaOne helps: Patch testing is handled seamlessly by NinjaOne and helps to ensure compatibility of all updates before they’re deployed to the live environment.

Intuitive administration

Patch management tools should be easy to operate using a single, user-friendly interface. Customization is useful as well, and the ability to tailor the user experience to your needs is a bonus.

How NinjaOne helps: Spend less time combing through new update releases and vulnerability disclosures and more time growing your business.

Reporting and notifications

Keeping track of past updates is an important part of patch management. A patch management solution should allow you to generate reports on patch status and vulnerabilities. Detailed reports are one of the patch management best practices that simplify compliance verification and security auditing. Look for the option to create custom reports, automated notifications, and audits specific to any regulations that apply to your business.

How NinjaOne helps: Access detailed patch audit reports and view patch management status in real time.

Ease of deployment

Keeping track of past updates is an important part of patch management. A patch management solution should allow you to generate reports on patch status and vulnerabilities. Detailed reports are one of the patch management best practices that simplify compliance verification and security auditing. Look for the option to create custom reports, automated notifications, and audits specific to any regulations that apply to your business.

How NinjaOne helps: Installs quickly and without interruptions. Auto-discovery of hardware and software makes deployment simple.

Vendor support

While we hope you never have to call for help with your patch management solution, it’s important to know that support is available if you need it. Choose a tool supported by a well-known and trustworthy vendor, and check to see if the product has a large user base that can also help out when needed.

Reliable support is particularly important when selecting Windows patch management software, where frequent OS updates and complex dependencies require expert guidance.

How NinjaOne helps: Ninja sets the standard for fast and friendly after-sales support, whether you’re an enterprise or a large IT provider with many clients to serve.

RMM tool integration

Patch management functionality is often part of a remote monitoring and management (RMM) suite. If you choose to use separate products, it’s important that they integrate to make patching as efficient as possible.

How NinjaOne helps: NinjaOne is fully integrated with all of the patch management power you need to keep your IT running smoothly.

The importance of patch management: Why is finding a reliable patch tool important?

A good, reliable patch tool makes all the difference by streamlining the process and minimizing the risk of human error. These tools typically employ a few different helpful functions:

  1. Maintaining a current and accurate database of updates to ensure no important patches are missed
  2. Alerting users of new updates and important security patches
  3. Employing automation and/or scripting for efficiency and ease of use
  4. Informing the IT team about out-of-date software still being used within their environment
  5. Producing audit reports and real-time insights to keep the patching process transparent

What is the best patch management solution in 2025?

Patch management tools come with different selling points. Finding the best solution depends on your needs and preferences. NinjaOne Patch Management, for instance, enables remote tracking for all types of operating systems across your environment and provides actionable, comprehensive patch compliance reports.

To compare the different patch management tools, check out our article on the Best Patch Management Software for MSPs & IT in 2025.

Knowing the best practices is only half the battle. To make your patch management strategy truly effective, check out our video on Patch Management Mistakes and How to Avoid Them.

How do patch management solutions help IT operations?

The main goal of patch management software is to streamline the patching process and automate it as much as possible. There are many reasons why an IT department benefits from patch management automation, including:

Tighter security

When you take control of patch management, you give yourself a huge advantage in the battle against hackers and cyber threats. Effective patch management guards your network against the numerous vulnerabilities malicious actors exploit to infiltrate a network.

Patch automation deploys new software updates quickly before cybercriminals exploit any newly discovered flaws in software or firmware. 

Efficiency

Manual patch management? That means the IT staff must track, download, deploy, test, and document all patches. On every device in the IT environment. Constantly. 

Automation tools take that burden off the engineers and techs and free them up for more important or productive tasks. 

Productivity

System failures and cyberattacks bring productivity to a halt. Timely patching reduces the likelihood of instability and malware intrusion and serves to maintain a stable overall IT environment.

Usability

Some patches are issued to unlock new features in software rather than patch a security issue. In these cases, updating is a matter of getting the full benefit of your technology.

There are other cases where an update is needed to maintain the full functionality of the software, often because changes in other applications or the OS create conflicts that need to be patched.

Regulations

More policies require organizations to apply the latest patches to avoid cyberattacks and maintain compliance. Noncompliance will typically result in fines and legal penalties, which can be even worse if an actual cyberattack takes place. 

Patch automation tools can ensure timely deployment as well as provide the reports, audits, and other documentation needed to show compliance.

Warranties and service

Just like never changing the oil in a car will void its warranty, software, and hardware providers will often refuse to honor guarantees when users fail to keep up with patches. Failure to keep software patched will also make it hard (or impossible) to get paid out by cybersecurity insurance policies.

Insight

Patch management tools keep the IT department apprised of important information regarding the IT environment. For example, they will be notified if the software by the organization falls out of service life and will no longer be supported.

Automate patching across your fleet and stay ahead of vulnerabilities.

Start a free trial or watch a demo of NinjaOne Patch Management

Strengthen your patch management process with the correct solution for you

The importance of patch management can’t be overstated. Far too many cyber-attacks were possible because of delayed or missing patches.

That said, patching can be overlooked in a large organization simply because it’s difficult to keep up with numerous patches across many devices and applications. The answer is to relegate the process to automation and remove technicians from the process, who could be better used elsewhere.

Whether you need patch management for Windows, a cloud based patch management solution, or a hybrid approach, following patch management best practices and choosing trusted tools like NinjaOne will keep your IT environment secure, compliant, and efficient.

The best patch management software makes all the difference when that time comes. Look for the right features and choose a vendor you trust, and it will be easy to keep your IT environment up-to-date and safe. Explore our patch management FAQs to dive deeper.

FAQs

The best practices for patch management focus on consistency, automation, and documentation. To ensure your organization’s systems remain secure and up to date:

  • Create a formal patch management policy defining roles, responsibilities, and timelines.
  • Maintain a complete IT asset inventory to ensure no device or application is overlooked.
  • Continuously monitor patch availability from vendors and update schedules accordingly.
  • Test patches in a sandbox environment before deployment to production systems.
  • Automate patch scanning and deployment wherever possible to minimize human error.
  • Apply critical patches immediately to reduce exposure to known vulnerabilities.
  • Document every patching activity for compliance and audit purposes.

Following these best practices helps MSPs and IT admins maintain endpoint security, streamline workflows, and meet compliance requirements such as ISO 27001, HIPAA, and NIST 800-53.

There are three primary categories of patch management software, each suited for different IT environments:

  • Automated patch management software: Handles end-to-end patching tasks — from discovery to deployment — with minimal human intervention. Ideal for large enterprises and MSPs managing multiple clients.
  • Open-source patch management tools: Offer flexibility and transparency for organizations with in-house expertise but may require manual configuration and higher maintenance.
  • Cloud-based patch management platforms: Provide centralized control and visibility across distributed or hybrid environments without on-premises infrastructure. These are especially valuable for remote workforces and multi-OS environments.

Choosing between these depends on your infrastructure scale, compliance needs, and available IT resources.

The first step in creating a patch management plan is selecting the right patch management solution. From there:

  1. Document all IT assets — servers, endpoints, operating systems, and applications.
  2. Categorize assets by criticality to determine patching priorities.
  3. Establish patching schedules based on vulnerability severity and business impact.
  4. Define approval workflows and rollback plans for risk management.
  5. Integrate reporting and alerting tools to track patch compliance and success rates.

Starting with a robust patching tool like NinjaOne Patch Management allows IT teams to automate patch deployment, generate compliance reports, and maintain visibility across all endpoints.

Patch management solutions enhance IT operations by combining security, automation, and efficiency:

  • Reduces vulnerabilities: Automatically closes known security gaps before they can be exploited.
  • Improves productivity: Minimizes downtime by preventing system crashes and malware infections.
  • Saves time: Automation replaces repetitive manual tasks, freeing IT teams to focus on strategic work.
  • Supports compliance: Generates audit-ready reports for security frameworks and industry regulations.
  • Maintains system health: Ensures compatibility across OS and application versions, reducing service disruptions.

When evaluating patch management tools, prioritize these core capabilities:

  • Automation: End-to-end automation for scanning, testing, scheduling, and deployment.
  • Cross-platform support: Compatibility with Windows, macOS, Linux, and third-party apps.
  • Centralized dashboard: Unified visibility into patch status and compliance across environments.
  • Custom reporting: Detailed patch history, vulnerability data, and compliance metrics.
  • Integration: Seamless compatibility with RMM platforms, ticketing systems, and SIEM tools.
  • Ease of deployment: Simple setup, minimal downtime, and intuitive configuration.
  • Vendor reliability: Strong customer support and consistent updates from a trusted provider.

Automated patch management helps organizations stay ahead of cyber threats by applying updates faster and more consistently than manual methods. Automated tools can:

  • Detect vulnerabilities and missing patches in real time.
  • Prioritize critical patches based on severity.
  • Deploy updates immediately across endpoints without manual intervention.
  • Reduce human error, a leading cause of patching delays.
  • Provide visibility through dashboards and compliance reports.

This proactive approach drastically reduces the window of exposure and strengthens the organization’s overall security posture.

Avoid these pitfalls when selecting your patch management platform:

  • Choosing tools that don’t support your full range of operating systems or third-party apps.
  • Ignoring testing environments before large-scale deployments.
  • Overlooking automation capabilities that reduce manual workloads.
  • Failing to integrate patch management with existing RMM or monitoring tools.
  • Neglecting to verify vendor reputation, support quality, and update frequency.

Patch management directly supports compliance frameworks that require organizations to maintain up-to-date systems. Automated patching solutions can:

  • Log all updates and generate compliance-ready audit reports.
  • Demonstrate adherence to standards like PCI DSS, HIPAA, ISO 27001, and SOC 2.
  • Schedule and document patch cycles for internal and external audits.
  • Reduce the likelihood of noncompliance fines by ensuring no critical vulnerabilities remain unpatched.

The “best” patch management solution depends on your organization’s size, infrastructure, and security needs. However, top-rated solutions in 2025 share several traits:

  • Automated patch scanning and deployment
  • Cross-OS compatibility (Windows, macOS, Linux)
  • Centralized reporting and compliance tracking
  • Fast deployment with minimal infrastructure requirements
  • Strong vendor support and reliability

Patch frequency depends on the type of update and your organization’s risk tolerance:

  • Critical security patches: Deploy immediately or within 24 to 48 hours.
  • Feature or stability updates: Schedule during regular maintenance windows.
  • Non-critical updates: Apply monthly or quarterly as part of standard patch cycles.

Automated scheduling ensures no patch is missed while minimizing business disruption.

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