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multi-instance-security

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Browser-based demo of multi-instance security degradation in code-based KEMs — BIKE, HQC, and Classic McEliece eroding below NIST Level 1 as one public key is reused across many session keys. Computes effective bit-security from published parameters and the DOOM syndrome-decoding formulas of ePrint 2026/517. No attack simulation. No backends.

  • Updated Jun 23, 2026
  • TypeScript

Browser-based demo of multi-instance security degradation in code-based KEMs — BIKE, HQC, and Classic McEliece eroding below NIST Level 1 as one public key is reused across many session keys. Computes the bit-security loss from key reuse and visualizes the crossover where the multi-target advantage breaches the Level 1 floor.

  • Updated Jun 23, 2026
  • TypeScript

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