1 billion
Nine decimals · immutable authority · no creator allocation.
Method and boundaries
Ignivo uses Meteora's deployed Dynamic Bonding Curve program to create a Token-2022 mint and a live SOL market from the user's wallet. There is no Ignivo custom program and no service fee.
Each launch creates a new Token-2022 mint with 1,000,000,000 tokens and nine decimals. Mint and freeze authorities are revoked, token authority is immutable, and no extra transfer extension or transfer fee is installed.
The creator does not receive a pre-allocation. The complete supply is placed into a Meteora DBC pool with SOL as the quote token. The configured first buy is a real purchase from that curve and returns tokens to the creator wallet.
The bonding curve uses a fixed 1% base fee and no dynamic fee. The creator receives 100% of the non-protocol trading-fee share. Meteora's protocol fee remains part of the on-chain swap. Pool creation fee is configured as zero, while Solana network fees and account rent still apply.
On graduation to DAMM v2, creator liquidity is permanently locked under the DBC configuration. The curve and the graduated pool are not managed by Ignivo after launch.
The browser simulates both transactions before requesting each wallet signature. The server verifies the official DBC program, Token-2022 owner, supply, authorities, config, pool, first-buy amount, and successful signatures. Token metadata points to this deployment for JSON and an optional image. The mint survives a domain outage; off-chain media may not.
A pool does not guarantee trading volume, price, safety, or inclusion in third-party tools. Review Meteora's program documentation and the complete wallet prompt before signing. This interface does not provide an independent audit of Meteora's program.
Launch contract
These values are set in the DBC config and checked again from chain before the success state is shown.
Nine decimals · immutable authority · no creator allocation.
Simple fixed curve · 1% base fee · dynamic fee disabled.
User selected, simulated, signed, and verified from its DBC instruction before completion.