Microsoft’s advanced endpoint-management packaging changed materially in 2026. The current MD-102 objectives still require endpoint administrators to understand Intune Suite add-on capabilities, but Microsoft documentation increasingly groups them as Intune advanced capabilities. The Intune Suite remains a licensing path that includes Plan 2 and advanced security/management features, while Microsoft is also distributing several capabilities through Microsoft 365 E3, E5, and newer enterprise bundles.
That means the right architecture question is no longer only “Do we buy the Suite?” Administrators should identify which capability solves the endpoint problem, which licenses already include it, and how it integrates with core Intune. Remote Help, Endpoint Privilege Management, Microsoft Cloud PKI, Enterprise Application Management, Advanced Analytics, Microsoft Tunnel for MAM, specialty-device management, and firmware-over-the-air updates address very different needs.
Endpoint Privilege Management reduces permanent local admin
Endpoint Privilege Management (EPM) lets standard users run approved processes with elevated privileges without making those users permanent local administrators. Policies can allow elevation automatically for approved files or require a support-approved request depending on the workflow.
This is valuable when application installers, device tools, or administrative utilities require elevation but the security model should keep users out of the local Administrators group. Define approved publishers, file hashes, paths, support-approval rules, and elevation duration carefully so EPM does not become a broad bypass around application control. EPM creates audit data around elevation and supports least privilege at the task level rather than the account level.
Remote Help adds controlled cloud-based support
Remote Help lets authorized support staff view or control user devices through a managed support experience with Intune role-based access control. It provides a more governable support path than sharing generic remote-control credentials or using consumer remote-access software.
Current 2026 updates include unattended Remote Help sessions for supported physical Windows devices, which allows authorized helpers to troubleshoot without the user being present. Treat unattended support as privileged access: restrict helper roles, require strong authentication, scope target devices, and review session records because user absence removes an important human check. That raises the importance of help-desk RBAC, session logging, device scoping, and privileged-role review because unattended access is itself powerful administrative capability.
Microsoft Cloud PKI provides managed certificate services
Microsoft Cloud PKI gives organizations a cloud-managed certificate-authority model for issuing, renewing, and revoking certificates used by managed devices. It can support certificate-based Wi-Fi, VPN, authentication, and other endpoint scenarios without requiring the organization to operate every traditional PKI component on-premises. Root and issuing CA design still needs clear trust boundaries. It can reduce the infrastructure and operational burden of running a traditional on-premises public-key infrastructure for endpoint use cases.
Certificates still need lifecycle design. Define which identities and devices receive them, what they authenticate to, how private keys are protected, and how revocation is handled. Cloud PKI simplifies certificate operations but does not eliminate the need for certificate policy.
Enterprise Application Management uses a curated app catalog
Enterprise Application Management gives Intune access to a Microsoft-hosted Enterprise App Catalog of packaged Win32 applications with preconfigured install settings. This can reduce packaging effort for common third-party apps and help administrators keep deployment metadata consistent.
The catalog does not remove application governance. Enterprise Application Management can reduce packaging work, but application security, licensing, business approval, update testing, and assignment remain the organization’s responsibility. Curated metadata accelerates deployment; it does not decide whether an application is appropriate for every user. Teams still need to choose versions, test compatibility, assign groups, manage supersedence, and monitor installation. Treat the catalog as a packaging accelerator rather than an automatic approval list for every endpoint.
Advanced Analytics deepens Endpoint Analytics
Advanced Analytics adds richer endpoint insights beyond the base experience, helping teams identify device-performance issues, poor user experience, anomalies, and proactive troubleshooting opportunities. It can help prioritize which devices or configurations create the most friction across the estate.
Analytics is useful only when it leads to action. Use Advanced Analytics to identify populations with poor startup time, unstable applications, hardware constraints, or recurring performance regressions, then assign corrective work to endpoint, application, or hardware owners. Device scores without an operating process become another dashboard no one improves. Define ownership for slow startups, application reliability, hardware constraints, or configuration regressions. Combine analytics with remediation scripts, device replacement, policy tuning, or application fixes instead of collecting scores that no team is responsible for improving.
Plan 2 adds specialized management capabilities
Microsoft Intune Plan 2 is additive to Plan 1 and includes capabilities such as Microsoft Tunnel for mobile application management, specialty-device management, and firmware-over-the-air update support for selected Android OEM scenarios. These solve narrower endpoint problems than core Windows or mobile device management.
Do not deploy Plan 2 features merely because a license exists. Microsoft Tunnel for MAM, specialty-device management, and firmware-over-the-air updates each introduce specialized network, device, or OEM dependencies. Evaluate whether the organization has a real use case and the support model required before adding another endpoint control surface. Use Tunnel for MAM when unenrolled mobile apps need secure private access, specialty management when supported nontraditional devices require governance, and firmware features where the hardware ecosystem supports controlled update delivery.
Licensing now varies by Microsoft 365 plan
Microsoft’s 2026 licensing changes distribute some advanced capabilities into Microsoft 365 enterprise tiers. Microsoft documentation states that E3 includes Plan 2, Remote Help, and Advanced Analytics, while E5/E7 add Endpoint Privilege Management, Cloud PKI, and Enterprise Application Management. Other customers can still use the Intune Suite or standalone capability subscriptions depending on licensing.
Because packaging changes, architecture documents should name the required capability rather than assume one permanent bundle. Microsoft’s September 2026 Intune updates even refer to the category as “Advanced capabilities (formerly Microsoft Intune Suite)” while the Suite remains a licensing route. Technical designs should survive commercial packaging changes. Validate the tenant’s actual entitlements before designing a rollout, especially in government, education, frontline, or mixed-license environments.
Advanced capabilities should share Intune governance
These capabilities are most valuable when they reuse Intune’s device inventory, assignments, RBAC, reporting, and endpoint-security operating model. Avoid creating separate support teams and ownership processes for every add-on. One endpoint platform should have common naming, group strategy, scope tags, change control, and incident escalation.
Privilege elevation, remote support, certificate issuance, and app deployment are all sensitive administrative actions. Use separate Intune roles, scope tags, and administrative groups where possible so one help-desk operator does not automatically gain every advanced capability. Audit capability use and review privileged assignments regularly. Use least privilege for administrators, review assignments, retain audit evidence, and separate production administration from broad tenant-global roles.
Choose capabilities from endpoint problems, not product names
Start with the operational need: users need temporary elevation, help desk needs remote support, certificates are hard to manage, third-party app packaging is expensive, or device performance lacks visibility. Then select the Intune capability that solves that problem and confirm whether the current license already includes it.
The name “Intune Suite” is useful for procurement and exam context, but Microsoft’s 2026 documentation increasingly emphasizes advanced capabilities because features can be licensed through different routes. Build a capability matrix that maps business need, supported platform, required license, owner, and operational process so endpoint design remains understandable even when bundle names change. Endpoint architecture should therefore be capability-driven, with licensing treated as a current commercial constraint rather than the definition of the technical design.
Before adopting an advanced capability, document the platform coverage, required license, administrator roles, user experience, audit evidence, and fallback procedure. Remote Help, EPM, Cloud PKI, Enterprise Application Management, and Advanced Analytics each create different dependencies and support responsibilities. A capability should enter production only when the organization knows who owns it, which devices are eligible, what success looks like, and how the feature is disabled or recovered if it causes operational problems. That keeps advanced endpoint management from becoming a collection of unowned add-ons.
The capability roadmap should be reviewed alongside Microsoft licensing changes at least annually. In 2026, Microsoft expanded several advanced Intune capabilities into Microsoft 365 E3/E5 while continuing to offer Suite and standalone paths. A tenant that purchased overlapping add-ons years earlier may now have redundant licensing, while another tenant may already own capabilities it has never deployed. Procurement and architecture should therefore share one current entitlement inventory.
Advanced capabilities should be introduced in rings just like core Intune policy. Start with administrators or a controlled pilot group, measure support impact, and validate RBAC before expanding. EPM rules, Remote Help permissions, PKI profiles, catalog applications, and analytics scopes can all affect many devices quickly. Staged rollout makes it easier to distinguish a product limitation from a configuration mistake and gives the team a clean rollback path.
Maintain a short capability catalog for help desk and engineering teams that explains when to use each advanced feature, who approves it, and which platform limitations apply.
Update that catalog whenever licensing, platform support, or the admin experience changes materially. Include pilot status and production ownership so teams can tell which advanced capabilities are merely licensed, which are being evaluated, and which are approved standards. This prevents procurement entitlement from being mistaken for operational adoption and makes decommissioning easier when a capability is replaced.
Advanced capabilities should be introduced in deployment rings just like core Intune policy. Start with administrators or a small pilot, validate RBAC and licensing, then expand while measuring support impact. EPM rules, unattended Remote Help, PKI profiles, catalog applications, and analytics scopes can affect many devices quickly. Staged rollout provides a clean rollback path and helps teams distinguish a product limitation from a configuration mistake.
Maintain a capability catalog that records the business need, supported platforms, required entitlement, administrative roles, data collected, owner, pilot group, success metric, and recovery procedure for every advanced feature. This is especially important as Microsoft changes packaging. A feature may remain technically the same while moving between Intune Suite, standalone licensing, and Microsoft 365 E3 or E5 entitlements. Technical architecture should survive those commercial changes.
Review the capability roadmap with procurement and identity governance at least annually. Tenants can accumulate overlapping licenses or powerful administrative assignments long after the original deployment. Remove unused entitlements where appropriate, review privileged Intune roles, and retire capabilities that no longer solve an active endpoint problem. Advanced management remains manageable only when the organization knows which features are actually in use and who is accountable for them.