Product Introduction
Overview
Patch Management is for teams that need to keep finding and fixing missing host patches. The loop is source, library, target host, baseline, assessment, and remediation. A patch enters the library, a host is enrolled, a baseline says which patches that host must have, assessment finds confirmed gaps, and installation runs in a window you choose.
Windows and Linux are both covered. Sources are Windows Server Update Services and Linux yum, dnf, and apt repositories. Built-in public YUM, DNF, and APT sources are available so the first assessment does not require a private repository.
Core Advantages
-
A baseline defines compliance
Windows and Linux baselines are separate. A host is bound to only one baseline at a time. Changing requirements or bindings invalidates the previous assessment. A baseline with no requirements or no hosts cannot be assessed. -
Risk comes only from a confirmed missing requirement
Assessment can record satisfied, missing, and unknown. Only a still-valid confirmed miss becomes a pending risk. Unknown, unconfigured, pending, and expired results are not current risk. -
Install, reboot, and recheck stay on one execution record
Remediate immediately or in an execution window. A host that must reboot gets its own reboot window. Successful installs that do not need a reboot are rechecked automatically. Hosts that need a reboot are rechecked after they come back. A timeout starts with a read-only check so a change that may already have applied is not sent again. -
Enroll hosts by hand or from Node Management
The target list shows operating system, architecture, source, connectivity, current baseline, and latest compliance. Changing connection details triggers a new connectivity check.
Use Cases
-
Hold a patch floor for a fixed set of hosts
Create a production baseline, bind hosts, and assess hourly, daily, or weekly. Send a summary when hosts are non-compliant or assessment fails. -
Install missing patches in a maintenance window
Select risk by patch, host, or baseline, schedule install or reboot, and read each host's stage in the execution record. -
Prove the loop with a public repository
Enable a built-in YUM, DNF, or APT source, import a few patches, bind a small set of hosts, and confirm connectivity, assessment, and risk.