Deconstructing the Intune Breach: What to do When “Trusted Admins” Are the Threat 

A recent cyberattack against medical technology giant Stryker wiped nearly 80,000 devices, causing massive operational disruption. But what makes this breach so alarming isn't the scale, but how it happened. 

The attackers, linked to the hacktivist group Handala, didn't need to deploy complex malware or exploit a zero-day vulnerability in Intune’s code. Instead, they compromised an existing administrator account, used those permissions to create a new Global Administrator account, and simply executed Microsoft Intune's built-in wipe command. 

This wasn't a software failure, but a problem in the way the identity architecture was established. The attack exposes the fatal flaw of relying on static, always-on administrative access to govern modern environments. 

The Architectural Flaw: The Danger of the "Trusted Admin" 

In traditional, vault-based architectures, administrative accounts are granted 24/7 standing access. The system inherently trusts whatever identity holds the credential. 

If an attacker compromises that static account, they inherit the keys to the kingdom. Because the privileges are persistent, the attacker has the standing authority to escalate their access (like creating a new global admin account) and execute destructive commands at will. 

As organizations scale their cloud footprints and prepare for the agentic AI conversation, this static trust model completely breaks down. The blast radius of a compromised credential, whether it’s held by a human, an external attacker, or a hallucinating AI agent, is simply too large to leave unguarded. 

Decoding CISA & Microsoft’s Guidance 

In response to the March 11 attack, CISA and Microsoft issued urgent guidance urging organizations to harden their endpoint management systems. They specifically recommended shifting away from relying on "trusted administrators" and move toward building "protected administration by design". 

This means enforcing least-privilege access, strict multi-factor authentication, and "multi-admin approval" for sensitive actions like device wipes, application updates, and RBAC modifications. 

The challenge? Trying to enforce these rules manually, or relying on static group policies inside vault-based architectures, is incredibly slow and operationally cumbersome. 

Security teams need a way to enforce these checks systematically, at the exact moment of execution. 

The Solution: Enforcing True ZSP at Runtime 

The only way to guarantee a compromised admin account cannot be abused is to ensure that account holds absolutely no permanent access in the first place. 

Enter Zero Standing Privileges (ZSP), an operational principle that organizations have been striving to achieve. By replacing static roles with strict runtime identity access enforcement, you eliminate the attack surface entirely. 

If an attacker compromises an admin account governed by a cloud-native PAM platform that eliminates standing access, they find an empty vessel. 

In order to execute an action in Intune, they must request access. The platform responds by minting dynamic, ephemeral privileges scoped strictly to that verified task, and automatically revokes them the second the task ends. 

By enforcing human-in-the-loop approvals for high-risk actions, organizations can also meet the call for “multi-admin approval.” 

Even if a compromised account successfully requests elevated privilege to wipe devices, the workflow automatically halts until a secondary supervisor approves it in real-time. This structural logic applies uniformly across human, agentic AI, and non-human/machine identities, ensuring complete coverage of your ecosystem. 

The End of the “Trusted” Admin Era 

You can't secure modern cloud and endpoint environments by simply observing them or hiding static credentials in a vault. You must actively enforce access at runtime. 

The Stryker breach proves that standing privilege equals standing liability. Don't wait for a compromised credential to execute a command at machine speed. Architect risk out of your environment today by replacing static admin credentials with dynamic, ephemeral access.