Automate Endpoint Patch Compliance Reporting
Endpoint management platforms report patch compliance at a fleet level that looks reassuring right up until you need the real number — a device that's been offline for three weeks still shows its last-known status as compliant, a laptop with the management agent silently disabled hasn't reported anything in months but isn't flagged as missing, and the dashboard's 94% compliant figure quietly excludes every device the agent has lost track of. The actual patch gap, and the specific devices carrying it, only becomes visible when someone manually cross-references the enrolled device list against the full asset inventory.
STARTING PRICE
From €299
Standard tier · Multi-step workflow with AI extraction/decisioning and 2-3 integrations.
Get a quote →Saves roughly 4-6 hrs/week of manual patch report reconciliation.
How the automation works
We cross-reference the endpoint management platform's reported patch status against the full asset inventory, not just the devices currently checking in, so a device that's gone silent is flagged as unknown-status rather than silently dropped from the compliant count. Patch age is measured against your actual SLA per criticality tier — a critical CVE patch has a tighter window than a routine monthly update — and devices breaching that SLA are ranked by the sensitivity of what they can access, since an unpatched laptop with access to production systems is a different priority than an unpatched device on the guest network. Reports go to both security and the asset owner's manager for genuinely overdue devices, with a running count of devices in unknown status called out explicitly rather than folded into an optimistic headline number.
Process flow
- 01
Scheduled patch status pull trigger
Patch status is pulled from the endpoint management platform on a recurring schedule, alongside the last-check-in timestamp for every device, not just the current patch level.
- 02
Reconcile against full asset inventory integration
Reported devices are cross-checked against the complete asset inventory, so devices that have stopped checking in or were never properly enrolled are surfaced as unknown-status rather than absent from the report.
- 03
Score against SLA by criticality ai
Each device's patch age is measured against the SLA for its patch criticality tier, and devices in breach are ranked by the sensitivity of the systems and data that device can access.
- 04
Route overdue and unknown-status devices output
Genuinely overdue or unknown-status devices are routed to security and, for devices well past SLA, to the asset owner's manager, with the specific patch gap and access risk named.
- 05
Report real compliance, gaps called out output
The compliance report explicitly separates confirmed-compliant, confirmed-overdue, and unknown-status device counts, instead of collapsing unknown-status devices into an inflated compliant figure.
Inputs
- Endpoint management platform patch status feed
- Full asset inventory (all issued devices)
- Patch SLA by criticality tier
- Device access-scope data
Outputs
- True patch compliance report by status category
- SLA-breach device list ranked by access risk
- Unknown-status (unmanaged/offline) device flag list
- Manager escalation for chronically overdue devices
Works with
Prefer a fully custom build instead of an off-the-shelf integration? We scope both options during your free consultation — most jobs like this one work fine on standard connectors, but higher-volume or non-standard systems sometimes need bespoke API work, reflected in the complex tier.
Where this goes wrong if you get it wrong
- A device that hasn't checked in for weeks retains its last-known compliant status in most dashboards, which means the headline compliance percentage silently excludes exactly the devices most likely to be unpatched — those need to be counted as unknown-status, not folded into the compliant number.
- Treating every patch SLA breach the same regardless of what the device can access misdirects urgency — an unpatched device with standing access to production or customer data is a materially different risk than an unpatched device on an isolated guest network, even if both are equally overdue by days.
- A device with the management agent disabled or uninstalled, whether accidentally or deliberately, stops reporting entirely and looks identical to a device that was simply decommissioned — the asset inventory reconciliation step is what catches this, since the endpoint platform alone has no way to tell the difference.
- Escalating every overdue device to a manager, including a laptop that's overdue by two days because someone was on leave, burns escalation credibility fast — escalation needs to be reserved for devices genuinely past a reasonable grace period, or the alerts get tuned out.
Frequently asked questions
Why would our patch compliance percentage go down after using this?
Because devices that had gone silent or lost management-agent connectivity were previously counted as compliant by default. This report reclassifies those as unknown-status, which is usually the single biggest correction to an inflated compliance number.
Does this patch the devices for us?
No — it reports true compliance status and SLA breaches ranked by access risk. Patch deployment stays with your endpoint management platform and IT team.
How does it prioritize which overdue devices matter most?
By what the device can actually access, not just how overdue it is — a patch gap on a device with production or customer-data access is ranked above the same gap on a lower-access device.
Does it work across both laptops and servers?
Yes, it's built to reconcile patch status across whatever endpoint categories your management platform and asset inventory cover, including servers where patch SLAs are often tighter than for laptops.