Best way to manage devices, apps, and accounts together

The best way to manage devices, apps, and accounts together is to build a unified source of truth that connects your MDM, identity provider, and HRIS — then automate the requests and lifecycle events that currently require a human to manually bridge between them. The tools most IT teams have (Jamf, Okta, Rippling) already contain the data they need. The problem is that data lives in three separate systems, and every access request, device issue, or onboarding task requires someone to look across all of them.

Most IT teams don't have too few tools. They have tools that don't talk to each other at the request layer. A new hire comes in: someone checks Rippling for start date, Jamf to confirm the device shipped, Okta to provision accounts, and a spreadsheet to assign app licenses. At 50 employees this is annoying. At 500 it breaks down under volume. At 2,000 it becomes a security problem — deprovisioning is incomplete, devices get lost in transition, and access audits require reconstructing records from four systems.

Here's how to consolidate it properly.

Standardize your inventory and establish a shared source of truth

Before you automate anything, you need device, application, and account records that are accurate and connected. The starting point is reconciling what's in your MDM with what's in your IdP: every device should map to an owner, every owner should map to active accounts and app licenses, and that mapping should update automatically when anything changes.

The difference between fragmented and unified inventory is significant in practice:

The last row is the one most IT leaders underestimate. The reason employees wait on IT isn't that IT lacks access to the information — it's that the information is in four different places, and answering a single request requires switching between them. Unifying your inventory solves the tracking problem. Connecting it to your request and automation layer solves the throughput problem.

Serval's Databases product is built for this. IT teams create individual databases — one for devices, one for applications, one for accounts, or any other record type they need to track — and connect them via nodes with active linking between them. A device database links to the account database that links to the app license database. Tickets are automatically linked to the relevant records, so when an employee messages about a device issue, Serval already knows the device model, OS version, enrolled MDM status, and full support history before the conversation starts. The Help Desk Agent resolves the request with that context rather than asking the employee to provide it.

Automate device enrollment and provisioning

Zero-touch enrollment is the ability to ship a device directly to an employee who can configure it themselves out of the box. The device is pre-enrolled in your MDM before it ships, so on first power-on it pulls your configuration profile, installs required apps, and registers to its owner without any IT involvement.

The three major platforms:

Apple Automated Device Enrollment (ADE): Devices purchased through Apple Business Manager or an authorized reseller are automatically tied to your MDM. When the employee steps through setup, Jamf installs silently in the background. Supervised mode gives IT significantly more control over what the user can change.

Android Zero-Touch Enrollment: Devices are registered by IMEI or serial number before they ship. On first boot, the device contacts Google and installs your enterprise configuration automatically.

Windows Autopilot: Devices are registered with Azure AD before reaching the user. On first login, Intune provisions the device to your corporate configuration.

All three remove IT from the physical setup loop. Policies, apps, and certificates land on the device before the employee opens Slack for the first time.

For this to work, your HRIS and MDM need a shared identity anchor — typically email address or employee ID — so a new hire record can trigger enrollment automatically before day one.

Centralize application management and licensing

A managed app catalog is a curated library of approved applications your MDM can push, update, and revoke without requiring admin rights on the endpoint. Employees request what they need; IT controls what gets installed.

Apple Volume Purchase Program (VPP): Part of Apple Business Manager. Licenses are purchased in bulk, assigned through your MDM, and automatically revoked and reassigned when an employee leaves. Apps push silently — no App Store account required on the managed device.

Managed Google Play: Apps approved by IT are pushed to enrolled Android devices and managed centrally. Private enterprise apps not in the public Play Store can be deployed the same way.

The audit value here is real: when a SOC 2 audit requires you to demonstrate which employees had access to a specific tool during a given period, a managed catalog gives you that record without reconstruction.

On the SaaS side, centralizing app access means routing access requests through your IdP via SCIM provisioning. Any application that supports SCIM can be provisioned and deprovisioned automatically when an account state changes in Okta or Entra — no manual offboarding step per application.

Integrate identity with device posture for access control

Conditional access evaluates device health before allowing authentication. Instead of trusting any device with valid credentials, your IdP checks whether the device is enrolled, compliant with your security policies, and running an approved OS version — then makes a real-time access decision.

A practical UEM-to-IdP integration: your MDM continuously assesses device compliance and publishes a compliance signal to your IdP. Okta and Entra both have native integrations with Jamf and Intune. When an employee tries to authenticate to a critical system from a device Jamf has flagged as non-compliant, authentication fails or triggers step-up MFA, even with valid credentials.

Design this as deny-by-default for high-sensitivity systems. Alert-based approaches generate noise and get tuned out. Policy enforcement is automatic.

Where this becomes particularly important is just-in-time (JIT) access: granting access to a system only for the duration it's needed, then revoking it automatically. JIT matters most for infrastructure access, privileged accounts, and sensitive data repositories where standing access creates audit exposure.

Serval's access management handles the full JIT lifecycle: time-bound access grants via Slack or Teams, automatic deprovisioning when the window closes, and an audit trail of who approved what and when. Together AI automated 95% of their JIT access requests this way, with access granted and revoked without any manual steps from their security team.

"Serval is performing all of the authorization logic for granting access to infrastructure for us, and it's doing it in a transparent way," said Todd Thiel, Senior Manager of Enterprise Security at Together AI.

The Together AI case study covers how they run infrastructure access at scale without a ticket queue.

Enforce automated patching and remote recovery

Automated patch management pushes OS and application updates to enrolled devices without requiring user action or IT intervention. You define the policy; your MDM handles delivery and tracks compliance centrally.

Staggered rollouts: Push major OS updates to 5-10% of devices first. Monitor for 48-72 hours, then expand. This catches compatibility issues before they affect the full fleet.

Patch SLAs by severity: Critical security patches should have a short mandatory window (72 hours or less for CVSS 9+). Feature updates can have longer grace periods but need hard deadlines with enforcement, not reminders.

Out-of-compliance enforcement: When a device misses a patch deadline, your MDM flags it as non-compliant. That flag feeds into conditional access, blocking or restricting access until the device is patched. This makes patch compliance self-reinforcing.

Remote wipe policy: Configure remote wipe before devices leave your hands. Distinguish between corporate devices (full wipe) and BYOD (corporate data only, personal data intact).

Implementation checklist

Order matters here. Systems that touch identity and access carry real risk if something breaks mid-rollout.

1. Audit your current state — pull what's in your MDM, cross-reference with your IdP, identify gaps in device ownership and account mapping.

2. Confirm integrations before committing to any platform — MDM to IdP, IdP to HRIS, and how device/account/app records connect to your ticketing layer.

3. Enroll your MDM in Apple Business Manager and the Android/Windows equivalents — tie device procurement to auto-enrollment so future purchases skip the manual setup step. See Apple Business Manager setup.

4. Configure zero-touch enrollment profiles in Jamf and/or Intune — test with a staging device before pushing to production.

5. Build your managed app catalog — define which apps IT pushes vs. employees self-request, configure VPP and Managed Google Play, set approval policies.

6. Enable SCIM provisioning for every supported SaaS tool — start with apps that carry admin or privileged access.

7. Configure conditional access policies — start with high-sensitivity systems, define compliant vs. non-compliant in your MDM, wire that signal into Okta or Entra.

8. Set patch SLAs and automate enforcement — connect non-compliance flags to access control so patches get applied.

9. Connect your HRIS to your automation layer — a new hire record in Rippling or Workday should trigger device enrollment, account provisioning, and app license assignment without a human coordinating between systems. Serval's Automation Agent coordinates this across Jamf, Okta, and Rippling from a single workflow. The Rippling integration is the HRIS trigger point.

10. Validate your offboarding chain before you need it — simulate a termination, confirm the account is disabled, device is queued for wipe or reclaim, app licenses are reclaimed, and all linked database records reflect the correct state.

Operational considerations

BYOD and MAM. For personal devices, mobile application management without full MDM enrollment is usually the right call. You manage corporate apps and data; employees keep full control of personal data. This removes the privacy friction that blocks BYOD adoption.

Cross-platform UEM. For mixed fleets (macOS, Windows, iOS, Android), a UEM that handles all platforms from one console reduces the number of places IT needs to look to understand fleet health. Confirm that your critical policies — patching, encryption enforcement, compliance reporting — work equally well across all OS targets before committing.

When to keep Jamf. For Apple-heavy organizations, Jamf's depth for supervised mode, managed Apple IDs, and DEP reseller enrollment is often worth keeping even if you bring in a broader orchestration layer. The question is whether you need that Apple-specific depth or whether a cross-platform UEM gets you close enough.

The automation layer. The tools consolidate the data. The automation layer is what closes the loop on requests. IT teams that wire Jamf, Okta, and Rippling together but still have a human routing every access request or onboarding ticket haven't solved the throughput problem — they've just organized the data better. The consolidation pays off when a request that used to require four system checks and a manual action becomes a workflow that runs without anyone in the loop.

Frequently asked questions

What is the best IT asset management software for consolidating device and account management?

The best IT asset management software for this use case connects your MDM, identity provider, and HRIS into a shared record that automatically updates when lifecycle events occur. The critical criterion is whether the platform can consume data from Jamf, Intune, Okta, and Entra automatically and connect that data to your request and ticket layer — so IT has context when resolving requests rather than looking across four systems. Serval's Databases let IT teams build individual databases for devices, apps, and accounts, linked via nodes with active connections between them. Tickets automatically link to the relevant records, so every request arrives with the full context of the device, account, and app history behind it.

How do unified endpoint management platforms compare to point solutions?

Unified endpoint management platforms manage all device types (macOS, Windows, iOS, Android) from a single console and feed a single compliance signal into your IdP. Point solutions like Jamf give you deeper platform-specific control but produce fragmented compliance data and require separate management interfaces. For mixed-OS environments, a UEM reduces the number of places you need to check to understand fleet health. For Apple-heavy organizations (80%+), Jamf's depth is usually worth accepting the fragmentation, especially when you add a cross-platform orchestration layer above it.

How do you automate employee onboarding across devices, apps, and accounts?

Fully automated onboarding requires your HRIS, MDM, and IdP to share a common identity anchor so a new hire record triggers the full provisioning chain: the device enrolls in MDM automatically, the IdP account is created, and app licenses are assigned via SCIM. The missing piece for most teams is a workflow layer that coordinates across these systems from a single trigger. Serval's Automation Agent generates deterministic TypeScript workflows that run across Jamf, Intune, Okta, Entra, and Rippling — so the device ships configured and accounts are ready before the employee's first day.

How does conditional access enforcement work with device posture?

Your MDM publishes a real-time compliance signal (compliant, non-compliant, unknown) to your IdP, which evaluates it at authentication time. Okta and Entra both have native integrations with Jamf and Intune. When an employee authenticates from a non-compliant device, your policy blocks access or triggers step-up MFA. The important design decision is deny-by-default for high-sensitivity systems: block unless compliance is confirmed, not flag for review.

How do you manage just-in-time access for infrastructure without a ticket backlog?

JIT access works when approval and provisioning are automated rather than queue-based. The employee requests access through Slack or your IT portal, the request routes to a defined approver or auto-approves based on role and resource sensitivity, access is provisioned immediately, and it expires at the end of the defined window with no manual deprovisioning step. Serval automates 95% of JIT access requests for teams like Together AI this way. The audit trail captures the requestor, approver, justification, and access duration, which makes compliance reporting straightforward.