


Creation and deployment of tokens on three networks with differences in gas fee mechanisms and smart contract configuration taken into account
Development of the project tokenomics
Creation of a multichain token aligned with the project tokenomics
Implementation of core token logic: limited emission, owner contract control, protection against manipulation
Smart contract preparation and security audit
Development of a custom web interface for users with the ability to bridge tokens between networks
LayerZero integration to ensure reliable and fast state synchronization between blockchains
Handling of edge-case scenarios (transaction rollbacks, transfer delays, data mismatches) with full rollback and retry logic
Heightened focus on security: code audit, protection against replay attacks and non-standard attempts to bypass the bridge
Minimizing bridging fees and optimizing the user experience
Token listing on a decentralized exchange (Uniswap)
Liquidity pool setup with a USDT pair
Maximum supply and token distribution
Inflation/deflation model (burning/minting)
Starting price and required liquidity for trading
Planning airdrop/retrodrop, ICO/STO, and distribution methods
Listing strategy
Formulating what value the token brings to users
Which problems the project/token solves and what will drive demand
Assessing which network fits the product requirements
Determining whether multichain is needed within the strategy
Incentive and retention programs: quests, deposit yield, staking, voting, and more
Working through token logic with the required characteristics
Logical review of project parts to ensure the model is technically feasible (even if another team writes the smart contracts)
Creating formulas and process descriptions
Documenting the rules the token operates by as a base for future documentation
Initial competitor and market analysis
Assessment of the client’s infrastructure and what needs to be built to scale and capture a larger market share
React
Redux
Web3/Ethers
WalletConnect
Styled Components
Solidity