Break graph traceability. Mathematical anonymity for high-velocity capital.
// Core Mechanisms
Transactions traverse four sequential cryptographic stages, erasing origin heuristics.
48 parallel decoy transfers per hop break graph linking analysis.
Destination data is encrypted recursively inside each hop's proof layer.
Randomized execution timing prevents correlation attacks based on latency.
The ZEclipse SDK abstracts complex ZK-circuit generation into a single function call. Build privacy-preserving applications with cryptographic certainty.
Say goodbye to transaction tracing and graph analysis. ZEclipse provides mathematical anonymity guarantees through zero-knowledge proofs, protecting both sender and recipient identity across Solana.
import { ZEclipseClient } from '@zeclipse/sdk';
const client = new ZEclipseClient({
provider: connection,
wallet: keypair
});
// Basic transfer with privacy
const tx = await client.transfer({
token: 'SOL',
amount: 100_000,
recipient: '...publicKey',
privacy: 'MAX_ANON'
});
// Batched transfers for gas optimization
const batch = await client.batchTransfer([
{ token: 'USDC', amount: 50_000, recipient: '...addr1' },
{ token: 'USDC', amount: 75_000, recipient: '...addr2' }
]);
Client-side witness generation (WASM). Compute ZK-STARK proofs locally using HyperPlonk constraint system. Proves transaction correctness without revealing sender, recipient, or amount. ~450ms generation time per proof.
Aggregating 100+ txs into single proof via recursive SNARKs. Relayers queue transactions, compress cryptographic commitments, and batch verify. Reduces on-chain computation cost by 99% while maintaining anonymity set at 5.3M+.
Groth16 Verification on Solana Mainnet. Single on-chain transaction verifies 100+ batched proofs using Solana's native BPF runtime. ~200k CUs per verification, ~$0.001 per transaction cost.