[1]
NIST Computer Security
"Cryptographic research routinely breaks weakened versions of algorithms to probe structural vulnerabilities—this is normal academic work, not a sign the real thing is broken."
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🕐 Retrieved: 2026-03-27
[1]
Unknown Source
by Marc Stevens
· 2004
"When Marc Stevens broke MD5 in 2004, the internet didn't collapse—it took another decade of foot-dragging before most organizations actually stopped using it."
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🕐 Retrieved: 2026-03-27
[2]
Unknown Source
"「92% of collision space」 is a compression ratio, not a success rate."
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🕐 Retrieved: 2026-03-27
[2]
Unknown Source
· 2017
"When researchers demonstrated practical SHA-1 collisions in 2017, browsers and certificate authorities had already begun the transition."
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🕐 Retrieved: 2026-03-27
[3]
Unknown Source
"SHA-256 remains the backbone of Bitcoin ($1.3 trillion market cap), HTTPS certificates protecting 95% of the web, and classified government communications."
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🕐 Retrieved: 2026-03-27
[3]
Unknown Source
"A genuine SHA-256 weakness would accelerate this fragmentation, creating parallel cryptographic ecosystems and complicating international trade, intelligence sharing, and cybersecurity cooperation."
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🕐 Retrieved: 2026-03-27