Gas Fee Structure on edeXa
Last updated
Last updated
Optimize your transactions. Understand how gas fees work across edeXa’s testnet and mainnet.
The edeXa Public Blockchain uses a dynamic gas pricing model, designed to be transparent, predictable, and efficient — especially for enterprise-grade and developer workloads.
Whether you're testing on our Testnet or deploying to Mainnet, understanding the gas fee structure can help you build better, faster, and more cost-effective smart contracts and dApps.
Want to monitor real-time gas prices? Head over to the live gas tracker: 👉
Base Gas Price: The minimum required to process a transaction.
➤ Currently: 4761904761 wei
Gas Limit: The max computational effort a transaction is allowed to consume.
➤ Network Default: 30,000,000
Gas Used: Determined by the complexity of your smart contract execution.
No Tip/Tipless Model: Unlike Ethereum's EIP-1559, edeXa operates without a priority fee or "tip." This simplifies gas logic for developers.
✅ All transactions are final after inclusion. There is no mempool-based reordering due to higher gas prices.
Predictable Gas Costs
Great for budgeting complex enterprise operations
Useful for low-volume, high-importance workflows (e.g., notarizations, records)
No Front-running
Equal transaction ordering. You don’t have to bid higher gas fees to “cut in line.”
Efficient Execution
X-Boost upgrade ensures that even complex contracts run without bloating gas usage unnecessarily.
✅ Estimate Gas Before Execution: Use tools like eth_estimateGas or integrate with the RPC API to pre-calculate cost.
✅ Use Optimized Solidity Patterns: Gas-optimized code ensures scalability and affordability.
If you’re planning a launch or enterprise integration, our team can assist with fee analysis, simulations, and gas strategy consulting for large-scale deployments. Reach out via the developer contact form or join our developer Discord (coming soon!).
✅ Test Smart Contracts on Testnet: Faucet available →
