CapaOne
More than half of organizations run endpoints on outdated software. The problem is not awareness — it is the absence of automated, consistent patch management across applications, drivers, and mobile devices.
A recent security report found that more than half of organizations worldwide run devices with outdated operating systems. 95 percent of analyzed applications contain at least one security weakness. And in one out of four organizations, employees have clicked on malicious links.
None of this is new. IT teams have been dealing with these challenges for years — and yet they persist.
Not because IT professionals lack awareness. But because the processes meant to keep endpoints current still depend on manual effort, scripts, and fragmented tools. And those approaches do not scale.
The problem is not awareness — it is control
Most IT teams know that outdated software is a risk. The gap is not knowledge. It is execution.
Consider a typical scenario: you manage hundreds of endpoints. Every application has its own release cadence. Some patches are critical and need to be out within hours. Others are routine but cannot disrupt production. And then there are drivers and firmware sitting on outdated versions — because nothing in your current stack handles them automatically.
The result is version drift. Devices run different software. Some endpoints received the patch. Others did not. And you cannot say with certainty which ones.
That is where attackers find their way in.
The cost of fragmented patch management processes
Many IT teams rely on one solution for OS patching, another for third-party applications, a third for drivers, and PowerShell scripts to hold it all together.
This creates three concrete problems:
- Blind spots: When update status spans multiple systems, you lose a consolidated view. You cannot confidently identify which endpoints are exposed—or for how long.
- Operational overhead: Scripts need maintenance. Manual checks take time. And when an update fails silently, you find out later — often too late.
- Compliance gaps: You cannot document what you cannot see. When an auditor asks, an answer based on best estimates will not hold.
Microsoft Intune covers a lot—but it does not handle third-party application updates, driver lifecycle management, or CVE prioritization across your entire endpoint estate. That is precisely where the gaps appear.
How to move from reactive patch management to a controlled update posture
The solution does not require replacing your entire technology stack. It requires structure and automation in the right places.
Full visibility as a foundation.
At any point, you need to see which applications are running, which versions are installed, and which endpoints deviate from baseline. Without that starting point, patching is reactive — not controlled.
Automation across applications and drivers.
Third-party applications should update automatically — not be manually repackaged with every new version. Drivers should stay current and model-specific, without your team spending hours researching vendor releases. Automation is not a nice-to-have. It is the only approach that scales.
CVE context that prioritizes for you.
Not all vulnerabilities carry equal urgency. You need a system that converts CVE data into a prioritized remediation queue — so your effort goes where it reduces exposure most effectively.
Audit-ready documentation, always.
Compliance is not a project you finish. It is a state you maintain. That requires the ability to export update status, version overviews, and remediation history on demand — without having to assemble them from three different systems.
CapaOne Endpoint Management Platform: one place for all of it
CapaOne consolidates patch management, vulnerability management, and driver lifecycle management into a single platform. You get full visibility across your endpoint estate, automated updates for third-party applications, CVE-based risk views, and audit-ready documentation — from one interface.
Application Manager automates updates for third-party and business applications — eliminating the manual repackaging cycle. Security Monitor delivers CVE-based vulnerability signals across OS, applications, and drivers, so you know exactly what is exposed. Provision Manager handles driver lifecycle automatically and model-specifically — no manual research, no outdated drivers.
Mobile Manager unifies enrollment, configuration, and compliance across iOS, iPadOS, and Android — giving you the same visibility and control over mobile endpoints as across your Windows estate.
The platform runs as cloud-native SaaS — no on-premises servers, no legacy agents. You are operational within days, not months.
CapaOne is built in Denmark and hosted in Europe — fully aligned with GDPR and NIS2. Use it standalone, or as the layer that completes your Intune environment.
From exposed to current: what changes in practice
IT teams that introduce automated endpoint patch management typically see:
- 30–50% reduction in CVE MTTR — from discovery to remediation
- Significant reduction in manual administration time on patch cycles
- Consistent version alignment across the endpoint estate
- Audit-ready documentation available on demand — no spreadsheets, no manual exports
Compliance becomes the natural result of everyday IT operations
Outdated software is not a problem solved by awareness. It is solved by structure — automation, visibility, and a single place to act from.
The data confirms what many IT teams already feel on a daily basis: basic IT security lags behind, even when the fixes are straightforward. What is missing is not knowledge — it is an operational foundation that keeps patches current automatically, consistently, and with full documentation.
Book a demo of CapaOne Endpoint Management Platform and see how you close your patch gaps — before someone else finds them.
FAQ
Patch management is the process of identifying, prioritising, deploying, and verifying software updates across all endpoints in an organization. It covers operating systems, third-party applications, and drivers. Effective patch management reduces the window of exposure between a vulnerability being discovered and it being remediated across your entire device estate.
Outdated software contains known vulnerabilities that attackers actively exploit. Once a CVE is published, threat actors begin scanning unpatched systems — often within hours. Organizations that rely on manual patching processes cannot keep pace with the volume and frequency of updates required, which means exposed endpoints remain exposed for days, weeks, or longer.
Automated patch management requires a platform that can discover installed software versions across all endpoints, identify outdated applications and drivers, deploy updates silently and on schedule, and verify successful installation. The key is eliminating manual steps — from repackaging third-party applications to research driver versions — so that updates happen consistently without depending on IT capacity.
Yes. CapaOne Endpoint Management Platform operates fully standalone — no dependency on Microsoft Intune. For organizations that do use Intune, CapaOne adds what Intune does not cover natively: third-party application patching, driver lifecycle management, CVE-based vulnerability prioritization, and unified patch posture across Windows and mobile endpoints.
Vulnerability management is the process of identifying and prioritizing security weaknesses across your environment — including misconfigurations, CVEs, and outdated components. Patch management is the operational execution of deploying fixes. The two are closely linked, but distinct. Without vulnerability context, patch management becomes reactive. Without patch management, vulnerability management produces findings with nowhere to act on them.
NIS2 requires organizations to implement appropriate technical measures to manage cybersecurity risk — and timely patching of software vulnerabilities is explicitly part of that. GDPR requires organisations to protect personal data through appropriate security measures, which includes keeping software current. A A structured patch management solution with documented update status and remediation history provides the audit evidence both frameworks require.
