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NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
NIST proposes standardizing a wider variant of AES encryption
27.12.2024
The National Institute of Standards and Technology (NIST) seeks public input on the proposed changes until June 25, 2025
Don't be afraid of quantum computers
19.12.2024
Blockchain technology has a clear path to quantum-resistant security. Quantum computing challenges cryptography, but zero-knowledge proofs offer a solution
Don't be afraid of quantum computers
19.12.2024
Blockchain technology has a clear path to quantum-resistant security. Quantum computing challenges cryptography, but zero-knowledge proofs offer a solution
Don't be afraid of quantum computers
19.12.2024
Blockchain technology has a clear path to quantum-resistant security. Quantum computing challenges cryptography, but zero-knowledge proofs offer a solution
Don't be afraid of quantum computers
19.12.2024
Blockchain technology has a clear path to quantum-resistant security. Quantum computing challenges cryptography, but zero-knowledge proofs offer a solution
Don't be afraid of quantum computers
19.12.2024
Blockchain technology has a clear path to quantum-resistant security. Quantum computing challenges cryptography, but zero-knowledge proofs offer a solution
Google’s Willow Sparks Quantum Panic: Is Bitcoin’s Future in Jeopardy?
14.12.2024
Google’s unveiling of Willow, its latest quantum computing chip, has reignited chatter about Bitcoin’s cryptography and whether it might be vulnerable. On Dec. 12, a lively X Spaces broadcast had BTC enthusiasts debating the reality of the threat. Some participants suggested that...
The Protocol: A Quantum Threat to Bitcoin?
11.12.2024
Also: An Ethereum dev's defection to Solana; Polygon's big proving-system flex; crypto's most influential
Hash-based zero-knowledge tech can quantum-proof Ethereum — XinXin Fan
23.11.2024
Google, Microsoft, Amazon, and IBM are some of the biggest companies currently researching and developing quantum computer technology
‘The Splurge’ to seek better cryptography to plan for quantum computers: Buterin
29.10.2024
Vitalik Buterin shared his plan for “The Splurge,” with the goal to “fix everything else” in upgrading Ethereum, including planning for encryption-breaking computers
Quantum computers are advancing much faster than scientists expected
11.8.2024
Breakthroughs in scalability, error-correction, and infrastructure have led to an accelerated timeline for quantum advantage
Nvidia supercomputer shows potential path to quantum computing
24.7.2024
Quantum annealing systems could impact the finance and blockchain industries in a major way
Ripple publishes math prof’s warning: ‘public-key cryptosystems should be replaced’
19.5.2024
Mathematician Massimiliano Sala says current encryption methods won’t protect blockchain systems from quantum computers
History of computing: From Abacus to quantum computers
13.6.2023
Journey through time and witness the remarkable advancements that have shaped the computing world we know today