Key Highlights
Motadata ServiceOps Patch Management scans all managed devices, pulls patches from the cloud repository on a daily or on-demand sync, and rolls them out under defined approval rules and deployment policies, with uninstall if a patch misbehaves.
Patch any OS and the software running on it from one place
Patch Windows and macOS from one console.
Cover a broad range of Linux distributions: Ubuntu, Mint, CentOS, RedHat, openSUSE, SUSE, Debian, Oracle, Pardus, Rocky, and Alma.
Patch third-party applications like Adobe, Java, and popular web browsers.
The apps attackers target most don't fall behind the OS updates.
Patches in, and a way back out if production reacts badly
Patches stream from the cloud repository, synced daily or on demand with the latest vendor releases.
Coverage spans all supported vendors, so what deploys is the vendor's released fix.
If a patch causes a problem in production, patch uninstall removes it from the affected endpoints.
Choose how much human judgement each patch gets.
Pre-Approved clears incoming patches automatically, for fast, low-friction routine updates.
Manually Approve holds each new patch as Not Approved until a technician reviews it.
Test and Approve deployment of a patch to a designated test group first, with auto-approval for broad rollout after a set number of problem-free days (Windows).
Deployment policies govern exactly how a rollout behaves
Initiation timing: system start-up or next scan cycle.
Configurable days and time window for runs.
Post-install behavior: reboot, shutdown, or do nothing, with unnecessary reboot skip.
Show end users a notification before deployment and let them defer it.
Force-after date so deferral never becomes indefinite.
Start from out-of-box policies: 24x7 Startup Triggered, 24x7 User Intervention Allowed, and Business Hours.
Disruption stays contained while keeping all machines patched.
Intelligence
Patch Management is the difference-maker when the environment has outgrown manual effort:
Mixed estates. Windows laptops, macOS designers, and Linux servers each have their own patch source and cadence. Separate tools multiply the chance something slips. One console removes the seams. Distributed sites. Branch and remote offices behind constrained WAN links cannot each pull large patch files from a central source, as doing so saturates the network.
Regulated change control. When auditors ask what was patched, where, and who approved it, ad-hoc patching has no answer. Policy-driven approval and deployment produce that record as a by-product. Critical servers. Production systems can't take a patch on faith. A test-first workflow and a patch-uninstall path turn patching from a gamble into a controlled change. Distributed sites. Branch and remote offices behind constrained WAN links cannot each pull large patch files from a central source, as doing so saturates the network.
How It Works
Opt-in endpoints via agent installs, adding machines individually or via auto-rules.
Sync repository:Sync local patch database daily with vendor repositories covering OS families and categories.
Source patches exclusively from official vendor repositories, with SHA-256 hash verification confirmed for RedHat and CentOS.
Configure approval modes (Pre-Approved, Test-and-Approve), reboot rules, and user notices.
Use Relay Servers at remote offices to cache downloads locally and conserve WAN bandwidth.
Deploy patches within approved windows. Patch uninstall is available if a patch causes a problem in production.
Role-Based Value
The window between a vendor shipping a fix and the estate receiving it stops widening, with patches synced daily or on demand and deployed on schedule.
The window between a vendor shipping a fix and the estate receiving it stops widening, with patches synced daily or on demand and deployed on schedule.
Geography stops dictating how fast or how disruptively patching runs, because relay servers serve branch endpoints locally.
Geography stops dictating how fast or how disruptively patching runs, because relay servers serve branch endpoints locally.
Opt-in scope, group targeting, and approval trails turn patch status into evidence auditors accept.
Opt-in scope, group targeting, and approval trails turn patch status into evidence auditors accept.
All operating systems and the applications on top of them are patched from one console, with uninstall available if production reacts badly.
All operating systems and the applications on top of them are patched from one console, with uninstall available if production reacts badly.
From Visibility to Control
From a widening exposure gap to a shrinking one. Patches sync daily or on demand and deploy on schedule, keeping the release-to-coverage window short.
From manual patch-chasing to policy-driven rollout. Approval modes and deployment policies apply the same governance to each patch, regardless of origin.
From risky big-bang updates to safe, staged change. Test-and-Approve validates patches on a subset first, and patch uninstall provides a way back if production reacts badly.
From WAN-saturating downloads to local distribution. Relay servers serve branch endpoints locally, so geography stops dictating how fast or how disruptively patching runs.
From "we think we're patched" to a defensible record. Opt-in scope, group targeting, and approval trails turn patch status into evidence auditors accept.
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