Ether.store Whitepaper

1. Introduction

Ether.store is a token launch platform on Robinhood Chain that enables creators to deploy ERC-20 tokens with automatic liquidity provisioning on Uniswap. The platform supports both Uniswap V3 and V4 protocols, providing flexible deployment options with built-in fee collection and distribution mechanisms, along with launch protection.

Platform Benefits

• Free token deployment - Only pay network gas fees
• Instant trading - Tokens are immediately tradeable on Uniswap
• Creator rewards - Earn 90% of all LP trading fees
• No transfer tax - Clean, simple ERC-20 tokens
• Optional dev buy - Purchase tokens during deployment
• Permanently locked liquidity - LP positions can never be withdrawn, ensuring perpetual trading liquidity
• Launch Protection - The dev buy is atomic within the launch (always first), and an on-chain max-wallet cap limits any wallet to 2% of supply for the first 15 minutes, so snipers can't front-run the community or grab a large position to dump
• Built-in bridge - Move ETH in and out of Robinhood Chain in seconds from Ethereum, Base, Arbitrum, or Optimism, or convert SOL to tradeable ETH; non-custodial and routed by Relay for a few cents per transfer

2. Architecture Overview

The platform operates with two distinct deployment paths, each optimized for different use cases.

Figure 1: V3 Token Flow (Shared Locker in FeeLockerV3) vs V4 Token Flow (Shared Locker in V4Gateway)

3. V3 Token Flow

Deployment Process

1. User calls EtherV3Factory.launch() with token parameters
2. Factory deploys new EtherToken (ERC-20) with 1 billion supply
3. Factory creates Uniswap V3 pool (token/WETH) at 1% fee tier
4. Single-sided liquidity is minted (token-only, no ETH required)
5. LP Position NFT is transferred to shared FeeLockerV3
6. RewardsRegistry records creator/protocol split (default 90/10)
7. Optional dev buy executes via direct pool swap
8. Launch Protection guard is armed on the token (after the dev buy)

Launch Protection (Anti-Sniper)

Every token gives creators and their communities a fair start ahead of sniper bots. Because the protection lives in the token contract itself, it cannot be bypassed by any frontend, router, or aggregator.

• Dev buy lands first: the dev buy executes atomically inside the launch transaction, so it always fills before anyone else can trade — and the pool does not exist until the launch completes, so no bot can buy ahead of it. The dev buy is also exempt from the wallet cap below.
• Max-wallet cap during launch: for the first 15 minutes (default), no wallet may hold more than 2% of supply — any buy or transfer that would exceed it reverts, while sells and ordinary transfers are unaffected. This is the enforced protection: it stops a sniper from accumulating a large position to dump on the community, even after buys are open.
• Self-expiring & time-based: the cap is measured in wall-clock seconds (block.timestamp), so it releases automatically after the window and the token trades as a standard ERC-20 thereafter — the same real duration on any chain.

Fee Collection Flow

4. V4 Token Flow

Deployment Process

1. User calls V4Gateway.launch() with token parameters
2. Gateway deploys new V4Token (ERC-20) with 1 billion supply
3. Gateway initializes Uniswap V4 pool via PositionManager
4. Liquidity minted with full token supply
5. New FeeLockerV4 deployed specifically for this token
6. RewardsRegistry configured with creator/protocol split
7. Optional dev buy executes via V4 router
8. Leftover tokens burned to dead address

Fee Collection Flow

5. Smart Contracts

EtherToken.sol

Minimal ERC-20 implementation for deployed tokens.

• Standard ERC-20 interface (transfer, approve, transferFrom)
• No mint function (fixed supply)
• No transfer tax or restrictions
• Gas-optimized with unchecked arithmetic

EtherV3Factory.sol

Factory contract for deploying V3 tokens with automatic Uniswap V3 pool creation.

FeeLockerV3.sol

Shared locker that holds all V3 LP Position NFTs and handles fee collection.

• tokenIdOf[token] - Maps token address to LP NFT ID
• totalClaimedETH[token] - Lifetime ETH claimed per token
• claimToETH(token) - Collect fees, swap to ETH, distribute

V4Gateway.sol (MyV4Gateway)

Combined factory, hook, and swap router for Uniswap V4 deployments.

• launch(LaunchParams) - Simple entry point matching V3 interface
• deployToken(id, DeployParams, creator) - Full deployment with custom params
• collectFees(token) - Collect LP fees and forward to locker
• CREATE2 salt mining ensures token < WETH for currency ordering

FeeLockerV4.sol

Per-token locker that receives ETH from gateway fee collection.

• Uses "payment splitter" pattern for fair distribution
• Tracks total received as balance + totalReleased
• Each party receives proportional share minus already claimed

RewardsRegistry.sol

Central registry for token-to-locker mappings and fee split configuration.

TokenLocker.sol

Standalone ERC-20 token locker for LP tokens and other assets.

• Lock any ERC-20 token for configurable duration
• Minimum lock: 15 minutes | Maximum lock: 10 years
• Extend lock duration (never reduce)
• Global pagination for all locks

6. Fee Distribution

How It Works

1. Trading fees accumulate in the Uniswap pool (1% per swap)
2. Anyone can trigger fee collection by calling claimToETH()
3. Fees are collected from the LP position
4. Any token fees are swapped to WETH, then unwrapped to ETH
5. ETH is split according to the 90/10 ratio
6. Shares are sent directly to creator and platform wallets

7. Token Locker

The standalone TokenLocker contract provides liquidity locking services independent of the token deployment system.

Use Cases

• Lock LP tokens to prove commitment to the community
• Lock team/advisor tokens with vesting schedules
• Lock any ERC-20 for any purpose with a custom message

Lock Structure

Lock Lifecycle

8. Deployed Contract Addresses

Robinhood Chain

External Dependencies (Robinhood Chain)