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The rollout of the European Digital Identity Wallet (EUDI wallet) demands tight security, but combining high-assurance compliance with post-quantum cryptography creates new engineering bottlenecks. In this episode, host Johannes Lintzen sits down with Wei Yuan, lab manager and director of operations at Applus+ Laboratories. They dissect hardware trust architectures, hardware security module (HSM) limits, and why implementation flaws cause far more security breaches than algorithmic failures.
YouTube chapters
00:00 Introduction to Wei Yuan and Applus+ Laboratories
03:28 Explaining the European Digital Identity (EUDI) Wallet
05:28 The importance of data minimization for citizens
07:41 How laboratories verify vendor security claims
09:35 The vulnerability of identity data to quantum attacks
11:12 The 2026 deadline for member state deployment
12:22 Creating certification schemes with ENISA
15:46 Comparing secure elements and remote HSMs
19:12 The role of standardization in preventing delays
24:33 Navigating international regulation differences
28:51 Advice for vendors starting their migration
32:10 Reporting obligations under the Cyber Resilience Act
34:02 Why implementation matters more than design
Guest bio
Wei Yuan is lab manager and director of operations at Applus+ Laboratories. Working at the boundary of high-assurance evaluation, hardware security, and regulatory policy, he serves as an expert within ENISA working groups, helping shape European digital identity certification standards and transition pathways to post-quantum cryptography.
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