SafePump-Core & Axiom BNB V2 Trading Bot

SafePump-Core is an anti-MEV bonding-curve launchpad on Solana, paired with a modular Python-based trading bot for BNB Smart Chain (BSC) targeting the new Axiom BNB V2 exchange release.

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🤖 Axiom BNB V2 Trading Bot (BSC)

The Python trading bot automates token trading on BSC (Chain ID 56) with custom RPC support, secure .env key loading, random trade sizing, slippage tolerance protection, and automated stop-loss / take-profit risk rules.

Features

• Web3.py Integration: Native integration with BNB Smart Chain (Chain ID 56) and support for custom RPC endpoints.
• Secure Wallet Management: Private key management loaded securely via .env.
• Modular Router Interface (dex_router.py): Interacts with Axiom / PancakeSwap V2 style router contracts (swapExactETHForTokens, swapExactTokensForETH, getAmountsOut, and ERC-20 approvals).
• Automated Trading Loop (bot.py):
  • Configurable check intervals.
  • Randomized order sizing between configurable min/max BNB bounds.
  • Position monitoring with automatic Stop-Loss and Take-Profit execution.
• Unit Testing: Suite of automated unit tests using pytest / unittest.

Directory Structure

• config.py: Environment variable parser and default configuration settings.
• dex_router.py: DEX router client for Web3 queries, token pricing, approvals, and order execution.
• bot.py: Automation loop for position tracking, trade evaluation, and risk enforcement.
• router_abi.json: ABI definition for Uniswap/PancakeSwap V2 / Axiom router functions.
• erc20_abi.json: ABI definition for ERC-20 token standard functions.
• .env.example: Configuration template.
• tests/test_trading_bot.py: Comprehensive test suite.

Quick Start Guide

1. Install Python Dependencies:

   pip install web3 python-dotenv

2. Configure Environment Variables: Copy .env.example to .env and fill in your wallet private key, target token address, and desired risk settings:

   cp .env.example .env

   Configuration Options in .env:

   • BSC_RPC_URL: BSC RPC provider URL (default: https://bsc-dataseed.binance.org/).
   • CHAIN_ID: Chain ID (56 for BSC Mainnet).
   • PRIVATE_KEY: Private key of your BSC trading wallet.
   • ROUTER_ADDRESS: Axiom BNB V2 / DEX Router Contract Address.
   • TARGET_TOKEN_ADDRESS: Contract address of the token you want to trade.
   • SLIPPAGE_PERCENT: Maximum allowed slippage tolerance percentage (e.g. 1.0 for 1%).
   • MIN_BUY_AMOUNT_BNB & MAX_BUY_AMOUNT_BNB: Random buy transaction range in BNB.
   • STOP_LOSS_PERCENT: Trigger sell when PnL drops below this % (e.g. 10.0 for -10%).
   • TAKE_PROFIT_PERCENT: Trigger sell when PnL reaches or exceeds this % (e.g. 20.0 for +20%).
   • CHECK_INTERVAL_SECONDS: Delay between monitoring cycles in seconds.

3. Run Unit Tests:

   python3 -m unittest discover -s tests -p "test_*.py"

4. Launch Trading Bot:

   python3 bot.py

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🛠️ SafePump-Core Solana Launchpad

Anti-MEV bonding-curve launchpad on Solana, written in Anchor/Rust.

This repository is a devnet MVP. It can initialize a launch, route first-slot snipes into a vesting vault, let normal buyers buy and sell on the bonding curve, and mark a curve complete when an optional graduation target is reached.

🌐 Live site: safepump-core.com

Program ID

FMAhGG8ETyqnd4zan4HBdLRPEQvk7Cvc6kzWbsvnXj5q

Deployed on devnet with upgrade authority 9WPztx4YNSrLr1ZD61kKziwqryQhrrTPomx6HodyJCS9.

Anti-MEV model

Token launches on Solana get sniped in the first slots by bots that buy a large piece of supply, wait for organic buyers to move price, and dump. SafePump punishes that pattern by routing buys inside a tight post-launch window into a time-locked vesting vault.

• Snipe window: first SNIPE_WINDOW_SLOTS = 10 slots after initialize_curve.
• Penalty: sniped tokens go to a VestingVault PDA instead of the buyer wallet.
• Lock duration: VESTING_DURATION_SECONDS = 48 * 3600.
• Repeat sniping: every snipe by the same wallet resets the unlock timestamp.

Bonding curve

Virtual constant-product curve:

tokens_out = vtok - ceil((vsol * vtok) / (vsol + sol_in))
sol_out    = vsol - ceil((vsol * vtok) / (vtok + tokens_in))

Devnet setup

Install JS dependencies:

npm install

Build and test locally:

npm run build
npm test