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Genius.fun Sniper Bot

A fast, automated Genius.fun sniper bot for BNB Chain that monitors new token launches, applies configurable trading rules, and executes trades automatically.

Built for traders and developers who want to automate Genius.fun token launch monitoring and execution instead of manually watching the market.

⚠️ This project is for research, development, and automated trading experiments. Cryptocurrency trading involves significant financial risk.

what makes this Genius.fun Sniper Bot unique?

New token launches can move quickly.

Manually trading every launch means constantly watching Genius.fun, checking tokens, evaluating liquidity and activity, and sending transactions yourself.

That workflow looks like this:

Watch Genius.fun
      ↓
Detect new token
      ↓
Check conditions
      ↓
Decide whether to buy
      ↓
Submit transaction
      ↓
Monitor position

A sniper bot automates the repetitive parts:

Monitor
   ↓
Detect
   ↓
Filter
   ↓
Validate
   ↓
Execute
   ↓
Manage

The idea is simple:

Let the bot watch the market continuously while you define the trading rules.


Who Is This For?

Active Genius.fun Traders

For traders who regularly watch newly launched tokens and want automated entry and exit execution.

Launch Traders

For traders who want to react to new Genius.fun launches without manually refreshing the platform throughout the day.

Crypto Developers

For developers building custom BNB Chain trading infrastructure, launch monitors, automated trading systems, or token-sniping strategies.

Trading Infrastructure Projects

This repository is being extended into a custom:

  • Genius.fun trading bot
  • BNB Chain (four.meme) sniper bot
  • token launch monitor
  • automated entry system
  • automated exit system
  • on-chain trading system
  • trading dashboard

Features

New Token Detection

Monitor Genius.fun activity and detect newly launched tokens.

The bot is designed around automated market monitoring so you do not have to manually search for every new launch.

Configurable Entry Strategy

The bot can apply custom conditions before opening a position.

Possible filters include:

Minimum liquidity
Minimum volume
Token age
Trading activity
Buy activity
Position size
Maximum slippage
Allowlist
Blocklist

This allows the same infrastructure to support different trading strategies.

Automated Trade Execution

When a token matches your configured rules, the bot can automatically prepare and submit the transaction.

Instead of:

Signal → Manual trade

the workflow becomes:

Signal → Validation → Execution

Slippage Control

Fast-moving token markets can change significantly between detecting an opportunity and executing a transaction.

Configure a maximum acceptable slippage:

MAX_SLIPPAGE_BPS=500

Position Sizing

Control how much capital the bot can use for each trade.

Example:

BUY_AMOUNT_BNB=0.10
MAX_POSITION_BNB=0.25

Risk Controls

A sniper bot should not blindly buy every new token.

Useful controls include:

Maximum position size
Maximum number of open positions
Maximum daily exposure
Minimum liquidity
Maximum slippage
Token allowlist
Token blocklist
Cooldown period
Emergency stop

Automated Exits

Entry is only part of the strategy.

The bot can support configurable exit conditions such as:

Take profit
Stop loss
Trailing stop
Time-based exit
Maximum drawdown
Emergency exit

Example:

TAKE_PROFIT_PERCENT=30
STOP_LOSS_PERCENT=15
TRAILING_STOP_PERCENT=8
MAX_HOLD_TIME_MINUTES=30

These values are examples and are not trading recommendations.

Transaction Monitoring

Track every submitted transaction and its result.

Example states:

SIGNAL_DETECTED
TRADE_PREPARED
TRANSACTION_SUBMITTED
CONFIRMED
FAILED
POSITION_OPEN
POSITION_CLOSED

This makes the bot easier to debug and monitor.


Basic Strategy

A basic Genius.fun sniper strategy could work like this:

1. Detect a new token
2. Confirm the token is tradable
3. Check liquidity
4. Check recent activity
5. Apply strategy filters
6. Validate position size
7. Calculate acceptable slippage
8. Submit buy transaction
9. Monitor the position
10. Apply exit rules
11. Close the position
12. Record the result

The system separates:

Market Detection
       ↓
Strategy
       ↓
Risk Management
       ↓
Execution
       ↓
Position Management

This makes it easier to change the trading strategy without rebuilding the entire system.


Example Configuration

# Network
CHAIN=BNB

# Wallet
PRIVATE_KEY=YOUR_PRIVATE_KEY
RPC_URL=YOUR_RPC_ENDPOINT

# Trading
BUY_AMOUNT_BNB=0.10
MAX_POSITION_BNB=0.25
MAX_OPEN_POSITIONS=3

# Execution
MAX_SLIPPAGE_BPS=500

# Entry Filters
MIN_LIQUIDITY_BNB=1
MIN_VOLUME_BNB=5

# Exit
TAKE_PROFIT_PERCENT=30
STOP_LOSS_PERCENT=15
TRAILING_STOP_PERCENT=8
MAX_HOLD_TIME_MINUTES=30

# Safety
DRY_RUN=true
EMERGENCY_STOP=false

Architecture

                   Genius.fun / BNB Chain
                            │
                            ▼
                     Market Monitor
                            │
                            ▼
                      Token Detector
                            │
                            ▼
                       Risk Filters
                            │
                            ▼
                       Strategy Engine
                            │
                            ▼
                     Execution Engine
                            │
                            ▼
                        BNB Chain
                            │
                            ▼
                     Position Manager
                            │
                            ▼
                       Trade Logs

The components can be developed independently, making it easier to add new strategies, execution methods, and monitoring tools.


Performance Considerations

For launch trading, the strategy is only one part of the system.

Execution can also depend on:

  • RPC latency
  • WebSocket reliability
  • transaction propagation
  • gas configuration
  • quote freshness
  • slippage
  • confirmation handling
  • retry logic
  • RPC failover
  • rate limits
  • uptime

A strategy can look good in testing and still behave differently when real transactions, latency, liquidity, and network conditions are involved.


Monitoring Example

A useful execution log could look like:

[12:01:04] New token detected
[12:01:04] Liquidity check: PASS
[12:01:04] Volume check: PASS
[12:01:04] Strategy signal: BUY
[12:01:04] Position size: 0.10 BNB
[12:01:05] Transaction submitted
[12:01:06] Transaction confirmed
[12:03:41] Take profit triggered
[12:03:42] Position closed

Good logging is important when debugging automated trading systems.


Security

Never commit private keys or wallet credentials to GitHub.

Use environment variables:

PRIVATE_KEY=YOUR_PRIVATE_KEY
RPC_URL=YOUR_RPC_ENDPOINT

Add sensitive files to .gitignore:

.env
.env.*
wallet.json
secrets.json
*.key

For live trading, use a dedicated wallet and avoid storing long-term assets in the trading wallet.


Installation

Clone the repository:

git clone https://github.com/casatrickdev/geniusfun-sniper-bot.git
cd geniusfun-sniper-bot

Install dependencies:

npm install

Create your environment file:

cp .env.example .env

Configure your RPC endpoint, wallet, strategy parameters, and trading settings.

npm run dev

Project Structure

geniusfun-sniper-bot/
│
├── src/
│   ├── monitor/
│   ├── detector/
│   ├── strategy/
│   ├── execution/
│   ├── risk/
│   ├── positions/
│   └── utils/
│
├── config/
├── tests/
├── .env.example
├── .gitignore
├── package.json
└── README.md

Strategies

The same infrastructure can support different Genius.fun and BNB Chain strategies, including:

  • New-token sniping
  • Launch monitoring
  • Liquidity-based entries
  • Volume-based entries
  • Momentum strategies
  • Wallet-following strategies
  • Token allowlists
  • Token blocklists
  • Automated take-profit
  • Automated stop-loss
  • Trailing exits
  • Time-based exits
  • Multi-wallet execution
  • RPC failover
  • Telegram notifications
  • PnL tracking
  • Trading dashboards

Roadmap

  • Genius.fun launch monitoring
  • New token detection
  • Configurable entry filters
  • Automated buy execution
  • Slippage controls
  • Position sizing
  • Stop-loss
  • Take-profit
  • Trailing stop
  • Transaction monitoring
  • Trade history
  • PnL tracking
  • Telegram alerts
  • Multi-wallet support
  • RPC failover
  • Web dashboard
  • Strategy backtesting

Why Automate Genius.fun Trading?

A manual trader has to:

Watch the market
Find new launches
Check conditions
Make a decision
Submit transactions
Monitor positions
Manage exits

An automated system can handle the repetitive workflow continuously:

Monitor
   ↓
Detect
   ↓
Filter
   ↓
Execute
   ↓
Manage

The value of the bot is not simply clicking buy faster.

It is turning a trading strategy into a repeatable automated workflow.


Custom Genius.fun Bot Development

This repository can be extended for custom requirements such as:

Custom sniper strategies
Custom launch detection
Custom entry conditions
Custom exit logic
Multi-wallet trading
Trading dashboards
Telegram alerts
Portfolio tracking
RPC optimization
Execution infrastructure
On-chain analytics

For teams or traders with a specific Genius.fun strategy, the same architecture can be adapted around their requirements.


Disclaimer

This project is not financial advice.

Automated cryptocurrency trading carries substantial risks, including market risk, liquidity risk, smart-contract risk, execution risk, slippage, network congestion, failed transactions, and loss of capital.

Use this software at your own risk and only trade funds you can afford to lose.


SEO Keywords

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GitHub Topics

genius-fun
geniusfun
genius-fun-bot
genius-fun-sniper
sniper-bot
sniperbot
bnb-chain
bnb
crypto-bot
trading-bot
token-sniper
launchpad
defi
web3
onchain
crypto-trading
blockchain

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Genius.fun sniper bot for BNB Chain with automated token detection, trading, and configurable risk controls.

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