Browser runtime
Run boolean, integer, and floating-point operations on encrypted data straight from the browser — no install, no server. Try it live: key generation in about 3 seconds, results bit-exact to plaintext.
FHE16
Compute on encrypted data — without ever decrypting it.
FHE16 is a deterministic 16-bit fully homomorphic encryption runtime that returns identical results across browser, server, GPU, and FPGA. Bootstrapping in 2.89 ms. Raw data never leaves its owner.
How it works
Software computes on the ciphertext. The plaintext is never seen.
FHE runs a program directly on encrypted values and returns an encrypted result — without ever decrypting them. No trusted hardware, no enclave to compromise. Security rests on standardized lattice cryptography you can audit, not a box you have to believe in.
Deterministic server SDK
A 16-bit integer spec with no floating point, so browser, server, GPU, and FPGA return the identical result. Bootstrapping under 3 ms (ePrint 2024/1916).
MPC key layer
No single party holds the key. Threshold key custody and result release for B2B risk checks and confidential on-chain state. Actively secure in the dishonest-majority setting (CRYPTO 2025).
Live demos
Run it in the browser — nothing to install.
All six demos run on the same FHE16 WebAssembly build. Public builds use zero-error test parameters and carry no cryptographic security — do not enter sensitive data.
Playground
Boolean gates, integer and floating-point arithmetic on ciphertext. Key generation about 3 seconds.
JS Compiler
Write a JavaScript function and run it on ciphertext. Branches fold into state merges.
HR
Salary band checks without revealing individual pay.
Auction
Sealed-bid auction settled by real FHE comparison in the browser.
AES → FHE
Transcipher an AES ciphertext into FHE without exposing the plaintext.
Private Policy
Evaluate a policy whose rules stay hidden from the data owner.
Proof
Numbers and papers, not adjectives.
2.89 ms bootstrappingAccepted at CRYPTO 20255 papers · CRYPTO 2025 · IEEE AccessInvited talk, IFAC World Congress 2026Open sourceLive browser demo