Function

Cryptographic infrastructure on @Ethereum. Encrypted computation, programmable functions, and verifiable execution.

[Function @FunctionERC]

Anyone can call a function. Nobody needs to see the inputs.

With Function ERC, callers submit a commitment to their private values and attach ETH for an answer.

The numbers stay hidden.

The request lives on Ethereum.

[Function @FunctionERC]

Write a formula, keep it private.

Function ERC publishes a cryptographic commitment to @Ethereum, not the formula itself.
Your logic remains hidden, while anyone can interact with the function.

Define privately. Commit publicly.

[Function @FunctionERC]

ƒ is public. P and x are not.

Put a formula on @Ethereum without showing it. Anyone can run it on numbers they keep to themselves, and the chain checks the answer with a proof before it pays anyone.

Write one and prove it in your browser: https://t.co/MeYtcVGowO

[Function @FunctionERC]

Introducing Function ERC.

A new approach to cryptographic infrastructure on @Ethereum.
Encrypted computation. Programmable functions. Verifiable execution.

Privacy meets programmability.