German implementation of eIDAS will require an Apple/Google account to function
New German digital ID law requires mobile wallets to link to platform accounts for vulnerability monitoring.
Germany's forthcoming implementation of the EU's Electronic Identification, Authentication and Trust Services (eIDAS) regulation includes a stringent security protocol that will effectively require citizens to use an Apple or Google account to operate the national digital ID wallet. The core of this requirement is a new Mobile Device Vulnerability Management (MDVM) framework. Its purpose is to protect the high-assurance Personal Identification Data (PID) credential, which uses public/private key cryptography, from being duplicated or misused by attackers with a 'high' attack potential. To achieve this, the system must continuously verify the security posture of a user's device—checking device integrity, operating system version, patch level, and the security of the Hardware Security Module (HKS).
This real-time vulnerability monitoring cannot be performed independently by the wallet app. Instead, the technical specification states that to 'Verify device/app security posture,' the solution must use 'security functions from the platform of the user device.' In practice, this means leveraging proprietary, platform-specific attestation services like Apple's DeviceCheck or Google's SafetyNet Attestation API. If a critical vulnerability is detected in a device's OS or HKS, the system will prevent the use of the secured digital ID keys, maintaining the validity of the credential issuer's security assurances. This creates a de facto dependency on the mobile platform ecosystem for a core state function.
- Germany's eIDAS rules mandate real-time mobile OS vulnerability checks for high-assurance digital IDs.
- The security protocol requires using Apple/Google platform APIs to verify device integrity and patch status.
- Devices with known high-risk vulnerabilities will be blocked from using the national digital ID wallet.
Why It Matters
This sets a precedent for national digital infrastructure becoming dependent on commercial tech platform security services.