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Specops Device Trust vs. Microsoft Intune: Why Compliance Isn’t the Same as Continuous Trust

If you’re already paying for a Microsoft 365 E3 or E5 license, Microsoft Intune gives you a strong foundation for managing endpoints across their lifecycle: configuration, patching, app deployment, and compliance policy. It’s one of the most widely deployed endpoint management platforms in the world, and for good reason.

But here’s the distinction that matters for Zero Trust: device management and continuous device verification are not the same thing.

The Intune Trust Gap

Intune’s policy refresh cycle can run as long as 8 hours, so it can only tell you whether a device was compliant at its last check-in, not whether it’s still trustworthy right now, five minutes after a user’s EDR agent crashed or their firewall got switched off. Specops Device Trust closes that window with posture checks every 10 minutes through the entire session, not just at sign-in.

It’s an easy trap to think “we’re on E5, so we’re covered,” but E5 doesn’t change that Intune is fundamentally a platform that manages devices and evaluates identity on a schedule. It isn’t built to continuously re-answer whether a device is still safe to trust, which is a gap attackers can exploit.

Three questions are worth asking if you’re relying on Intune alone to inform access decisions:

• How quickly can you detect when something changes on a device?
• How confident are you that a device you trust right now is still healthy?
• If that trust changes, how quickly can you restore it, without a support ticket?

In our whitepaper, The Missing Piece in Zero Trust: Device Trust at Every Access Point, we highlight how many implementations of the Zero Trust principle “never trust, always verify” leave gaps when they assume device stability. Intune verifies at set intervals. Specops Device Trust verifies continuously. This isn’t a Microsoft-vs-Specops story; it’s about adding a layer of access confidence between the checks Intune is already doing.

How Specops Device Trust Enhances and Extends Intune Capabilities

Specops Device Trust isn’t another device management layer competing with Intune. It works alongside the management and compliance capabilities Intune already provides, closing the specific gaps that come from relying on scheduled checks alone.

Continuous Posture Validation

Some Intune workloads, including Win32 app detection, remediation scripts, and certain PowerShell processes, run on scheduled cycles rather than continuously. That’s fine for routine IT operations, but it creates two related problems for security teams:

1. A device that goes bad after login (firewall disabled, malware picked up, EDR agent crashed) may not get flagged for hours.
2. Any report you pull in the meantime reflects the last scheduled check-in rather than the device’s actual state.

When a new vulnerability drops and you need to know which devices are exposed today, a stale snapshot isn’t good enough. Specops Device Trust checks posture for the duration of the session, using 300+ checks that give security teams granular control over the conditions a device must meet, with access decisions updating automatically as posture changes.

Device-Level Protection Against Session Hijacking

Credential theft is still common, but attackers increasingly target authenticated sessions directly, stealing cookies or tokens to get around MFA rather than defeating it head-on.

Microsoft’s answer (Conditional Access, Continuous Access Evaluation (CAE), and Token Protection) works well, but within limits. CAE reacts to identity events like password changes and elevated risk scores, not endpoint health changes like a crashed EDR agent, and only for CAE-aware, supported applications. Token Protection cryptographically binds tokens to a device, but again only for supported apps and workflows; tools like Salesforce, Workday, SAP, custom SAML/OIDC apps, and even some Microsoft apps in a browser fall outside its coverage.

Specops Device Trust adds user-device pinning on top of this. A user’s identity is bound to specific hardware, so authentication alone isn’t sufficient. If an attacker steals valid credentials and even clears MFA but tries to sign in from their own machine, they’re rejected, regardless of which app, browser, or protocol is involved.

Verifying BYOD and Contractor Devices Without Enrollment

Contractors, partners, and employees on personal devices often can’t or won’t enroll in your MDM. Intune’s alternatives, device registration or mobile application management, offer visibility or app-level protection, but neither answers “can I trust this endpoint right now?” Specops Device Trust assesses posture at the point of access without requiring MDM enrollment, giving security teams a consistent trust model for devices sitting outside the managed estate.

Coverage Beyond the Microsoft Ecosystem

Intune is built for Windows within the Microsoft stack, integrating tightly with Entra ID, a real strength if you’re all-in on Microsoft. Specops Device Trust extends the same posture checks to Windows, macOS, Linux, iOS, and Android, and integrates with other identity providers and platforms like Workspace ONE and CrowdStrike, so mixed environments and non-Microsoft-managed devices get a consistent trust policy instead of a coverage gap.

Ready to Close the Time-to-Risk Window?

The question is not whether Intune works. It is whether a compliance result from the last check-in is enough to trust a device now. Specops Device Trust adds the continuous verification layer that turns device posture into a live access signal, helping organizations keep trust aligned with what is actually happening on the endpoint.

Already using Intune? Book a demo to see how Specops Device Trust can close the gaps between compliance checks without replacing the Microsoft investment you already rely on.

Last updated on August 19, 2026