Top Remote Desktop Patch Management: Best Practices for IT Security

The shift to distributed work has exposed a glaring vulnerability in corporate cybersecurity: the unpatched endpoint. In a traditional office, IT administrators could rely on the local network to push updates to every desktop overnight. If a machine were turned off, they could wake it up via LAN. Today, that fleet is scattered across home offices, coffee shops, and different time zones, often behind consumer-grade firewalls that block standard maintenance commands.

This fragmentation creates a “patch gap.” While the corporate server room remains a fortress, the laptops accessing it often run outdated software, creating easy entry points for ransomware and zero-day exploits. According to CISA’s guidance on mitigating risks from unpatched software, the exploitation of known vulnerabilities remains the most frequent attack vector used by malicious cyber actors. It is not enough to just provide access; organizations must ensure that the tools providing that access-and the operating systems underneath them-are rigorously maintained.

Effective patch management in a remote environment requires tools that can tunnel through the internet to deliver updates without requiring a VPN or user intervention. Below are five top solutions that combine remote access with robust patch management, ensuring your workforce remains secure no matter where they are.

1. Splashtop

Splashtop is primarily known for its high-performance remote access, but for IT support teams and Managed Service Providers (MSPs), its true power lies in its “Remote Support Premium” capabilities. Unlike standard remote desktop tools that focus solely on screen sharing, Splashtop integrates endpoint management features directly into the console. This allows technicians to view the patch status of every computer in their fleet from a single dashboard.

To ensure your network remains impermeable, selecting a Remote desktop software with secure patch management tool that integrates seamless updates is critical. Splashtop allows administrators to automate Windows updates, ensuring that critical security patches are applied as soon as they are released. You can schedule these updates to run during off-hours to avoid disrupting the user, and even force a reboot if necessary to finalize the installation. By combining the remote access channel with the management layer, Splashtop eliminates the need for “tool sprawl,” allowing you to remote in to fix a problem and patch the vulnerability that caused it in the same session.

2. NinjaOne

NinjaOne (formerly NinjaRMM) has established itself as a heavyweight in the Remote Monitoring and Management (RMM) space. It is designed for IT departments that need granular control over every aspect of a device’s lifecycle. While it offers excellent remote control capabilities (often integrating with tools like Splashtop), its patch management engine is its standout feature.

NinjaOne creates a seamless ecosystem where patching is entirely automated. It supports not just Windows and macOS updates but also patches for over 135 common third-party applications, including Adobe Acrobat, Chrome, and Zoom. This is crucial because, as noted in NIST’s guide to enterprise patch management, third-party applications often represent a larger attack surface than the operating system itself. NinjaOne allows you to approve or reject patches based on severity, test them on a small “pilot” group of machines, and then roll them out to the entire company with confidence.

3. Atera

Atera is a unique player in the market because of its pricing model (per technician rather than per device) and its all-in-one approach. It combines remote access, patch management, and help desk ticketing into a single, browser-based platform. For growing IT teams, this integration significantly reduces the friction between “knowing there is a problem” and “fixing the problem.”

Atera’s patch management is policy-driven. You create “IT Automation Profiles” that dictate exactly when updates should occur. For example, you can set a policy to run a “Critical Security Update” scan every day at 3:00 AM, while deferring “Feature Updates” until the weekend. If a patch fails to install, the system automatically generates a ticket in the helpdesk, alerting a technician to intervene manually via the built-in remote desktop tool. This closed-loop system ensures that no vulnerability slips through the cracks due to human oversight.

4. Microsoft Endpoint Manager (Intune)

For organizations that are deeply entrenched in the Microsoft ecosystem, Microsoft Endpoint Manager (formerly Intune and SCCM) is the gold standard for native Windows management. It is not a traditional “remote control” tool in the sense of taking over a mouse, but it is the engine that drives remote security for millions of enterprise devices.

Endpoint Manager allows for “Zero Touch” patch management. Because it runs in the cloud and integrates directly with Azure Active Directory, it can push policies to devices regardless of their connection status. You do not need the device to be on the corporate VPN to receive updates; as long as it has an internet connection, it will pull the latest policies from the Microsoft cloud. For remote desktop environments, this ensures that the host machines are always compliant with the latest security baselines before a user is even allowed to connect.

5. PDQ Deploy & Inventory

For sysadmins who prefer speed and control over a cloud-based interface, PDQ Deploy is a legendary tool. While it is primarily an on-premise solution, it is frequently used in hybrid remote environments via VPNs or gateways to manage the “office” side of the remote desktop equation.

PDQ excels at “set it and forget it” automation. You can build complex packages that define exactly how a patch should be installed-stopping services, editing registry keys, installing the patch, and restarting services a specific order. When paired with PDQ Inventory, it becomes a dynamic powerhouse. You can create a collection of computers with “Outdated Chrome,” and PDQ Deploy will automatically target only those machines with the update. Once the update is successful, the machine is automatically removed from the “Outdated” collection. This logic-based patching is incredibly powerful for maintaining high-performance workstations used by remote engineers and designers.

Best Practices for Remote Patch Management

Choosing the right tool is only the first step. To truly secure a remote desktop environment, IT leaders must implement rigorous processes.

• Test Before You Deploy (Sandboxing): Never push a major OS update to the entire company on day one. A bad patch can cause Blue Screens of Death (BSOD) across the entire fleet, locking remote employees out of their work. Always deploy to a small “test group” first, verify stability for 24-48 hours, and then expand the rollout.
• Prioritize Third-Party Apps: Operating system patches get all the headlines, but browser plugins and PDF readers are frequent targets for drive-by downloads. Ensure your solution covers the entire software stack, not just Windows.
• Enforce Reboots: A patch is not applied until the file is no longer in use, which usually requires a restart. In a remote environment, users often leave their machines running for weeks. Use your remote access software to enforce scheduled reboots (e.g., Sunday at 4:00 AM) to ensure patches are fully initialized.
• Audit and Report: Compliance requires proof. Use the reporting features of your RMM or remote access tool to generate weekly “Patch Compliance Reports.” These documents are vital for cyber insurance audits and for demonstrating due diligence to stakeholders.

Closing Remarks

The security of your remote workforce is defined by the weakest link in the chain. An unpatched laptop allows an attacker to bypass firewalls and move laterally into your secure servers. By integrating remote desktop access with robust patch management-whether through an all-in-one solution like Splashtop or a dedicated platform like NinjaOne-you close these doors before they can be opened. The goal is to make security invisible to the user but absolute for the enterprise, ensuring uninterrupted productivity while the digital foundation remains rock-solid.

Frequently Asked Questions (FAQ)

1. Why is patch management harder for remote workers? In an office, all computers are on the same fast network, making it easy to push large update files. Remote workers are on home Wi-Fi with varying speeds, and their computers might be turned off or asleep during maintenance windows, making it harder to ensure updates are actually installed.

2. Can I update a computer if it is sleeping? Only if you have a tool with Wake-on-LAN (WoL). This feature lets you send a signal to wake the computer, install the patch, and then shut it down again. Without WoL, you have to wait for the user to turn the computer on.

3. What is the difference between a “feature update” and a “security update”? A security update fixes a specific vulnerability (a hole that hackers could use) and should be installed immediately. A feature update adds new tools or looks to the software (like Windows 11 23H2) and can usually be delayed until you are sure it won’t break your existing apps.