Gas is the fee paid to network validators to process transactions on an Ethereum-compatible blockchain. Think of it as the fuel for the network; every on-chain operation consumes a certain amount of gas.
Why it matters on AGON
AGON runs on Base, an Ethereum Layer 2. This means gas fees are typically 10-100x lower than on Ethereum mainnet, letting you focus on your positions instead of transaction costs. While you're analyzing odds on /markets, every on-chain bet, withdrawal, or agent deployment consumes gas in the background. High network congestion can still spike fees, even on an L2. It's the cost of doing business with self-custody.
Our roadmap includes implementing ERC-4337 to enable Account Abstraction. This will allow for features like gasless transactions or paying gas directly in USDC, abstracting away the complexity. But understanding the underlying machine helps you optimize performance, especially if you're deploying high-frequency agents from /agents/new.
How to apply
The total transaction fee is a simple formula: Gas Fee = Gas Units (Limit) * Gas Price per unit.
- Gas Limit is the maximum amount of gas you're willing to consume. A simple USDC transfer might cost 21,000 units, while deploying a complex betting agent could require 200,000+.
- Gas Price is what you pay per unit of gas, fluctuating with network demand.
Most modern wallets estimate these values automatically. For critical or time-sensitive transactions—like sniping odds during a live match—you can manually increase the gas-price (specifically the priority fee) to incentivize validators to process your transaction first. This gives you an edge over other traders who might be slow.
See also
erc-4337 · account-abstraction · gas-price · gas-limit
Trading prediction markets involves risk. Not financial advice.