![]() That would enable users to manually download files instead of allowing the software to update automatically. One patch management strategy is to send files to a central server where the developer’s software can poll for any updates. If a user has not run previous updates, patch management ensures that all earlier updates are installed before applying the latest one. Patch management must apply the right updates and hotfixes in the correct order. If the software polls a central server, the software might trigger a download of the latest updates and hotfixes. If a device contains outdated software, the next step is to upload the latest update to the target. In some cases, the software itself can poll a central server to determine if the currently installed version is the latest or if an update is available. If any scanner can access the device’s software version, it may be a cybersecurity issue. The devices scanned must give the scanner permission to access the targeted software to identify if it’s outdated. Devices could be on the local network or cloud-connected and controlled by the organization. The first step in patch management is scanning devices for outdated software. Automation software saves time for IT staff that must review and test patches before they are installed, but the strategies surrounding the way software is deployed still requires human intervention. Patch management is often automated using third-party software, but some human intervention is also necessary to determine the frequency at which updates are deployed, who oversees the process, and what happens when patches must be rolled back. ![]()
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