Economic & Gas Efficiency Model

Gas efficiency is not a cosmetic improvement it fundamentally alters the economics of project deployment and trading.

1. Legacy Costs

Conventional launches are fragmented across 3–4 separate transactions:

  • ERC-20 Deployment → ~300k gas

  • Liquidity Provisioning (via Router) → ~200k gas

  • Enable Trading → ~100k gas

  • Optional Founder Self-Buy → ~150k gas

Total: ~750k–900k gas. Worse, each step is a separate public mempool transaction, with delays, risks, and MEV exposure.

2. ZerofyAI Costs

By combining:

  • EIP-1167 Minimal Proxy Deployments (gas-thin contract instantiation)

  • Routerless Uniswap Liquidity Provisioning (direct pool interaction, no Router overhead)

  • Atomic Bundle Launching (all-in-one trading initiation + self-buy)

ZerofyAI executes full launch flows in ~350k–400k gas, a 40–60% reduction.

This transforms launches from cost-intensive, vulnerable processes into lean, resilient, and predictable sequences.

3. Scalability Model

Lower costs and atomic bundling unlock new launch patterns:

  • Frequent Deployments: Teams can spin up multiple tokens or test environments without prohibitive gas.

  • Experimental Tokens: Founders can experiment with pricing curves, liquidity models, and supply strategies at lower cost.

  • Adaptive Execution: AI recalibrates gas strategies against real-time base fee volatility, ensuring optimal settlement.

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