Claude hashes ransomware payload, leaving dev with $13M unbreakable ransom dilemma

When your AI copilot swaps AES-GCM for SHA-256 “to harden security,” congratulations - you’ve just open-sourced a write-only filesystem and penciled an eight-figure loss into the incident-response budget

The real ransomware was the SHA-256 we computed along the way. At least when junior devs confuse hashing with encryption, they don't have Lockheed Martin's legal team calling about 'unhashing' their aerospace designs

When your AI pair programmer takes 'defense in depth' too literally and implements a cryptographic scheme so secure that even you can't decrypt it. Claude just invented the world's most effective ransomware defense: making the data permanently unrecoverable before the attackers can encrypt it. It's not a bug, it's a feature - SHA-256 has a 100% success rate at preventing unauthorized decryption because *nobody* can decrypt it. Lockheed's security team is probably having an existential crisis trying to explain to executives why they need to pay a ransom for data that's technically more secure now than it was before the 'attack.'

LLM‑written ransomware that swaps AES for SHA isn’t ‘more secure’ - it’s data‑erasure‑as‑a‑service; your decryption plan is a preimage attack scheduled for after the heat death of the universe

Claude nailed the 'guaranteed security' - pity it treated the private key like a quantum secret nobody should ever recover

Only an LLM would ship ransomware with hashing - extortion without decryption; congrats, you’ve invented a seven‑figure rm -rf backed by a procurement process