Best Mobile Device Management Software for Enterprises

The reason Devicie tops this list is what it removes rather than what it adds. Intune can manage a Windows fleet as well as anything on this page, and standing up its policies from scratch is a months-long engineering project that most IT teams underestimate. Devicie ships a library of pre-built policy baselines that deploy into a fresh tenant and keep maintaining themselves, so a new fleet moves from unmanaged to compliant without a specialist writing configuration profiles by hand. When our team stood up a Windows batch through it, the tenant arrived with password, encryption, and compliance policies already in force instead of a blank Intune console waiting for weeks of work.

Those baselines are more than a head start. Devicie bundles over 300 security protocols mapped to common industry frameworks, which is the difference between a tenant that technically manages devices and one that can survive an audit. For a regulated fleet, that packaged compliance posture is the whole pitch, because the alternative is an internal team reconstructing the same controls one policy at a time and hoping the coverage is complete.

The multi-tenant console is aimed squarely at MSPs. A provider running Intune as a managed service can operate many customer environments from a single pane and onboard a new client against the same standardized baselines rather than rebuilding policy engineering for every account. That model is why Devicie reads less like a competing MDM and more like an automation layer sitting on top of the one Microsoft already sells.

Here is the boundary, and it is a hard one. Devicie is tied to the Intune stack, so it needs existing Microsoft 365 licensing and it delivers almost nothing to an Apple-only or non-Microsoft environment. A design studio running pure macOS and iOS should look at Jamf or Kandji instead and never open this tab. Pricing is quote-based, which means the cost conversation starts with a sales call rather than a published tier.

For a Windows-standardized enterprise or an MSP that has already committed to Intune and wants that commitment to stop consuming engineering time, Devicie is the clearest pick on this list. It is not a general MDM, and it does not pretend to be one. It automates the platform Microsoft 365 customers were going to run anyway, and it does that one job better than a team doing it by hand.

Where Devicie automates one platform, NinjaOne pulls in the opposite direction: it is an RMM console that treats endpoints as one continuous operational surface rather than a set of per-OS silos. That framing is its advantage in this field. When our team enrolled a batch of remote endpoints, each device landed in one view with its patch status, running processes, and a remote session a click away, so pushing a missing patch to the whole group was a single action instead of a machine-by-machine chore. For an enterprise whose most concrete daily risk is an unpatched laptop three time zones away, that consolidated endpoint control is what makes the fleet governable rather than merely visible.

The contrast with the Intune-native tools matters here. Devicie and Microsoft Intune think in terms of policy baselines and conditional access; NinjaOne thinks in terms of the technician resolving an alert. The same operator who spotted a failing disk in our test could open a session and act on it without leaving the screen, and that continuity is where the platform earns its keep. Monitoring, patching, and remote control live in the same place, so nobody hops between three tools to see a device, fix it, and confirm the fix.

The limitation is the mirror image of that strength. NinjaOne is built around Windows and macOS endpoint operations, and its mobile MDM depth for iOS and Android does not match a dedicated platform like Hexnode or Workspace ONE. At scale, API rate limits can throttle high-volume syncs, and standard reporting stops short of pivot-table analysis. These are the edges of a tool that chose the endpoint as its home and did not try to be a full cross-OS UEM.

For an enterprise that governs a distributed fleet of laptops and wants monitoring, patching, and remote control in one console a lean team can actually run, NinjaOne is a strong anchor. Pair it with a dedicated mobile MDM if your phones and tablets need the same depth as your laptops.

Picture a lean IT team of four technicians governing several thousand endpoints, where every rival platform bills per device and the invoice grows every time the fleet does. That team is who Atera is built for. Its per-technician licensing decouples the bill from the endpoint count entirely, so the same four seats manage two thousand devices or five thousand for the same price. For an enterprise scaling its fleet faster than its IT headcount, that pricing model is the single reason to shortlist it, and it is a genuinely different economic shape from the per-device tools around it.

Through that lens the rest of the platform makes sense. Atera pairs its licensing with an interface conventional enough that non-technical staff navigate it without a training week, and the setup does not demand a dedicated deployment engineer. A small team gets a working console fast, which matters far more when there are four of you than when there are forty.

The honest limitation is depth. Atera comes from endpoint management, and its native mobile MDM for iOS and Android is lighter than a dedicated UEM like Workspace ONE or Hexnode. There is a hard limit on custom objects that a complex estate will hit, and standard reporting stops short of pivot-table analysis. Admins face a mild learning curve on the more advanced features.

If your fleet is large, your IT team is small, and per-device pricing is turning your endpoint count into a budget problem, Atera is the answer to that specific pressure. A team that needs deep mobile management across many operating systems will find its MDM layer thin, and should weigh the pricing win against that gap.

The moment that defines Jamf came when our team unboxed a fresh Mac and signed in for the first time. Before we had touched a single setting, the device pulled its configuration, apps, and security baseline down through Automated Device Enrollment and arrived at the desktop already managed. That is Declarative Device Management working the way Apple designed it, and no cross-platform suite on this list reproduces it at the same depth. For an Apple-heavy enterprise, that zero-touch setup is the reason Jamf remains the reference Apple MDM.

The depth shows up again in inventory. Jamf records detailed hardware, software, and security state for every macOS, iOS, iPadOS, tvOS, and visionOS endpoint, which is what lets a security team enforce CIS-style benchmarks across the whole Apple fleet and prove the posture afterward. Built directly on Apple’s enrollment programs and management frameworks, it tracks current APIs and beta features closely, so a shop that lives on the newest Apple hardware is not waiting for its MDM to catch up.

None of that reach extends past the Apple boundary. A Windows-first IT team gets no value from Jamf, full stop, and an organization with a genuinely mixed estate needs a second platform for everything that is not an Apple device. Per-device licensing adds up across a large fleet, and the platform carries a steeper learning curve than a basic MDM because it exposes the full depth rather than hiding it.

For an enterprise standardized on Apple, or an education institution running shared iPads and classroom workflows, Jamf is the deepest and most reliable option here. For anyone managing Windows or Android alongside their Macs, it is one half of a two-tool estate.

Set Intune next to Jamf and the trade becomes obvious. Where Jamf goes deepest on Apple and stops at Windows, Intune does the reverse: it enforces conditional access on a corporate laptop through Entra ID in a way no Apple tool can, gating access to Microsoft 365 until a device proves it is compliant. For an organization already standardized on Microsoft 365, that native integration is the whole argument, because the MDM and the identity, security, and productivity stack are one system rather than four connected ones.

The commercial case is just as strong. Intune often arrives bundled inside E3, E5, or Business Premium licensing, so the estate that already pays for Microsoft 365 frequently already owns its MDM. In our test, Windows Autopilot provisioned a new laptop with zero technician touch, and MAM policies applied to work apps on a personal phone without enrolling the whole device or touching the owner’s photos. That unified MDM and MAM model is what makes Intune a real BYOD tool and not just a corporate-device manager.

The weakness is the Apple side. Intune manages macOS, but its depth there trails native Apple MDMs, and a Mac-heavy team will feel the gap against Jamf or Kandji. Policy authoring across so many operating systems gets complex, and several of the more advanced capabilities live in paid Intune Suite add-ons like Endpoint Privilege Management and Remote Help rather than the base service.

For a Microsoft 365 estate that wants its device management inside the same console as its identity and security tooling, Intune is the default and usually the most cost-effective pick. A shop with a large Mac fleet should either pair it with an Apple-native tool or let Devicie automate the Intune side while a specialist platform handles the Apple devices.

The automation workflow engine is what separates Workspace ONE from the single-OS tools around it. Its low-code orchestration lets an admin build an onboarding, remediation, or app-delivery flow once and fire it across Windows, macOS, iOS, Android, Linux, and ChromeOS from the same console. When our team enrolled a genuinely mixed batch, every device type reported into one view, and a per-app VPN rule reached internal apps without forcing a full-tunnel connection on the whole fleet. For a global enterprise whose estate refuses to be one operating system, that breadth is the entire reason to buy.

Conditional access is the second pillar. Workspace ONE checks device posture and compliance before granting access to corporate resources, and its automation can remediate a drifting device without a technician opening a ticket. Across a fleet of thousands, that patch and posture automation is what keeps configuration drift from becoming a security incident.

The cost of that reach is setup. Workspace ONE is the most operationally complex platform we ran, and initial deployment is a project rather than an afternoon. Pricing sits firmly in enterprise territory, and the branding transition from VMware to Omnissa unsettled some existing customers. A small or single-OS team will never exercise most of what the platform can do and should not pay for it.

For a large enterprise with a mixed estate that needs conditional access, patch automation, and workflow orchestration at scale, Workspace ONE is the most complete cross-platform option here. It rewards the organizations big enough to staff it and punishes the ones that are not.

If you run a mid-market IT team with a diverse fleet and no appetite for enterprise UEM pricing, Hexnode is built for exactly your situation. It manages nine operating systems from one dashboard, iOS, Android, Windows, macOS, tvOS, ChromeOS, Linux, visionOS, and FireOS, which means the team stops stitching two or three point tools together to cover a mixed estate. When our team enrolled devices across it, the wide enrollment support showed its value: Apple ABM, Android Zero-Touch, Samsung KME, and Windows PPKG flows all fed into the same console rather than each needing its own workaround.

For that same buyer, the pricing is the second draw. Hexnode’s per-device cost is friendlier than the top-tier UEMs, so a team covering retail tablets, corporate phones, and office laptops does not pay Workspace ONE money to do it. The kiosk and geofencing features slot neatly into frontline scenarios, and rugged support through Zebra and Honeywell integrations covers the hardware a logistics operation actually carries.

The rough edges are real and worth naming plainly. The UI is dense, and a new admin spends real time learning where things live before the platform feels fast. Reporting is less customizable than the enterprise UEMs, and some of the more advanced features sit on higher tiers, which makes quoting less predictable than the headline price suggests.

For the mid-market team that needs broad OS coverage without an enterprise budget or an enterprise implementation, Hexnode hits a spot that few platforms on this list even aim at. Integrations lean point-to-point rather than platform-wide, so an estate expecting deep native connections everywhere should set that expectation early.

Kandji and Jamf both manage Apple, so the question is which flavor of Apple management a team wants. Jamf exposes the full depth of Apple’s frameworks and expects you to build; Kandji ships opinions. Its library of more than 200 prebuilt automations covers the password, app, and security tasks most Apple-heavy IT teams repeat, so a team gets a managed Mac without writing scripts from scratch. For an organization that would rather pick a template than engineer a policy, that head start is the reason to choose Kandji over its deeper rival.

Auto Apps is where that philosophy pays off day to day. It handles managed deployment and patching for hundreds of Mac and Windows applications, which keeps third-party software current without an admin packaging installers by hand. The Liftoff flow configures a new Mac out of the box, so new-hire provisioning ships a machine that sets itself up on first login. The admin UI is modern and clean, and the API suits teams that prefer declarative tooling over a legacy console.

The boundaries are the same ones every Apple MDM carries. Kandji does nothing for a Windows or Android estate, so a mixed fleet still needs a second platform. Pricing runs higher than budget MDMs, and the education-specific tooling is thinner than what Jamf offers schools. Some advanced reports require pulling data through the API rather than reading it off a dashboard.

For an Apple-first tech company or a security-conscious IT team that wants low-script, opinionated automation rather than a build-it-yourself platform, Kandji is the modern choice. A shop that needs the absolute deepest Apple coverage or strong education workflows should look at Jamf instead.

Kiosk mode is the feature that decides whether Scalefusion belongs on your shortlist. It restricts a device to a single app or a defined set of apps, which is exactly what a shared warehouse tablet, a retail checkout, or a piece of digital signage needs and what a knowledge-worker MDM has no concept of. When our team locked a shared Android tablet into a single-app workflow, staff rotating through it could not wander off into settings or other apps, and the same policy pushed cleanly to a batch of devices at once.

Remote troubleshooting is the other half of the frontline pitch. Scalefusion offers live screen sharing, command execution, and device control, so an admin can take over a rugged endpoint in the field and fix it without a truck roll. Across Android, iOS, macOS, Windows, and Linux, the content and app control distributes files and policies to mixed-OS fleets from one console, and rugged integrations cover the Zebra-and-Honeywell class of hardware a logistics operation runs.

Where it falls short is anything that looks like a corporate office. Reporting is less mature than the top-tier UEMs, and the knowledge-worker features are lighter because that is not the fleet Scalefusion optimizes for. Advanced capabilities sit on higher tiers, which complicates the quoting math.

For retail, logistics, healthcare, or any operation running shared and frontline devices, Scalefusion is a practical, purpose-built pick. An office laptop fleet with no kiosk or rugged need will never touch its distinctive features and should shop elsewhere.

The dated console is the first thing you notice, and it is worth naming before the strengths. MaaS360 does not look like the modern platforms above it, onboarding can require professional services rather than a self-serve setup, and console responsiveness varies under heavy load. A team that judges tools on interface polish will not warm to it quickly.

Look past the surface and the reason MaaS360 exists becomes clear. It folds native mobile threat defense into the UEM, so malware and network-attack detection live in the same console as device management rather than in a separate security product. For a regulated fleet in healthcare, finance, or government, that consolidation removes a whole procurement and integration step. Smart Device Groups apply policies and apps in near real time through dynamic grouping, and the single console spans phones, laptops, desktops, and IoT together.

Compliance is where the platform earns its keep. Its reporting and audit posture are built for the estates that have to prove device state to a regulator, and the IBM ecosystem ties matter to buyers already running IBM software. Frontline and retail templates cover shared-device scenarios for operations that mix office and field hardware.

For a regulated enterprise that wants device management, threat defense, and audit-grade reporting in one IBM-backed console, MaaS360 is a serious option despite the aging interface. A small Microsoft 365 shop already covered by Intune has no reason to add a second UEM, and a team that needs a modern UI should weigh that against the compliance depth.