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The best first step is to assess your current Configuration Manager environment before changing anything. A successful migration starts with understanding what SCCM is doing today: which devices are managed, which applications are deployed, what compliance and configuration policies are in place, and which workflows employees depend on. This discovery phase helps you avoid surprises later, especially if there are legacy collections, custom scripts, or device types that are easy to overlook. It also gives you a realistic picture of what should move to Intune immediately and what may need a phased transition.
From there, create an inventory of your endpoints and categorize them by use case, ownership, and management complexity. For example, laptops used by remote employees may be ideal candidates for Intune, while specialized kiosks or heavily customized systems may require more planning. This is also the right time to identify your identity, compliance, and enrollment prerequisites, because Intune relies heavily on cloud identity and modern management foundations. Doing this groundwork first reduces risk and makes the rest of the project much easier to sequence.
The safest approach is to start with devices and user groups that are simplest to manage and least dependent on legacy SCCM features. Many organizations begin with corporate laptops that already spend time outside the office, because they benefit most from cloud-based management and are usually a better fit for Intune’s strengths. Devices with standard application sets, straightforward security requirements, and minimal custom scripting are also strong early candidates. Starting here lets your team validate policies, enrollment, app deployment, and reporting without disrupting business-critical endpoints.
You should also consider support readiness. Choose a pilot group that includes users who can provide useful feedback and tolerate a few process changes while you fine-tune the rollout. Avoid beginning with edge cases, such as devices used by engineering teams with specialized software or machines that rely on tightly controlled maintenance windows. Those systems may still migrate later, but they often require more planning around app packaging, update rings, and device configuration. A gradual approach helps you learn where Intune fits well and where you need bridging strategies during the transition.
Before moving policies, review every configuration item for business relevance, technical dependency, and overlap with other tools. In SCCM, organizations often accumulate years of settings related to security baselines, power management, software updates, endpoint protection, certificates, and device restrictions. Not all of these need to be recreated exactly in Intune. Some can be retired, some can be simplified, and others may already be handled by Microsoft 365 security or cloud-native controls. The goal is to avoid copying outdated complexity into a new platform.
It is also important to understand policy precedence and user impact. A setting that was harmless in SCCM may behave differently in Intune, especially if it conflicts with another profile or if the device is not yet enrolled the way you expect. Map each policy to a clear outcome, test it in a pilot group, and document how success will be measured. This review phase is where you can clean up duplicated configurations and align your endpoint strategy with modern management practices, instead of simply recreating an old environment in a new console.
Applications should be reviewed one by one based on business importance, deployment method, and packaging complexity. Some applications can be moved directly into Intune as Win32 apps or Microsoft Store apps, while others may need repackaging, new detection rules, or different installation logic. Start by identifying your most widely used applications and the ones that are essential for onboarding new users. These usually deliver the greatest value when they are working well in Intune, because they have the biggest effect on employee productivity and support volume.
You should also decide whether every application truly needs to be deployed through the device management platform. In many environments, application sprawl in SCCM includes legacy software that is rarely used, no longer supported, or deployed to maintain old habits rather than current needs. Intune migration is a good opportunity to streamline your app catalog and standardize deployment methods. Test silent installs, uninstall behavior, update paths, and dependency handling carefully, because application failures are often the first issue users notice during a migration.
The biggest risks usually come from moving too quickly, not from Intune itself. Common problems include underestimating how many SCCM-dependent workflows exist, failing to test policies across device types, and not accounting for users who rely on offline, on-premises, or highly customized management processes. Another frequent risk is assuming that one-to-one replacement is always necessary. In reality, some SCCM features have no direct equivalent in Intune, while others may be replaced by simpler, more scalable approaches. If this is not understood early, the migration can stall or create user frustration.
Operational readiness is another major concern. Teams need clear ownership for enrollment support, app packaging, compliance troubleshooting, and change communication. If help desk staff are not prepared, even a well-designed migration can feel chaotic to end users. It is also important to monitor device health and policy deployment closely after each phase, so you can catch issues before they spread. A controlled rollout with a pilot, feedback loop, and rollback plan is much safer than trying to migrate all devices at once.
System & Endpoint Management projects rarely fail because the tools are bad. They fail because teams try to rush a SCCM transition without understanding what the old environment actually does, which devices are fragile, and which policies users depend on every day. If your organization is moving from Microsoft Configuration Manager to Intune, the goal is not to “flip a switch” and hope for the best. It is to redesign endpoint management so it supports remote work, scales without more infrastructure, and reduces the operational drag of on-premises systems.
SCCM, now commonly referred to as Microsoft Configuration Manager, remains strong for deep control, traditional imaging, and complex software distribution. Intune is Microsoft’s cloud-based endpoint management platform that handles device enrollment, configuration, compliance, app delivery, and security policy for modern managed devices. Microsoft’s official documentation on Intune and Configuration Manager migration planning makes it clear that the shift is strategic, not cosmetic.
This guide walks through the full migration journey: assessment, goal setting, Microsoft 365 foundation work, co-management, pilot enrollment, application and policy migration, Windows Update and imaging changes, support readiness, and retirement of SCCM infrastructure. The practical takeaway is simple: the best migrations are phased, measurable, and governed by business risk. They start with a clear picture of the current state and end with a modern device strategy, not a tool graveyard.
The first step in any migration strategy is a complete inventory of what SCCM is actually doing. Most environments manage far more than software distribution. They also handle operating system deployment, compliance checks, patching, BitLocker enforcement, hardware inventory, and custom scripts that nobody documented because they were “temporary” three years ago.
Start by listing every managed device type: corporate laptops, desktops, shared workstations, lab systems, kiosks, and any special-purpose endpoints used by manufacturing, healthcare, or engineering teams. Then break the population into segments by owner, geography, business unit, and connectivity model. A remote sales laptop and a plant-floor workstation do not migrate the same way.
Microsoft’s Configuration Manager supported configurations documentation is useful here because it reminds you how many moving parts exist under the hood. Distribution points, management points, task sequences, boundary groups, and custom PowerShell scripts all represent dependencies that must be mapped before anything is changed.
Warning
Do not start your Intune migration from a clean-slate fantasy. If SCCM currently handles hidden dependencies, those dependencies will reappear as help desk tickets, missed patches, or failed enrollments unless you document them first.
A successful Intune migration needs a target state that is specific enough to measure. “Move to the cloud” is not a goal. “Reduce on-premises management infrastructure by 60 percent while keeping compliance at 98 percent or higher” is a goal. That level of clarity helps you decide what to migrate first and what to leave alone until later.
Common goals include improved user self-service, lower server overhead, faster onboarding, and support for remote and hybrid workers. The Microsoft Intune service is built for cloud-native policy delivery, which is why it fits organizations trying to reduce dependence on VPN-connected management. But if you have legacy apps, air-gapped segments, or systems with tight compliance controls, you may need a long co-managed phase.
Define the populations that move first. Good candidates are corporate-owned Windows 10/11 laptops with consistent connectivity. Poor candidates are specialty systems that depend on local admin workarounds or custom imaging flows. Decide whether your end state is Intune-only, co-managed, or a hybrid model that keeps SCCM for a subset of workloads long term.
Good migration plans are not built around technology enthusiasm. They are built around business tolerance for change.
Before onboarding devices, verify your licensing and identity foundation. Intune licensing must align with your Microsoft 365 plan, and Microsoft Entra ID must be ready to support joins, groups, conditional access, and administrative boundaries. If identity is weak, endpoint management will be weak too.
Microsoft’s Intune licensing guidance and Microsoft Entra ID documentation should be your baseline references. Confirm that user groups, device groups, dynamic membership rules, and role assignments are designed for the new operating model. If you have administrative separation requirements, define those now.
Set tenant-level controls before enrollment begins. That means device enrollment restrictions, compliance policies, naming conventions, app protection requirements, and security baselines. If you plan to use Conditional Access, make sure the required devices and user groups are aligned with the policy logic before the first pilot device enrolls.
Note
Strong identity design makes every later phase easier. If your device groups, role-based access control, and conditional access policies are messy, the migration will feel like a policy conflict investigation instead of a controlled rollout.
Co-management is the bridge between SCCM and Intune. It lets both platforms manage the same device while you move workloads one by one. Microsoft describes this model in its co-management overview, and that approach is useful because it reduces risk. You do not have to migrate every control at once.
Choose the first workloads carefully. Compliance policies, Endpoint Protection, and Windows Update policies are common early moves because they demonstrate value without requiring a full operational redesign. Application deployment and device configuration usually require more testing, especially when legacy scripts or custom detection methods are involved.
Define co-management boundaries by department, geography, or device group. For example, a finance pilot may need stricter controls and a smaller blast radius than a general office population. You also need rollback logic. If a workload starts causing inconsistent behavior, you need a way to return control to SCCM quickly without reimaging devices.
| Approach | Best Use Case |
| Compliance first | Validate policy and reporting with low user impact |
| Endpoint Protection first | Align security posture early |
| Windows Update first | Reduce patching dependency on on-premises infrastructure |
Key Takeaway
Co-management is not a compromise. It is the safest way to transition workload ownership while keeping production stable.
Your pilot group should represent real life, not just the easiest users. Include multiple hardware models, different job roles, varied network conditions, and at least one or two people who are not technical. If the pilot only includes IT staff, the feedback will be misleadingly smooth.
Validate each enrollment path you intend to support. For modern deployments, that often includes Windows Autopilot, automatic enrollment through Entra ID, or manual enrollment for edge cases. Microsoft’s Autopilot documentation explains the standard provisioning flow and is useful for planning how devices should arrive in users’ hands.
Test configuration profiles, compliance policies, BitLocker settings, VPN access, Wi-Fi access, and Microsoft Defender for Endpoint integration. Then compare the end-user experience. Did sign-in get easier? Did an app install silently, or did it prompt unexpectedly? Did the compliance state update correctly after the first sync?
Use the pilot to refine your support model. Small friction points in the pilot become major pain points at scale. A missing app icon, an unclear prompt, or an outdated knowledge article can turn into dozens of tickets after cutover.
Application migration is where many SCCM transition projects slow down. SCCM packages often contain legacy installers, custom scripts, chained dependencies, and silent-switch logic that nobody wants to touch. Intune can handle a lot of this through Win32 app deployment, but you still need to repackage and validate behavior carefully.
Start by auditing application types. Separate simple installers from complex apps that need prerequisites, configuration files, or post-install actions. Then decide whether to recreate, replace, or retire each package. Microsoft’s Win32 app management guidance explains the packaging and detection model you will use in production.
Focus first on mission-critical applications, then move to departmental tools, then optional software. For each app, verify detection rules, return codes, uninstall behavior, dependency chains, and supersedence. A good test includes install, repair, update, and uninstall scenarios. That is how you catch problems before they hit the entire workforce.
Use communication that tells users what changed. If an app is now available through Company Portal instead of Software Center, say so clearly. Hidden process changes create avoidable confusion and help desk volume.
Device policy migration is more than copying settings from one console to another. You need to map SCCM baselines and scripts to Intune configuration profiles, compliance policies, and security baselines. In many cases, that also means replacing Group Policy dependencies with modern equivalents that work through cloud management.
Microsoft’s security baselines and device restriction policies are practical starting points. Use them to enforce password rules, BitLocker, Defender settings, and update controls. Then check for overlaps with existing SCCM policies or GPOs that may conflict. Dual enforcement is a common source of strange device behavior.
For security-driven migrations, align Intune with Microsoft Defender for Endpoint and Conditional Access. That layered model allows access decisions to depend on device posture, not just authentication. It also gives security teams more confidence that compliance means something operationally measurable.
Pro Tip
Before broad rollout, create a policy matrix that shows which setting is controlled by SCCM, Intune, Group Policy, Defender, or Conditional Access. This avoids hidden conflicts and saves hours of troubleshooting.
Do not assume policy parity is the right goal. Sometimes the old SCCM setting should not be recreated at all. Modern management is an opportunity to simplify, remove redundant controls, and standardize on fewer, clearer rules.
Patching is one of the clearest places where Intune can reduce dependency on infrastructure. If SCCM currently manages updates, evaluate whether your target state should use Windows Update for Business or Autopatch. Microsoft’s update management documentation explains how update rings, deadlines, and feature update controls operate in the cloud.
Build a phased ring model. Start with IT and pilot users, move to a broader early adopter group, and then expand to production. Define quality update deadlines, feature update deferrals, active hours, reboot behavior, and notification settings. The key is to reduce surprise restarts while still keeping devices current.
For special populations, create exceptions instead of weakening the whole policy. Critical workstations, executive devices, and systems with regulated maintenance windows may need separate rings or temporary exclusions. The more you codify exceptions, the less your patch policy turns into an informal support ticket negotiation.
Patch management success is not just “the update installed.” It is whether users stayed productive, support load stayed manageable, and compliance reports remained trustworthy.
Traditional task sequence imaging is often the hardest SCCM habit to let go of. For many organizations, the better replacement is Windows Autopilot combined with modern provisioning and reset workflows. Microsoft’s Autopilot overview is the right reference for designing this future state.
Ask a simple question: does this device need a gold image, or does it need a clean cloud-based provisioning process? In many cases, the answer is cloud provisioning with targeted app and policy deployment. Autopilot profiles, enrollment status page settings, and group-based assignments can create a repeatable out-of-box experience without local imaging infrastructure.
There will still be exceptions. Some highly specialized devices may need reimaging or a staged refresh before they can join the new process. But the default should shift toward user-driven setup, OEM preprovisioning, or IT staging with fewer touchpoints. That saves time, reduces warehousing pressure, and makes remote onboarding realistic.
Support readiness is where good technical plans either become successful or unravel. Help desk staff need to know how to troubleshoot enrollment failures, compliance issues, app installation errors, sync delays, and policy conflicts inside Intune. They also need a simple triage path for issues that used to be solved in SCCM.
Microsoft’s documentation on Intune user help can support your internal guidance, but your team still needs custom runbooks. Build them around the actual issues your pilot uncovered. If Wi-Fi provisioning failed twice in testing, create a known-issue article and a clear escalation step before production starts.
End users need simple communication. Tell them what is changing, when it changes, what action they need to take, and what benefits they should expect. Avoid jargon. A user should understand whether they need to enroll a device, restart once, sign in again, or use a new self-service portal.
Users do not care that the management stack is modern. They care that their laptop works on Monday morning.
Do not retire SCCM until the evidence says it is safe. Final validation should confirm that policies apply correctly, applications deploy reliably, updates are compliant, and reporting still supports operations. This is the stage where you verify the migration goals you defined earlier, not where you improvise new ones.
At cutover, stop assigning new devices or new workloads to SCCM first. Keep the old system available long enough to preserve historical reporting, troubleshoot late issues, and support edge cases. Then phase out infrastructure only after you confirm there are no remaining dependencies on task sequences, distribution points, management points, or custom automation.
Think of decommissioning as a controlled retirement, not a shutdown. Archive what the business needs, remove what it does not, and document the exact date each workload moved. That paper trail matters for audits, operations, and future troubleshooting. The broader goal is to make sure the new endpoint management model is sustainable without hidden SCCM dependencies lingering in the background.
Note
Many organizations keep a limited SCCM footprint temporarily for reporting or specialized legacy systems. That is acceptable if the plan is explicit and the boundary is enforced.
Migrating from SCCM to Intune is a System & Endpoint Management modernization effort, not a simple product swap. The organizations that succeed are the ones that assess their current environment honestly, define a realistic target state, and use co-management to control risk while they move workloads in phases.
The practical sequence is consistent: inventory what SCCM manages, set measurable goals, prepare Microsoft 365 and identity foundations, pilot enrollment, migrate applications and policies, move patching and provisioning into cloud workflows, and train support teams before broad cutover. That sequence reduces disruption and gives you time to fix what the pilot exposes. It also creates a better user experience than a rushed SCCM transition ever could.
Vision Training Systems recommends treating the migration as a process and policy project as much as a technology project. The tool choice matters, but so do communication, standards, and operational discipline. If your organization is planning a move to Intune, start with a structured assessment and build the migration in phases. The best outcome is not just cloud management. It is a cleaner, more resilient endpoint strategy that your support team can actually sustain.
Ready to modernize your endpoint management approach? Vision Training Systems can help your team build the skills and process knowledge needed for a controlled SCCM to Intune migration.
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