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ETSI's new technical report highlights critical implementation flaws in quantum random number generators, such as detector dead times and side-channel leakage that can reintroduce predictability. By introducing the Entropy Zero Trust framework, the guidelines mandate continuous hardware verification and runtime attestation to secure entropy pipelines against physical attacks. This standardization effort also prioritizes integrating certified QRNGs with post-quantum cryptography protocols like ML-KEM and ML-DSA for future security specifications.
ETSI Identifies Technical Limitations and Implementation Vulnerabilities in Quantum Random Number Generators (ETSI TR 104 171)
ETSI's new report, TR 104 171, addresses vulnerabilities in Quantum Random Number Generators (QRNGs) due to practical hardware limitations. It provides guidelines across the QRNG lifecycle, including the Entropy Zero Trust (EZT) framework to mitigate side-channel attacks. The report also sets priorities for future standardization, such as API command sets and integration with post-quantum cryptography. The post ETSI Identifies Technical Limitations and Implementation Vulnerabilities in Quantum Random Number Generators (ETSI TR 104 171) appeared first on Quantum Computing Report.
The European Telecommunications Standards Institute (ETSI) Technical Committee Cyber Security (TC CYBER) has released a Technical Report, ETSI TR 104 171 (Implementation…
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