zkVerify RPC Node
ZK Verification

const { ApiPromise, WsProvider } = require('@polkadot/api');

// Connect to zkVerify
const provider = new WsProvider('wss://rpc.crypto-chief.com/zkverify/ws/YOUR_API_KEY');
const api = await ApiPromise.create({ provider });

console.log('Connected to zkVerify verification layer');
const chain = await api.rpc.system.chain();
console.log('Chain:', chain.toString());

// ZK Rollup submits proof for verification
const rollupProof = {
  proofSystem: 'PLONK',  // Or STARK, Groth16, etc.
  proof: '0x...', // Serialized ZK proof
  publicInputs: ['0x...'], // Public inputs for verification
  rollupId: 'my-zk-rollup'
};

// Submit proof to zkVerify
const submitTx = api.tx.proofVerification.submitProof(
  rollupProof.proofSystem,
  rollupProof.proof,
  rollupProof.publicInputs,
  rollupProof.rollupId
);

const hash = await submitTx.signAndSend(rollupAccount);
console.log('ZK proof submitted for batch verification!');
console.log('Transaction hash:', hash.toHex());

// Query verification status
const proofStatus = await api.query.proofVerification.proofStatus(hash);
console.log('Verification status:', proofStatus.toHuman());

// Get cost estimate (much cheaper than L1!)
const cost = await api.rpc.proofVerification.estimateCost(
  rollupProof.proofSystem,
  rollupProof.proof.length
);
console.log('Verification cost: ~90% cheaper than Ethereum L1!');
console.log('Estimated cost:', cost.toString(), 'ACME');

from substrateinterface import SubstrateInterface

# Connect to zkVerify
substrate = SubstrateInterface(
    url='wss://rpc.crypto-chief.com/zkverify/ws/YOUR_API_KEY'
)

print('Connected to zkVerify')
print('Chain:', substrate.chain)

# Query current batch
current_batch = substrate.query(
    module='ProofVerification',
    storage_function='CurrentBatch'
)

print(f'Current batch ID: {current_batch.value}')
print(f'Proofs in batch: {len(current_batch.value["proofs"])}')

# Submit ZK proof from rollup
rollup_proof_data = {
    'proof_system': 'Groth16',
    'proof': '0x...',
    'public_inputs': ['0x...'],
    'rollup_id': 'my-rollup'
}

call = substrate.compose_call(
    call_module='ProofVerification',
    call_function='submit_proof',
    call_params=rollup_proof_data
)

extrinsic = substrate.create_signed_extrinsic(
    call=call,
    keypair=rollup_keypair
)

receipt = substrate.submit_extrinsic(
    extrinsic,
    wait_for_inclusion=True
)

print('ZK proof submitted to batch!')
print('90%+ cost savings vs L1 verification!')

# Query verification attestation
attestation = substrate.query(
    module='ProofVerification',
    storage_function='VerificationAttestation',
    params=[receipt.extrinsic_hash]
)

if attestation.value:
    print('Proof verified successfully!')
    print('Cryptographic security maintained!')

const { ApiPromise, WsProvider } = require('@polkadot/api');

const provider = new WsProvider('wss://rpc.crypto-chief.com/zkverify/ws/YOUR_API_KEY');
const api = await ApiPromise.create({ provider });

// Subscribe to verification events
api.query.system.events((events) => {
  events.forEach((record) => {
    const { event } = record;
    
    // Monitor proof submissions
    if (event.section === 'proofVerification' && event.method === 'ProofSubmitted') {
      console.log('\n=== ZK Proof Submitted ===');
      console.log('Rollup:', event.data[0].toString());
      console.log('Proof system:', event.data[1].toString());
      console.log('Added to batch for cost-efficient verification');
    }
    
    // Monitor batch verifications
    if (event.section === 'proofVerification' && event.method === 'BatchVerified') {
      console.log('\n=== Batch Verified ===');
      console.log('Batch ID:', event.data[0].toString());
      console.log('Proofs verified:', event.data[1].toNumber());
      console.log('Total cost shared across rollups!');
      console.log('90%+ savings achieved!');
    }
    
    // Monitor verification attestations
    if (event.section === 'proofVerification' && event.method === 'AttestationGenerated') {
      console.log('\n=== Verification Attestation ===');
      console.log('Proof hash:', event.data[0].toHex());
      console.log('Cryptographic verification complete!');
    }
  });
});

console.log('Monitoring zkVerify verification layer...');