saucerswap-arbitragePerform triangular arbitrage on Hedera using SaucerSwap to find, calculate, and execute profitable multi-hop token swaps atomically.
Install via ClawdBot CLI:
clawdbot install HarleysCodes/saucerswap-arbitrageSaucerSwap is the main DEX on Hedera. Triangular arbitrage: profit from price differences between 3 tokens.
0xcaec9706a4622D356d2D3aEd8f8D40c51f0C0dF0xA6F4E11E5D8A3F62A7D4E3E6B1E7F3C9E8F2A1B4const axios = require('axios');
async function getQuote(amountIn, path) {
const [tokenA, tokenB, tokenC] = path;
const url = `https://mainnet-api.saucerswap.fi/route?from=${tokenA}&to=${tokenB}&amount=${amountIn}`;
const response = await axios.get(url);
return response.data;
}0.0.1000 (wrapped: 0x... in EVM format)0.0.4567190.0.4567200.0.4567210.0.4567220.0.456723// Get prices for potential paths
const paths = [
['USDC', 'HBAR', 'USDC'],
['USDC', 'SAUCE', 'USDC'],
['HBAR', 'USDC', 'HBAR']
];
for (const path of paths) {
const out = await getQuote(1000, path);
const profit = out - 1000;
console.log(`${path.join(' → ')}: ${profit}`);
}// Via HashPack or direct contract call
const tx = new ContractExecuteTransaction()
.setContractId(poolAddress)
.setFunction("swap")
.setParameters([...]);0.0.xxxxx not 0x...Generated Mar 1, 2026
Automated bots monitor SaucerSwap pools for triangular arbitrage opportunities, such as USDC → HBAR → SAUCE → USDC, to capture small price discrepancies. This is used by DeFi funds to generate low-risk returns on idle capital, leveraging Hedera's low fees for frequent trades. It requires real-time data feeds and automated execution scripts.
Market makers use this skill to rebalance liquidity across SaucerSwap V1 and V2 pools by executing multi-hop swaps when price imbalances occur. For example, swapping excess USDC to HBAR to USDT helps maintain peg stability and reduces slippage for traders. It integrates with existing market-making algorithms to enhance efficiency.
Investment platforms employ arbitrage to adjust token allocations in client portfolios, such as converting HBAR to USDC via intermediate tokens when price spreads are favorable. This minimizes transaction costs and optimizes asset values across Hedera-based tokens like WBTC and ETH. It's useful for automated rebalancing in wealth management apps.
Analysts run this skill to simulate arbitrage paths and assess pool health on SaucerSwap, identifying inefficiencies like low liquidity in SAUCE pairs. By calculating potential profits across paths like USDC → HBAR → USDC, they provide insights for liquidity providers to allocate funds strategically. This supports data-driven decision-making in DEX operations.
Offer a subscription-based service where users pay a fee to access automated arbitrage bots that execute trades on SaucerSwap. Revenue comes from performance fees, such as 20% of profits generated, and monthly subscriptions for retail traders or small funds. This model leverages low Hedera network costs to maximize margins.
Integrate arbitrage logic into liquidity provisioning tools for SaucerSwap, charging liquidity providers a fee for rebalancing services that reduce impermanent loss. For example, automatically swapping tokens across pools to maintain optimal ratios, with revenue based on a percentage of saved losses or flat service fees. This targets DeFi protocols and institutional LPs.
Sell licensed access to the arbitrage code and documentation for developers building on Hedera, such as in trading simulators or educational platforms. Revenue is generated through one-time licensing fees or tiered pricing based on usage, catering to universities, fintech startups, and developer communities. This model focuses on knowledge dissemination and ecosystem growth.
💬 Integration Tip
Ensure proper handling of Hedera's native token formats (e.g., 0.0.xxxxx) and use HashPack or similar wallets for signing, as EVM methods don't apply directly. Always include slippage checks and gas estimates in tinybars to avoid failed transactions.
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