Series

How It Breaks in Real Life

11 parts of 11

  1. 44 min read

    AES-the-cipher has never been broken in the field -- its deployments have. KRACK, repeated GCM nonces, and cache timing broke the wrapper, never the block.

  2. 41 min read

    MD5 and SHA-1 were genuinely, mathematically broken -- yet every real breach still needed a second failure: a deployment still trusting the dead hash.

  3. 44 min read

    No one has ever factored a strong, deployed RSA key -- yet ROCA, Bleichenbacher's oracle, DROWN, and FREAK broke real RSA anyway. The break was never the factoring.

  4. 45 min read

    No one has solved the discrete log on a strong curve or a 2048-bit group -- yet PS3, Android wallets, TPMs, CurveBall, and Logjam all fell. Here is exactly how.

  5. 46 min read

    No quantum computer can break RSA in 2026, yet long-lived secrets encrypted today may already be lost. Harvest now, decrypt later is a deployment failure.

  6. 42 min read

    ML-KEM shipped with a machine-checked security proof, yet its reference code leaked secret keys through a division instruction. Why every break missed the math.

  7. 46 min read

    In 2022 two vetted NIST post-quantum candidates fell to classical math -- Rainbow in a weekend, SIKE in ten minutes. That is the process working, not failing.

  8. 53 min read

    For thirty years cryptographers warned a mandated wiretap is a backdoor. Salt Typhoon proved it: a nation-state walked through CALEA lawful-intercept plumbing.

  9. 42 min read

    Prompt injection is not a content-safety nuisance. In tool-using AI agents it is a remote-code-execution class -- traced through four disclosed 2025-2026 CVEs.

  10. 52 min read

    Between 2024 and 2026 the biggest ransomware attacks stopped encrypting. Attackers just logged in or exploited a zero-day, copied the data, and extorted.

  11. 50 min read

    Every time production zero-knowledge has publicly broken, the cryptography held. The real failures are soundness bugs in circuits, verifiers, and transcripts.

Related tags

#cryptography#aes#aes-gcm#nonce-reuse#krack#side-channel-attack#authenticated-encryption#tls#hash-functions#md5#sha-1#collision-attack#sha-2#sha-3#pki#rsa#roca#bleichenbacher#padding-oracle#freak#key-generation#elliptic-curve-cryptography#ecdsa#diffie-hellman#side-channel-attacks#tls-security#post-quantum#applied-cryptography#post-quantum-cryptography#harvest-now-decrypt-later#ml-kem#key-establishment#quantum-computing#mosca-inequality#kyber#constant-time#kyberslash#fujisaki-okamoto#implementation-security#cryptanalysis#nist-pqc#rainbow-signature#sike-sidh#lattice-cryptography#isogeny-cryptography#multivariate-cryptography#lawful-intercept#calea#salt-typhoon#exceptional-access#telecom-security#going-dark#crypto-policy#nation-state-threat#prompt-injection#ai-agents#llm-security#remote-code-execution#application-security#owasp#tool-calling#ransomware#data-extortion#snowflake-breach#identity-security#cl0p#shinyhunters#shared-responsibility#zero-day#zero-knowledge-proofs#zk-snarks#under-constrained-circuits#soundness#fiat-shamir#circuit-security#zk-security#blockchain-security

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