The laptop is the device your team trusts the most and controls the least. It holds the client spreadsheets, the source code, the saved logins, the half-finished contract. It rides in backpacks through airports and coffee shops. And in a lot of fleets, it's still the one device IT sets up by hand, one machine at a time, then loses sight of the moment it leaves the building.
That gap is the reason "MDM for laptops" gets searched at all. Most people first meet mobile device management on phones, so the obvious question is whether it even applies to a ThinkPad or a MacBook. It does. The confusion isn't yours alone: forums and Reddit threads are full of admins asking the same thing, usually right after a laptop went missing or an auditor asked for an inventory nobody had.
Here's the operational problem underneath the search. You can probably name every phone plan your company pays for, but can you say which laptops are encrypted right now, which haven't checked in for a month, and which one is currently sitting in a stranger's bag? When a device carries regulated data and you can't answer those questions, you don't have a device problem. You have a visibility problem that becomes a compliance problem the day something goes wrong.
This guide covers what MDM does on a laptop, how it differs across Windows, Mac, and Linux, how to choose a tool for your actual fleet, what it costs, and how to roll it out without creating more work than it saves. The throughline is simple: the laptop is the endpoint you control least, and closing that gap is what laptop MDM is really for.
Can you use MDM on laptops?
Yes. Laptops fall squarely under modern mobile device management, even though the name still says "mobile." The category grew up around phones and tablets, then expanded to cover any endpoint you need to enroll, configure, secure, and account for. Today a laptop running Windows, macOS, or Linux is a first-class managed device, not an afterthought.
What "managed" means on a laptop is worth being precise about, because it's different from a phone. On a phone, management leans toward app control and containerization. On a laptop, it leans toward full-disk encryption, OS and patch state, configuration profiles, location, and the ability to lock or wipe the machine remotely. Same idea, heavier stakes: a laptop usually holds more data and more access than the phone next to it.
This is also where people confuse MDM with adjacent tools. MDM is about device configuration, security posture, and lifecycle. Remote monitoring and management leans toward IT support and software deployment at scale. If you're sorting out which one you actually need, the distinction between MDM vs RMM is worth ten minutes before you shortlist anything. Plenty of teams discover they need a slice of each, not a full platform of both.
The short version: if a device enrolls, reports its state, and accepts remote actions, it's manageable. Laptops do all three. The real questions are which OS you're running and how much control you need, not whether it's possible.
Quick win: Open your current MDM or endpoint tool and check whether desktop OS enrollment is already supported. Many teams pay for laptop management they've never switched on.
Why laptops are the endpoint that needs MDM most
Phones get the security attention because they feel personal and they're always in hand. But the laptop is where the operational risk concentrates. It carries the larger working set of data, it has broader network access, and it's the device most likely to travel outside your perimeter and not come back.
Think about how a laptop actually moves through your org. It gets provisioned, handed to an employee, taken home, carried to a client site, connected to hotel Wi-Fi, and eventually returned or replaced. Every one of those steps is a moment where configuration drifts, encryption silently fails, or the device simply disappears. Without management, you find out about all of it after the fact, usually from the employee, usually late.
Consider the airport lounge. A salesperson sets a laptop down to grab coffee, gets distracted, and walks to the gate without it. That machine has the pipeline, the pricing sheet, and a browser logged into the CRM. With laptop MDM in place, IT can see its last location, lock it immediately, and if it doesn't resurface, wipe it before anyone opens the lid. Without it, the response is a notification clock and a guess about what was exposed. Same incident, two completely different Mondays.
There's a quieter cost too: manual toil. Every laptop you configure by hand is time you don't get back, and every setting you apply manually is a setting that can be done inconsistently. Multiply that across a hybrid fleet and onboarding becomes a bottleneck. This is the same visibility gap that shows up in BYOD environments, just more obvious when the company owns the hardware.
Quick win: Make a one-line list of every laptop that holds regulated or client data, then mark which ones you can confirm are encrypted today. The "unknown" column is your real exposure.
What MDM actually does on a laptop
Strip away the marketing and laptop MDM comes down to a handful of operational capabilities: the ones an admin actually reaches for when a device acts up at 9 a.m. or vanishes at 6 p.m. Knowing what they are makes it much easier to tell a useful tool from a bloated one.
Enrollment is the entry point: getting the device registered with the management platform, either during provisioning or after the fact. Configuration and policy come next, which is how you push settings, restrictions, Wi-Fi and VPN profiles, and security baselines without touching each machine. Encryption management lets you enforce and verify full-disk encryption (BitLocker on Windows, FileVault on macOS) and confirm it's actually on, not just assumed.
Then there's the visibility layer, which is where most teams feel the immediate relief. A good platform gives you device inventory (what you have, what OS, what version), patch and OS state, and check-in history so you know what's alive and what's gone dark. Location and location tracking tell you where a device is and where it's been, which matters far more for laptops than people expect.
Finally, the remote actions: lock a device, wipe it, or trigger a full reset when it's lost, stolen, or being retired. These are the capabilities you hope to never need and are very glad to have at 6 p.m. on a Friday.
The capabilities that matter most for laptops, in plain terms:
- Enrollment and configuration profiles
- Full-disk encryption enforcement and status reporting
- Hardware and software inventory
- OS and patch visibility
- Device location and check-in history
- Remote lock, wipe, and factory reset
Quick win: Pull your current encryption-status report. If more than 10% of laptops show "unknown," that's not a reporting quirk, it's a visibility gap an auditor will find before you do.
MDM for Windows, Mac, and Linux laptops
This is the part the brochures skip, and it's the part that decides whether a tool works for you. "MDM for laptops" is really three or four different problems depending on your OS mix, and the wrong tool covers one beautifully while leaving the rest exposed.
Windows laptops
Windows is the most mature laptop-management story. If your org already runs Microsoft 365, you likely have Intune available, and it handles Windows configuration, policy, and compliance well. The gap shows up in two places: anything that isn't Windows, and device location. Intune's tracking is slow and limited, which is fine until the day a laptop goes missing and "slow and limited" becomes the difference between recovery and a write-off. Many Windows-heavy shops keep Intune for policy and add a lightweight layer for tracking and recovery.
See more: Windows MDMs
macOS laptops
Macs enroll through Apple's framework using push notifications and configuration profiles, with Automated Device Enrollment for hardware bought through Apple Business Manager. The mechanics are clean, but coverage gets thin if your primary tool is Windows-first. A MacBook that enrolls but reports almost nothing useful is a managed device on paper and a blind spot in practice.
Linux laptops
Linux is where most MDM tools simply stop. If your developers or engineers run Ubuntu or Fedora, you've probably noticed that half the platforms you evaluate don't list Linux at all. That leaves the machines with the most technical access as the least managed in the fleet. Tracking, remote lock, and wipe for Linux laptops is rare enough that it's worth making it an explicit requirement rather than assuming it's covered.
Chromebooks
Chromebooks are the outlier in a good way: they're managed through the Google Admin console, not traditional MDM, which is why they're common in schools and 1:1 programs. If your fleet is mostly ChromeOS, your management story lives there.
Quick win: Write down your exact OS split (e.g., 30 Windows, 8 Mac, 3 Linux). Then check each candidate tool against every line. The one your current tool can't cover is the gap you're actually shopping for.
How to choose an MDM for your laptop fleet
Most "best MDM for laptops" lists are feature dumps that assume every fleet is identical. They aren't. The right choice comes from matching a tool to your OS mix, your team size, and the failure modes you actually care about. Here's the criteria that tends to matter once you're past the demo.
OS coverage comes first, because it's the one thing you can't work around. If a tool doesn't genuinely support your Mac and Linux machines, no other feature saves it. Deployment effort matters next: a platform that takes a quarter and a consultant to stand up is a different purchase than one a single admin can roll out in an afternoon. Then weigh tracking and recovery depth (how fast and accurate is location, can you actually recover a device), encryption and remote wipe, and whether you need multi-tenant management for MSPs or separate client accounts. Pricing model and the quality of human support round it out.
Take the mixed-fleet picker, because it's the most common real situation. Say you've got 30 Windows laptops, 8 MacBooks, and 3 Linux machines for the dev team. Intune (already bundled with your Microsoft license) handles the Windows side. The decision isn't "rip out Intune," it's "what covers the Mac and Linux machines, plus tracking and recovery across all of them?" The pragmatic answer is to keep what works for Windows policy and add a multi-OS layer for visibility, location, and remote wipe across the whole fleet. Fighting the Microsoft bundle on price is a losing game; filling its gaps is not.
If budget is the constraint or you want to avoid per-device licensing entirely, it's worth understanding the trade-offs of open-source MDM before you commit. It can work, but the cost moves from licensing to engineering time. Smaller teams often land on a hosted tool for exactly that reason; the MDM options for small business are a different shortlist than the enterprise suites.
Quick win: Build a four-column table (OS coverage, deployment effort, tracking depth, price model) and score each candidate against your real fleet. The winner is rarely the one with the longest feature list.
How much does MDM for laptops cost?
Pricing almost always works per device, per month or per year. That's good news for budgeting, because it makes the math legible: number of laptops times the per-device rate, with volume discounts as you scale. Most tools land somewhere between a couple of dollars and the high single digits per device per month, depending on the feature depth and whether you're buying a full UEM suite or a focused tracking-and-protection layer.
A few things drive the number up or down. Feature breadth is the big one: full mobile device management with app control and deep policy enforcement costs more than a focused endpoint visibility and recovery tool. OS coverage matters too, and so does support tier and contract length. Watch for the bundle effect: if you already pay for Microsoft 365, Intune is effectively included, which makes "free" Windows management hard to beat on price alone. The honest counter is that bundled doesn't mean complete, especially for non-Windows devices and location.
The framing that actually helps with budget approval isn't the monthly line item, it's the cost of not having it. One lost laptop with regulated data can trigger breach notification, legal review, and remediation that runs into five or six figures, before you count the reputational hit. It's the math a CIO signs off on quickly: the per-device line item is small next to the legal and notification bill from one nurse's laptop left in a cab. For exact numbers, pricing pages move, so check the vendor's current rates or request a quote rather than trusting a stale figure.
Quick win: Calculate your fleet's annual MDM cost (laptops times per-device rate) and put it next to your industry's average breach cost. That one-line comparison is usually the whole budget justification.
Best practices for rolling out laptop MDM
Buying the tool is the easy part. The rollout is where MDM either becomes the backbone of your operations or a half-configured dashboard nobody trusts. A few practices separate the two.
Set clear security policies first
Decide what "compliant" means before you enroll a single device: encryption required, minimum OS version, screen-lock timeout, who can install what. Write it down in one page. A policy you can state in plain language is a policy you can actually enforce and audit against; a vague one just generates exceptions.
Monitor and audit on a schedule
Enrollment is a starting line, not a finish. Set a recurring check (monthly is reasonable) for devices that haven't checked in, encryption status, and patch level. The laptops that go silent are the ones your incident response plan is quietly missing. A device dark for 30 days isn't "probably fine," it's an open question.
Train the people holding the laptops
The fastest way to kill an MDM rollout is to surprise people with it. Tell employees what's managed, what isn't, and why. A two-paragraph note explaining that the company can locate and wipe a lost work laptop (and that personal browsing isn't being watched) prevents most of the friction and the help-desk tickets.
Plan clean enrollment and offboarding
Decide up front how devices enter and leave management. When someone leaves or a leased fleet goes back, you want a clean unenroll-and-wipe step baked into the offboarding checklist, not improvised later. Treat it as completing the device's lifecycle, the same way you'd revoke a badge. Returning 40 laptops at end of lease is a routine operation when offboarding is defined and a scramble when it isn't.
Quick win: Add "unenroll and wipe device" as a line item on your employee-offboarding checklist this week. It's the step most teams remember only after the laptop is already gone.
Where lightweight endpoint management fits
When the topic is laptops that travel, get lost, and carry data you can't afford to lose, the practical need narrows to three things: visibility into where devices are and what state they're in, control to act when something goes wrong, and evidence that you did. That's the lane Prey is built for.
Across a mixed fleet, that looks like always-on location and check-in history for every laptop (Windows, macOS, and Linux included), so a device going quiet is something you notice, not something you discover during an audit. When a laptop is lost or stolen, the recovery toolkit covers the operational response: locate it, lock it, raise an alarm, and if it's gone for good, trigger a remote wipe or full factory reset before the data walks. For teams managing multiple client fleets, the MSP portal keeps every account in one console instead of a tab per customer.
Go back to the airport-lounge laptop. With this layer in place, IT pulls up its last location, locks it, watches for a check-in, and wipes it if it doesn't come back. The incident becomes a documented, handled event with an audit trail, instead of a notification clock and a guess.
Two honest notes. Prey is not a full MDM today (app management and deeper policy enforcement are on the 2026 roadmap), so the right framing is the tracking, protection, and visibility layer, often running alongside Intune rather than replacing it. And it's the rare option that treats Linux laptops as first-class, which is exactly the gap most tools leave open. If you want to see what that visibility looks like on your own fleet, that's a short trial away.
Quick win: Ask your team one question. If a laptop goes missing today, how long until we know, and how long until we can wipe it? If the answer is "it depends," that's the gap to close first.
Conclusion: extend management to the endpoint that needs it most
The laptop earns trust it doesn't deserve. It gets the sensitive work, the broad access, and the freedom to roam, and in too many fleets it gets the least actual management of any device you own. That's the gap "MDM for laptops" is really about. Not whether management applies to laptops (it does), but whether you've extended it to the endpoint that needs it most.
The path through is the same regardless of size: confirm your OS mix, pick a tool that genuinely covers all of it, enforce encryption and visibility, and define what happens when a device is lost or retired. Do that and the missing-laptop scenario stops being a crisis and becomes a procedure. Skip it and you're betting your next audit, or your next breach notification, on nobody ever leaving a laptop in a lounge.
Monday-morning version: list your laptops by OS, mark the ones you can't confirm are encrypted or located, and start there. The fleet you can see is the fleet you can protect.
Frequently asked questions about MDM for laptops
Can MDM be used for laptops?
Yes. Modern mobile device management covers laptops running Windows, macOS, and Linux, not just phones and tablets. You can enroll laptops, push configuration and security policies, enforce encryption, track location, and remotely lock or wipe them, the same core functions you'd use on mobile devices.
What is MDM on a laptop?
MDM on a laptop is software that lets IT centrally enroll, configure, secure, and monitor the machine from a single dashboard. In practice that means enforcing full-disk encryption, reporting OS and patch state, tracking device location, and triggering remote lock or wipe if the laptop is lost or stolen.
Do laptops fall under MDM?
They do. Despite the "mobile" in the name, MDM platforms manage laptops as first-class endpoints. The capabilities shift slightly compared to phones (more emphasis on disk encryption, OS state, and remote wipe), but laptops are fully within scope of any modern device management tool.
How much does laptop MDM cost?
Most laptop MDM is priced per device, typically a few dollars to the high single digits per device per month, with volume discounts at scale. Cost depends on feature depth (full UEM versus a focused tracking-and-protection layer), OS coverage, and support tier. Weigh it against the cost of a single lost laptop with regulated data, which often runs into five or six figures.
Does MDM work on both Windows and Mac laptops?
Yes, though coverage quality varies by tool. Windows management is the most mature (Intune is strong here and bundled with Microsoft 365), while macOS enrolls through Apple's framework. The catch is finding one tool that handles both well, plus Linux if you run it. Many teams combine a Windows-native tool with a multi-OS layer for tracking and recovery.
Can you remove MDM from a laptop?
For company-owned devices, IT removes management through a controlled unenrollment, usually as part of offboarding or when a device is decommissioned or returned at end of lease. This cleanly de-provisions the laptop and removes management profiles. End users generally can't and shouldn't remove MDM from a corporate device on their own, since it's tied to the company's security and compliance controls.
See your whole laptop fleet in one place
You can't protect the laptops you can't see. Prey gives IT teams always-on visibility, location, and remote lock and wipe across Windows, Mac, and Linux laptops, from a single dashboard. Start your free 14-day trial and find out, in an afternoon, exactly which laptops are encrypted, where they are, and which ones have gone dark.
