Browser-based single-server PIR demo — RLWE/BFV computational private information retrieval, SealPIR-style (Angel et al., IEEE S&P 2018) reduced to the direct one-hot form. One homomorphic inner product over a 64-book catalog, with the noise budget as the price of dropping the non-collusion assumption.
cryptography privacy homomorphic-encryption pir rlwe private-information-retrieval bfv crypto-lab lattice-cryptography noise-budget sealpir
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Updated
Oct 24, 2026 - TypeScript