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Math Paths to Quantum-safe Security: Hash-based Cryptography

Victoria de Quehen
Feb 24, 2020

Digital signature algorithms are a critical component of public-key infrastructure, with applications ranging from code signing to establishing secure connections. However, classical digital signature algorithms will be vulnerable to quantum-enabled attacks. Hash-based cryptography is among the oldest area of quantum-safe cryptography, with digital signature algorithms dating back to 1979, before the invention of elliptic curve cryptography.

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Automotive • Company News • Crypto-agility • Defense • Digital Certificates • Financial • Government • Harvest and Decrypt • Hash-based • Internet of Things • Isogeny-based • PKI • Public-Key Cryptography • Quantum Computing • Quantum Threat • Quantum-safe • Roots of Trust • Standards • Y2Q •

Math Paths to Quantum-safe Security: Hash-based Cryptography

Victoria de Quehen
Feb 24, 2020

ISARA Radiate™ Security Solution Suite 1.4 Brings XMSS to Complete its Offering of Stateful Hash-Based Signatures for Quantum-Safe Roots of Trust

Alex Truskovsky
Mar 27, 2018

With the latest release of the ISARA Radiate™ Security Solution Suite, we’ve added stateful hash-based signatures, specifically eXtended Merkle Signature Scheme (XMSS), to the cryptographic library. With…