Let's be honest: patch management in 2025 feels like trying to drink from a fire hose while juggling flaming torches. You're managing thousands of devices, dealing with constant vulnerability announcements, and somehow expected to keep everything secure without driving your users (or yourself) completely insane.
If you're feeling overwhelmed, you're not alone. We recently teamed up with our friends at Tines to dig into the biggest patching headaches IT teams face today—and more importantly, how to solve them without working weekends.
Here's what we learned, and how you can turn your patch management from a constant scramble into something that actually works.
The volume problem is real. Microsoft alone published over 1,300 CVEs in 2024. If you're managing 5,000 endpoints (which, let's face it, is pretty standard these days), you're looking at potentially tens of thousands of exposures to track. And that's before you even think about macOS, iOS, Linux, or all those third-party apps your users love.
But here's the thing that really gets IT teams stuck: it's not just about the numbers.
You know this dance well. The security team generates a spreadsheet of vulnerable devices, passes it to the device management team to patch, then gets back a spreadsheet of what was updated. By the time that's done, new CVEs appear and the process repeats.
This back-and-forth doesn't just waste time—it creates gaps where critical vulnerabilities slip through the cracks.
One tool for installing applications, another for scanning vulnerabilities, a third for managing updates. When your patch management spans multiple platforms, you end up with duplicate effort, inconsistent results, and blind spots you didn't even know existed.
With the volume of CVEs and assets today, manual tracking and intervention is nearly impossible. Especially when audits demand proof of complete patch lifecycles. Mistakes, inconsistencies, and delays pile up faster than you can fix them.
Your users see updates as the enemy. Slow reboots, broken workflows, popup notifications during important presentations—it's no wonder they click "Remind me later" until the heat death of the universe.
But here's what most IT teams miss: this isn't about stubborn users. It's about friction in your process.
We built a live workflow during our recent webinar that solves these exact problems. Instead of just talking theory, let's walk through how it actually works.
Picture this: A new critical vulnerability drops. Your security team identifies it as high-priority (CVSS score above your threshold). But three days later, you've still got users who haven't restarted their machines.
Here's how the Tines workflow handles it:
Step 1: Intelligent Triage
Step 2: Device-Level Tracking
Step 3: Smart User Communication
Step 4: Progressive Enforcement
Here's where it gets really powerful. The workflow can automatically restrict a user's access to critical systems until they patch. But instead of just locking them out, it:
Real example from the workflow: "Hi Tim, we've temporarily restricted access to some systems because your Mac has a critical security vulnerability. Please update to macOS 14.3 or later, then click here to restore access."
The workflow also accounts for all those messy real-world scenarios:
Orphaned Devices: When devices don't have assigned users, the system automatically tags them and sends IT a consolidated list instead of spamming individual alerts.
User Changes: If someone moves roles and no longer owns a device, the workflow detects this and routes it appropriately.
PTO and Exceptions: Built-in logic to handle when users are out of office or need emergency access.
Manager Override: Allows managers to restore access for their entire team once everyone's patched.
As an Apple-first platform, Kandji integrates directly with Apple's security frameworks like Endpoint Security. This means:
The Tines workflow platform delivers enterprise-grade orchestration:
Every action gets logged with:
When auditors ask "Why did you patch this CVE on this date?" you can show them the complete workflow history.
Before diving into intelligent workflows, ask yourself:
If you're answering "no" or "sort of" to these questions, you're not alone. Most organizations struggle with at least a few of these areas.
Recent headlines tell the story: a key software supplier for the UK's NHS was hit by ransomware, disrupting emergency services and exposing tens of thousands of personal records. The root cause? A two-year-old Microsoft vulnerability that hadn't been patched.
The supplier was fined over $3 million. But the real cost was in patient care disruption and lost trust.
This isn't isolated. Ransomware increasingly targets healthcare, government, schools, and enterprises of all sizes. The stakes include financial risk, reputational damage, and regulatory fines.
Here's something we hear a lot: "How do we do all of this and still be seen as the good guys?"
IT and Security teams often struggle with their internal reputation—seen as the people who slow things down instead of keeping everyone safe. But when patch management is done right, it actually improves productivity.
Why? Because users can work confidently knowing their IT team has their back. If they lose their device, IT still has control. If there's a security incident, systems are already hardened. Remote work becomes truly secure work.
The key is building processes that feel helpful, not punitive. Clear communication, respect for user schedules, and self-service options go a long way.
When orchestration and automation are working well, you'll see:
Patch management doesn't have to keep your team up at night. With the right combination of tools and intelligent workflows, you can move from constantly reactive to genuinely proactive.
Here are some resources to help you get started:
Watch the Complete Demo
Learn More About secure patch management at scale
Ready to Get Started?
Import the Kandji x Tines Patch Management Workflow - Start with the exact workflow demonstrated in this post.