MDM for iOS: Compared, With What Others Miss

MDM for iOS helps organizations manage, secure, configure, and enforce policies across Apple devices, from corporate-owned fleets to BYOD. The right solution depends on device ownership, Apple ecosystem needs, compliance requirements, and how deployment, support, and hardware lifecycle are handled.

• you're evaluating MDM for Apple devices and trying to figure out which solution actually fits your fleet,
• or you already have an MDM, but zero-touch enrollment fails, offboarding is messy, or the renewal no longer makes sense.

→ This is not a "which iOS MDM is the best" post.

This is specifically about how Apple devices are enrolled, managed, secured, and eventually retired, and what to look for beyond the feature list.

Apple devices now make up a significant share of enterprise endpoints, and that share keeps growing as remote and hybrid work make BYOD and distributed fleets the norm rather than the exception. Managing them well isn't optional.

Apple's also has its own enrollment and management logic, distinct from Windows-first tools, which is why a dedicated approach to Apple MDM matters, not just "MDM in general."

So, I compared nine leading iOS MDM solutions across Apple support, enrollment, compliance, identity, BYOD, and pricing.

That’s why this guide goes past the feature list: the failures we see most often aren’t MDM problems at all.

Which brings us to the other half of the equation: what happens around the device.

Your MDM manages the device once it's enrolled. It doesn't source the hardware, ensure it's correctly assigned in Apple Business Manager, retrieve it when an employee leaves, or prepare it for the next user.

And that's where the right MDM choice can meet a much bigger lifecycle problem.

Quick Answer: Which iOS MDM Is Right for You?

→ Note: Pricing and scope reflect current vendor-published information where available. Some vendors use custom quotes or different per-user and per-device models, so prices aren't directly comparable.

To eliminate fast:

• Apple-first: Jamf, Iru, Mosyle, Addigy
• Mixed fleet: Hexnode, Intune, Workspace ONE, Scalefusion
• Microsoft-first: Microsoft Intune

This gives you a starting point. Next, let’s understand what an MDM can actually manage, and where its limitations begin.

What "MDM for iOS" Actually Means (and What It Doesn't Do)

MDM for iOS uses Apple’s built-in management framework and Apple Push Notification service (APNs) to manage enrolled iPhones and iPads remotely.

In practice, Apple MDM software lets IT teams configure devices, enforce security policies, deploy apps, manage updates, monitor compliance, and remotely lock or erase devices.

The Three Main iOS Enrollment Models

How much control IT gets depends heavily on how the device is enrolled. Apple supports different enrollment methods for company-owned and personally owned devices, with each giving IT a different level of control.

• Automated Device Enrollment (ADE)

Automated Device Enrollment (ADE) is designed for organization-owned Apple devices. Through Apple Business Manager, IT can assign devices to an MDM before they reach the employee, so the device can enroll automatically during setup.

IT can also apply configurations, enforce supervision, and prevent users from removing management where required. This is the model most organizations mean when they talk about zero-touch deployment.

• User Enrollment

User Enrollment is designed for personally owned devices used for work. It keeps company data and management controls separate from the employee's personal data, giving IT control over work resources without the same level of access available on a corporate-owned device.

• Supervised Devices

Supervision provides additional device-level controls, making it useful for corporate-owned fleets, shared devices, kiosks, and environments with stricter security requirements. Supervision is commonly established through Automated Device Enrollment.

This distinction becomes important when you evaluate enrollment, ownership, and the operational work that happens before and after a device is under MDM control.

So, What to Look for in an iOS MDM?

Don't start by comparing feature counts. Start with the way your organization actually manages devices.

→ And there's one question that deserves more attention: What happens when the device changes hands?

That's where MDM and hardware lifecycle management start to overlap.

Corporate-Owned vs. BYOD: Decide This Before You Choose an MDM

Ownership determines the enrollment model, and the enrollment model determines what your MDM can do.

→ For BYOD-specific considerations, see our guide to the best MDM platform for BYOD policies

9 Best MDM Solutions for iOS

1. Jamf

Best For: Apple-first organizations that need deep device management and security

Jamf is purpose-built for Apple environments, with deep control across Macs, iPhones, and iPads. Its strength is the depth of its Apple-specific management, from enrollment and configuration to app and patch management.

Choose Jamf if:

• Most of your fleet is Apple
• Your IT team needs deep Apple-specific controls
• Apple security and management are priorities
• You have the resources to operate a mature Apple management environment

Look more closely at:

• Which security capabilities are included versus separately licensed
• How the platform fits your existing identity and security stack

Don't choose Jamf if:

Your fleet is heavily mixed, and you need one platform to manage Windows, Android, and Apple equally.

Jamf Pricing: Custom pricing for business plans. Jamf also offers a 30-day trial.

2. Iru (formerly Kandji)

Best For: Organizations that want automated endpoint management with security and compliance built in

Kandji is now Iru. And the change is more than a new name. Iru has expanded beyond its earlier Apple-focused MDM positioning into endpoint management, identity, security, and compliance.

That makes it worth considering if your goal isn't just to manage iPhones and Macs, but to connect endpoint management with the broader security stack.

Choose Iru if:

• You want strong Apple device management
• Automation is a major priority
• You're moving toward a broader endpoint strategy
• You want identity and device context connected in one platform

Look more closely at:

• Whether the broader platform reduces or increases your overall stack
• Migration requirements if you're moving from another MDM

Don't choose Iru if:

You only need straightforward Apple MDM and don't need its broader endpoint, identity, or security capabilities.

Iru Pricing: Custom quote. Iru does not currently publish a simple per-device price for its main plans.

3. Mosyle

Best For: SMBs and education teams managing Apple devices on a budget

Mosyle is built specifically around Apple environments. Its platform combines Apple device management with security, application management, and other endpoint capabilities.

Choose Mosyle if:

• Your fleet is primarily Apple
• Budget is important
• You want management and security in an Apple-focused platform
• You're managing a smaller business or education environment

Look more closely at:

• Minimum license requirements
• Which capabilities are included in your chosen plan

Don't choose Mosyle if:

You need one management platform for a large, mixed Windows, Android, and Apple fleet.

Mosyle Pricing: Free for unlimited devices; Premium at $5.50/device/year or OneK12 at $9/device/year, with a 30-license minimum for paid plans.

4. Addigy

Best For: MSPs and IT teams managing multiple Apple environments

Choose Addigy if:

• You're an MSP
• You manage multiple Apple environments
• Multi-tenant management matters
• You need real-time monitoring and remote support

Look more closely at:

• Whether you need its broader security and intelligence capabilities
• How iPhone and iPad licensing is structured separately from Mac

Don't choose Addigy if:

You need a broad UEM for Windows, Android, and Apple rather than a platform centered on Apple environments.

Addigy Pricing: Plans start at $8.25/Mac/month; iOS devices are priced separately.

5. Hexnode

Best For: Cross-platform organizations that need flexible enrollment and UEM

Hexnode is a fit for teams managing mixed fleets across Apple, Android, Windows, and other operating systems from one UEM platform. Its Apple capabilities cover ABM, enrollment, configuration, app and OS management, and kiosk workflows.

Choose Hexnode if:

• Flexible enrollment matters
• Kiosk or dedicated-device use cases matter
• You want published per-device pricing
• You need a broader UEM strategy

Look more closely at:

• Which tier contains the controls you need
• Whether you need UEM capabilities beyond mobile management

Don't choose Hexnode if:

Your environment is almost entirely Apple and maximum Apple-specific depth matters more than cross-platform coverage.

Hexnode Pricing: Starts at $2.20/device/month for Pro; Enterprise is $3.20, and Ultimate is $4.70/device/month.

6. Miradore

Best For: Small teams looking for simple and affordable device management

Miradore takes a simpler approach to UEM. It supports iOS, macOS, Windows, and Android and offers a free plan for smaller fleets.

Choose Miradore if:

• You have a smaller fleet
• You want straightforward administration
• You manage multiple operating systems
• You want a free starting option

Look more closely at:

• Whether the free plan covers your actual requirements
• Whether you need specialized Apple workflows

Don't choose Miradore if:

You need deep Apple-specific controls, complex enterprise security workflows, or extensive automation.

Miradore Pricing: Free for up to 50 devices; paid plans start at $2/device/month, with Premium+ available at a higher tier.

7. Microsoft Intune

Best For: Microsoft 365 organizations managing Apple alongside Windows

Already using Microsoft 365? Intune is a natural platform to evaluate.

It manages Windows, macOS, iOS, iPadOS, and Android, with integration across Microsoft Entra ID and Conditional Access. This lets organizations use device compliance to inform access to corporate resources.

Choose Intune if:

• You're already invested in Microsoft 365
• Entra ID is central to your identity stack
• You manage Windows and Apple together
• You want device compliance connected to access decisions

Look more closely at:

• Which Intune capabilities you already receive through Microsoft 365
• Your existing E3/E5 licensing

Don't choose Intune if:

Your environment is heavily Apple-focused, and you don't need the wider Microsoft endpoint and identity ecosystem.

Intune Pricing: Starts at $8/user/month for Intune Plan 1; also available through select Microsoft 365 bundles.

8. Workspace ONE UEM

Best For: Enterprise teams that need UEM, identity, and secure access together

Workspace ONE UEM is designed for enterprises managing diverse devices and identities. Its strength is connecting device compliance with access controls, making it a fit for complex BYOD and zero-trust environments.

→ For the asset-management side of BYOD, see our guide to IT asset tracking for BYOD.

Choose Workspace ONE UEM if:

• You need broad UEM
• Identity and device management need to work together
• You manage complex endpoint environments
• Secure access is part of your device strategy

Look more closely at:

• Whether you need mobile-only or full UEM
• Which security and analytics capabilities you actually require

Don't choose Workspace ONE UEM if:

You only need straightforward Apple MDM for a small or Apple-only fleet.

Workspace ONE UEM Pricing: Starts at $3/device/month for Mobile Essentials; UEM Essentials is $5.25/device/month.

9. Scalefusion

Best For: Mixed fleets that need context-aware access and flexible device management

Scalefusion is designed for mixed-device fleets that need flexible management and context-aware access controls.

It uses signals such as IP address, location, and network conditions to determine device access, while supporting Apple’s declarative device management capabilities for more responsive management at scale.

Choose Scalefusion if:

• Apple and Android need to coexist in one platform
• Kiosk or dedicated-device workflows matter
• BYOD is part of your environment
• You want broader UEM capabilities

Look more closely at:

• Which enrollment workflows are available in your selected tier
• How the platform scales beyond mobile management

Don't choose Scalefusion if:

Your only requirement is deep Apple-specific management, and you don't need broader UEM or context-aware access controls.

Scalefusion Pricing: Starts at $2/device/month for Essentials; paid plans range up to $6/device/month for Enterprise, billed annually

Why Zero-Touch Deployment Isn't Actually Zero-Touch

“Zero-touch” sounds simple: ship a device, have the employee turn it on, and let the MDM handle the rest.

In practice, it only works when the device enters the right workflow before it ships:

The MDM controls enrollment and configuration. But whether that step can happen automatically depends on what happened before the device reached the employee.

A device can arrive without the right Apple Business Manager assignment, come from an unauthorized purchasing channel, or be linked to the wrong MDM server. In each case, IT may have to intervene before the employee can get a true zero-touch setup.

What Can Go Wrong?

Apple's Automated Device Enrollment (ADE) works when an eligible device is purchased through Apple, an authorized reseller, or a participating carrier and assigned to your organization's Apple Business Manager account.

The common failure points are:

• Retail purchases: The device was never added to your organization's ABM account.
• Unauthorized or improperly sourced devices: The device may not be eligible for the standard automated enrollment workflow.
• Previous ownership: A used device may still be tied to another organization's ABM account and must be released before it can be enrolled by yours.
• Cross-border procurement: Buying in one country and deploying in another can introduce different procurement channels, availability, and ABM requirements.
• Timing gaps: The device ships before its ABM assignment is complete, leaving IT to intervene during setup.

→ Zero-touch enrollment is an MDM capability. Zero-touch deployment is an operational workflow.

Where Geography Changes the Equation

The problem becomes more obvious when you're deploying devices across countries and supporting globally distributed teams.

Imagine onboarding an employee in Singapore. Your MDM is configured, and the enrollment profile is ready, but the device came through a procurement channel that never put it into your ABM workflow.

The software is ready. The hardware isn't.
And here's where IT asset management software like GroWrk helps.

GroWrk source devices locally across 150+ countries, reducing the procurement and logistics hurdles that can arise when employees are spread across different markets.
Local sourcing doesn't replace the MDM or guarantee enrollment, but it can remove procurement-related blockers before deployment begins.

For instance:

• Upwork rolled out global device provisioning across more than 30 countries using Jamf for zero-touch Apple device deployment with GroWrk.
• Illumio used GroWrk to procure and deploy devices in markets including Japan and Brazil without local legal entities.

That's why procurement channel, geography, and ABM eligibility should be settled before comparing MDM features. The MDM determines how the device is enrolled and managed. The procurement process determines whether the right device can be sourced and prepared for that workflow in the first place.

What to Check Before Choosing an MDM

Before comparing feature lists, ask:

• Can your suppliers assign devices to Apple Business Manager?
• Does that process work in every country where you operate?
• How are devices released and reassigned?
• What happens when a device arrives without the correct ABM assignment?

The best MDM in the world can't zero-touch-enroll a device that wasn't purchased and assigned the right way.

For more context, see what zero-touch deployment requires.

The Offboarding and Reassignment Problem

Most Apple MDM comparisons stop at deployment. The harder part starts when an employee leaves.

The MDM can revoke access, lock or wipe the device, and prepare it for re-enrollment. But someone still has to retrieve, inspect, erase, store, and redeploy the physical asset.

Three gaps matter:

• Devices have to check in. A remote wipe only reaches an offline or powered-off device when it reconnects. A wipe command isn't physical recovery.
• Erasure has to be provable. If compliance requires evidence of data destruction, an MDM wipe command alone may not provide sufficient proof. This is where IT asset disposition becomes relevant, providing a process for securely retiring devices and documenting their disposition. it.
• Re-provisioning shouldn't start from zero. The returned device should have a clean path to the next user. For supervised devices, check Activation Lock management. A device tied to a personal Apple ID can block reassignment.

So there are really two workflows:

GroWrk operates on the logistics side, handling retrieval, storage, and redeployment alongside the MDM workflow. Its current benchmark is 7–14 days from retrieval initiation to received and processed, with expedited options where local courier networks support them.

→ For a closer look at the process, see how remote employee laptop retrieval works. When evaluating providers, ask for comparable timelines by country.

What Declarative Device Management (DDM) Changes

In the traditional model, the server sends commands and waits.

Declarative Device Management (DDM) changes that model. As Apple explains in its DDM documentation, devices can independently apply configurations based on defined criteria, maintain their desired state, and report status asynchronously.

• Traditional: "Do this now."
• Declarative: "This is the state your device should maintain."

That distinction matters at scale. Devices can evaluate and apply their declared configurations locally, reducing the need for constant server-side polling and coordination.

DDM is also increasingly important for software update management. Apple now supports declarative configurations for defining and enforcing the desired software state, while traditional MDM commands continue to handle other management actions.

→ DDM does not replace every traditional MDM command. Both models can coexist, so some remote actions still use the traditional command-based approach.

When evaluating DDM support, ask:

• Which DDM capabilities does the vendor support today?
• Which iOS and iPadOS versions does each require?
• Does the console expose declaration and status information clearly?
• Does DDM reduce actual admin work, or does the vendor simply advertise support?

"Supports DDM" isn't a buying criterion by itself.

→ DDM manages device state. See how GroWrk manages the hardware lifecycle around it.

The Identity and SSO Integration Gap Nobody's Filled Well

Most enterprise MDMs “support SSO.” That isn't the question.

The question is whether your identity provider and MDM stay aligned closely enough to make access decisions together.

Most organizations already run identity through Okta, Entra ID, or Google Workspace. Device enrollment and access should reflect that identity state:

Identity created → device assigned → device enrolled → device compliant → access granted

And when someone leaves: Identity disabled → access revoked → device locked or wiped → hardware retrieved

The friction is in the gap between those systems. When identity and MDM sync on a schedule instead of in real time:

• An offboarded employee's device can remain “compliant” in the MDM for a window after their identity access has been revoked.
• A new hire's enrollment or access can be blocked because the MDM hasn't received the latest identity or group state.

What to look for

• Native, real-time identity integration, not just scheduled directory sync.
• Conditional access tied to device compliance, so device state can affect access.
• Two-way actions, where the MDM can trigger identity-side workflows, not just read identity status.
• Clear joiner and leaver workflows, including what happens when a user is added, moved between groups, disabled, or removed.

A vendor page can list SSO support and still leave all four unanswered.

Certificate and Token Management: The Silent Failure Point

Some MDM failures aren't missing features. They're expired credentials.

Apple MDM environments rely on an APNs push certificate to communicate with managed devices. The certificate is valid for one year and needs to be renewed before it expires. If it lapses, devices can stop receiving updates from the MDM until the renewed certificate is installed.

There are other credentials to track, too. Apple Business service tokens also expire after one year, and an expired token can stop the MDM from managing associated services until it's replaced.

The bigger risk is ownership.

If the person who created the APNs certificate leaves the organization and nobody can access that account, Apple notes that devices may need to be re-enrolled to restore management connectivity.

So certificate management isn't just a technical task. It's an operational dependency.

What to Verify

• Who owns the APNs certificate and Apple Business tokens?
• Who receives renewal alerts?
• Are expiry dates on a shared calendar or tracked centrally?
• What happens if the original administrator leaves?
• Is the renewal process documented and tested?

The ideal process is boring: clear ownership + renewal alerts + a documented process. See Apple's deployment documentation and Microsoft's renewal guide.

That's exactly what you want from a credential that quietly sits underneath your entire device-management environment.

How Much Does an iOS MDM Actually Cost?

This is where comparing monthly subscription prices gets misleading.

A $1.50/device/month endpoint tool and a $10/device/month one aren't necessarily solving the same problem.

The cheaper option may leave more work with IT. The more expensive one may bundle automation, compliance, integrations, or support that reduces that workload.

So don't compare the headline price alone. Ask:

• Is compliance mapping included, or locked behind a higher tier?
• What happens when zero-touch fails, and IT has to set up a device manually?
• How much help-desk work does the platform actually eliminate?
• Who owns APN certificate and token renewals, and what's the cost if one is missed?
• How much IT time does it take to re-enroll a reassigned device during offboarding?

The real cost is closer to: License + implementation + administration + support + failure recovery + IT time

For distributed fleets, there can be another layer outside the MDM itself: Procurement + delivery + retrieval + storage + redeployment + disposition

Those costs may come from a separate hardware or logistics provider, but they still add to your overall deployment cost. That’s why two MDMs with different prices can address very different operational needs.

Where GroWrk Fits (and Where It Doesn't)

GroWrk isn't an MDM and doesn't replace one. It handles the hardware lifecycle around your MDM, including procurement, deployment, retrieval, storage, redeployment, and disposition across 150+ countries.

That fills several gaps an MDM alone can't:

• Zero-touch enrollment starts with procurement. GroWrk sources and delivers devices locally in-country, helping keep them within the correct Apple Business Manager assignment. It also offers 7-14 day delivery in core regions, with expedited options where available.
• Offboarding goes beyond device recovery. GroWrk can trigger device lock or wipe actions from the platform, then manage the physical retrieval, storage, and redeployment of the device.
• Security review extends beyond the MDM. GroWrk is SOC 2 Type II certified.

Don't choose GroWrk for device configuration, security policies, or compliance. That's the MDM's job. Choose it when the operational gap is getting the right device to the right person, keeping enrollment on track, and recovering it when the employee no longer needs it.

The Bottom Line: Choose the MDM for Your Environment

There isn't one best iOS MDM. The right choice depends on your fleet, ownership model, and existing IT stack.

Jamf, Iru, Mosyle, Addigy, Hexnode, Miradore, Intune, Workspace ONE, and Scalefusion all solve the device-management problem, but differ in Apple depth, cross-platform coverage, compliance, identity, and BYOD support.

GroWrk solves a different problem: the hardware lifecycle around the device.

So the real question isn't which MDM is best. It's where your operational gap sits: on the device or around it.