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zk-ava-sdk

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    A zero-knowledge proof SDK for compiling Circom circuits and deploying Solidity verifiers to Avalanche.

    Package Exports

    • zk-ava-sdk
    • zk-ava-sdk/bin/index.js

    This package does not declare an exports field, so the exports above have been automatically detected and optimized by JSPM instead. If any package subpath is missing, it is recommended to post an issue to the original package (zk-ava-sdk) to support the "exports" field. If that is not possible, create a JSPM override to customize the exports field for this package.

    Readme

    zk-ava-sdk

    Write Circom. Compile. Deploy. Verify — all in just one click, Powered by Avalanche

    A zero-setup toolkit to build, deploy, and verify ZK circuits using Circom — with no Web3 knowledge required.


    ✨ Features

    • 🧠 Write simple Circom circuits
    • 🛠 Compile to .r1cs, .wasm, .zkey, and Solidity verifier
    • 🚀 Deploy verifier to Avalanche with one command
    • ✅ Verify proofs using a single JavaScript function
    • 🧪 No Web3 scripting, no ABI handling — fully abstracted

    📦 Installation

    Install in your project:

    npm install zk-ava-sdk

    ⚡ Usage

    ✅ Compile Circom circuit

    npx zk-ava-sdk compile <path-to-your-circom-file>

    This command:

    • Compiles your .circom file
    • Runs Groth16 trusted setup
    • Outputs .r1cs, .wasm, circuit_final.zkey, and verifier.sol
    • All files are saved in a folder named after your circuit (e.g., ./yourCircuit/)

    ✅ Test Compiled Circom Circuit

    npx zk-ava-sdk test <path-to-generated-folder> <path-to-input.json>

    This command:

    • Tests the zk System produced by the compile command
    • Uses inputs provided by the developer from input.json provided
    • produces proof.json and public.json
    • proof.json contains the smart contract parameters, which will be used to verify it onchain
    • public.json contains human verifiable outputs and proofs

    ✅ Deploy Compiled Circom Circuit

    npx zk-ava-sdk deploy <path-to-generated-folder> <PRIVATE_KEY_OF_WALLET>

    This command:

    • Compiles verifier.sol generated during compilation using solc
    • Deploys the compiled binary to Avalanche, taking fees from the provided wallet's private key

    ✅ Verify ZK Proof Programmatically

    You can verify a proof directly using a single function call.

    const { verifyProof } = require("zk-ava-sdk");
    
    const result = await verifyProof({
      input: {
        // Your circuit input goes here
      },
      "<relative-path-to-generated-folder>",
    });
    
    console.log(result ? "✅ Valid proof" : "❌ Invalid proof");
    • You pass input (in the form of json) & Relative path to the generated folder, which was generated during compilation process
    • Automatically generates the proof and public signals
    • Formats the calldata for the Solidity verifier
    • Calls the deployed verifier contract on Avalanche and returns the result

    You don’t need to manually use snarkjs or interact with web3 directly — the SDK abstracts it all for you.

    🛠 Commands Overview

    Command Description
    npx zk-ava-sdk compile <path-to-circuit> Compiles the .circom file and runs Groth16 setup
    npx zk-ava-sdk test <output-folder> <path-to-input.json> Tests the Circom logic locally using ZK Proofs
    npx zk-ava-sdk deploy <output-folder> <private-key> Deploys the verifier contract to Avalanche
    verifyProof(input,"<relative-path-to-output-folder>") (programmatic only) Generates proof and verifies it on-chain using deployed contract