An enterprise-grade cross-border settlement layer utilizing Zero-Knowledge Proofs and dynamic liquidity pools.
The legacy SWIFT network and corresponding fiat pathways function via a fragmented, serialized sequence of inter-bank checks. This results in standard clearance times of 3–5 business days and fees exceeding 4% due to multi-hop exchange discrepancies. SlonPay reorganizes this structural inefficiency using decentralized, mathematically verifiable ledger technology.
Blockchain operates as an immutable state transition machine. By eliminating centralized clearinghouses, counterparties interact via trustless atomic swaps using stablecoin equivalents securely backed 1:1 by fiat deposits. SlonPay abstracts away the complexity of gas management, node hosting, and key custody, offering businesses a clean API that yields blockchain-speed finality without blockchain-level administrative overhead.
To avoid the throughput limitations inherent in Layer-1 blockchains (e.g., Ethereum's 15 TPS constraint), SlonPay operates using off-chain zk-Rollup execution. Thousands of corporate remittances are batched mathematically into a single validity proof (SNARK) posted to the mainnet. This provides the ultimate security guarantee of Ethereum while supporting an aggregate throughput exceeding 10,000 TPS, crashing settlement latency to roughly 400 milliseconds.
Transacting globally requires multiple currency swaps. Our liquidity algorithm smart-routes trades across decentralized exchanges (DEXs) like Uniswap v3 and Curve, guaranteeing the lowest possible slippage for large corporate block trades. By pairing tokenized USD, EUR, and emerging market currencies, SlonPay forms a hyper-connected value web.
Identity solutions are woven natively into the token standards. Wallets attempting to interface with the SlonPay contract pool are automatically scanned against OFAC and global sanction APIs. If an interaction fails a logic check, the smart contract immediately reverts the transaction state before gas is irreversibly committed.
Read the comprehensive 45-page academic architecture paper.
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