Bonding Curve Launch Deployer

WHAT IT DOES

This tool provides on-chain deployment of bonding curve tokens using a factory contract, enabling you to launch tokens with programmable price curves. It reads your connected wallet address, bonding curve factory contract address, token name, token symbol, initial supply, curve parameters (slope and intercept), reserve token address, reserve ratio, current block timestamp, and deployment status. You can then sign and send transactions to deploy new bonding curve contracts with custom token metadata and curve parameters, initialize the curve after deployment, and record deployment metadata on-chain. All deployment parameters are displayed in a clear review panel before you sign, so you know exactly what you are deploying. The tool also logs transaction hashes, confirmation status, and gas costs, providing a complete audit trail of all deployment activities.

HOW TO USE

Connect your wallet using the built-in wallet bridge, choose the network that matches your bonding curve factory contract, and paste the factory contract address. Enter the token name, token symbol, initial supply in raw units, the slope (price increase per unit), the intercept (base price), the reserve token address (use 0x0 for native), and the reserve ratio in basis points (e.g., 5000 for 50%). The review panel shows all inputs and the current block timestamp before you sign. Use the numbered action buttons: deploy curve to deploy a new bonding curve contract with your parameters, or initialize curve to initialize the curve after deployment (if required by the factory). You can also check factory status to view the factory owner and deployment status. Each transaction is signed sequentially, and the tool displays transaction details and confirmation status.

THE REAL MECHANISM

This tool uses ethers.js v5.7.2 to build and send transactions through the wallet's signer. It does not rely on any hardcoded contract addresses – you paste the factory contract you are using, so you are in full control. When you deploy a curve, the tool constructs a contract call to the deployBondingCurve function on the factory, passing the token name, symbol, initial supply, slope, intercept, reserve token address, and reserve ratio. The factory then deploys a new bonding curve contract with these parameters and emits a CurveDeployed event containing the new contract address. The tool attempts to parse this event from the transaction receipt to capture the deployed address. When you initialize the curve, the tool calls initializeCurve on the factory, which sets up the curve for trading. The tool also reads factory info via the owner function. All transactions are sequential to prevent nonce conflicts, and gas costs are calculated using effectiveGasPrice for accurate post-EIP-1559 reporting.

WHAT IT CANNOT SEE

This tool cannot verify off-chain token economics, predict market behavior, detect contract vulnerabilities, or ensure that the bonding curve contract is deployed correctly. It cannot detect if the token name or symbol is appropriate, if the curve parameters will result in a viable market, or if the reserve token has sufficient liquidity. The tool also cannot verify that the factory contract correctly handles edge cases like duplicate token names, zero supply, or invalid reserve ratios. It cannot simulate the outcome of a transaction before you sign it, nor can it guarantee that the deployment will be processed correctly if the contract is not properly implemented.

PLEASE NOTE

This tool works only on EVM-compatible chains supported by your wallet and provider. Always double-check the factory contract address and parameters before signing. Use testnet first. The tool is a transaction-signing interface and deployment management tool, not a token economics or smart contract security system.