Common patch configurations
Common Patching Strategy configurations.
The following patching strategies are the most commonly used in any environment, large or small. These strategies ensure patching is handled not only as a response to high-priority security risks, but also as a routine maintenance that helps preserve system reliability, performance, and compliance.
Oftentimes, these are used in conjunction with more complex and custom patching strategies. However, they also provide a recommended starting point and can be used exclusively depending on the size of your environment and specific organizational needs.
Best overall practices
Pilot Deployments
Always implement a pilot phase, regardless of environment size.
Without pilot testing, you risk troubleshooting issues simultaneously across all devices. Recommended pilot size: 12-25 devices, preferably lab machines.
Ring-Based Deployment
Mature from small-scale lab pilots to ring-based deployment model
Use P-rings to expand testing beyond lab environments. Create separate business units with divergent maintenance windows. Progressively expand deployment scope across rings.
Pilot Device Selection
Select devices representing full production environment
Operating Systems: Windows 10, Windows 11, macOS, Linux Device Types: Workstations and servers Use Cases: High-performance machines (development, analysis) and lightweight devices (kiosks) The built-in Business Units are not always ideal as these are randomly chosen devices (1% of All Workstations etc.), so it's best to strategically create custom business units.
Pilot User Selection
Choose users who provide actionable feedback
IT staff and IT-friendly users who provide detailed feedback, non-IT staff for real-world validation, and users who reliably communicate issues. Avoid choosing mission critical devices (revenue generators, CEO's, etc.)
Approval Timing
Schedule during business hours for timely response
Configure approval requests to generate mid-morning (~10:00 AM) when an admin is most likely to view it during work hours.
Daily critical patching
This patching strategy deploys daily patching based on criticality scores provided by a vulnerability management integration partner. Each patch that is marked Critical is deployed to all clients daily at a desired time.
Please see our list of Integration Partners that support criticality scores.
Accelerated browser patching
Browsers are highly susceptible to vulnerabilities and it is good practice to prioritize patching for these products. This patch strategy is run on browser products twice a week -- once in the morning for a pilot group and once in the evening for the remainder of devices on Tuesdays and Thursdays.
Weekly Pilot / Production patching (Pilot Monday / Patch Friday)
This patch strategy covers weekly patching for all products for pilot business unit devices on every Monday and the remaining production business unit devices every Friday. Weekly patching ensures general upkeep of all products.
Monthly multi-phase patching
The goal of the monthly multi-phase patching is to introduce predictability so users can always anticipate when patches happen on a monthly-basis. Additionally, the pilot/production structure ensures that multiple device groups are tested prior to a full deployment.
Clustered services patching
The goal of clustered services patching is to maintain service availability by patching nodes in a controlled sequence. This includes patching passive nodes first, validating their success, and sending an approval request before advancing to active nodes, to ensure zero-downtime deployments.
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