George Open Audit Lab | G.O.A.L.
Live Status
Network Ethereum Mainnet
Chain 1
Block 25121258
ERC-20 Metadata
Name โ€“
Symbol โ€“
Chain โ€“
Active Contract
Set a Contract

Gas Snapshot

Use the active contract address from the shared header to run live gas analysis on the resolved active chain, estimate common contract paths, and surface optimization signals in the same cleaner G.O.A.L. dashboard flow.

ERC
Active Contract
Token identity resolves from CoinGecko + RPC
Live Gas Context
ERC
Token Name
โ€”
Chain Gas โ€”
Base: โ€” Std: โ€”
Token Symbol
โ€”
Active Network
Contract
โ€”
Set a CA in the header to begin gas analysis.
Analysis Status Ready
Primary Focus Baseline
Gas Overview
Live fee market and contract efficiency summary
Overview
Current Review Mode
Baseline Gas Review
Guidance
Live checks inspect current network fee data, bytecode size, common ERC-20 function estimates, and bytecode surfaces that often make transfer paths more expensive.
Waiting for contract input.

Live Function Estimates

Review estimated gas usage for common contract paths on the currently resolved active chain, compare likely hotspots, and export the current analysis for reporting.

Estimates use live provider data from the resolved active chain plus conservative bytecode and selector-based gas bands. They are not guaranteed execution costs and do not execute transactions or require wallet connection.
Analysis Controls
Run and manage the current gas pass
Controls
Live Fee Market
Ready
Bytecode Review
Ready
Function Estimates
Ready
Optimization Pass
Ready
Uses the same active CA entered in the shared header so Gas stays aligned with Analysis, Testing, Security, and Simulator flow.
Gas Summary
Live results from the current contract pass
Summary
Successful Estimates 0
Unavailable Paths 0
Top Path โ€”
Run analysis to populate live gas estimates, fee market details, and optimization guidance.
Function Category Estimated Gas Status Notes

Optimization Guide

Surface the biggest likely cost drivers from the live pass and pair them with practical gas optimization actions for token and contract review.

Storage & Writes
High-cost state transitions
Storage
Batch writes where possible, avoid duplicate SSTORE patterns, pack state into fewer slots, and reduce branching around balance and fee bookkeeping.
Fee / Tax Paths
Swapbacks and fee routing
Tokenomics
Extra fee logic, blacklist checks, max-wallet checks, and swapback branches often add gas to every transfer path even when they do not trigger.
External Calls
Router and treasury surfaces
Calls
Cache addresses, minimize router hops, avoid unnecessary approvals, and keep reward / fee distribution paths isolated from standard transfers when practical.
Contract Size
Deployment and runtime efficiency
Bytecode
Large bytecode usually points to broader branch surface and more maintenance cost. Remove dead code, compress repeated checks, and split non-core features when sensible.