Feature Breakdown
Snipe Bot is built as a full-spectrum DeFi trading engine, optimized specifically for the fast-paced, risk-saturated environment of the Binance Smart Chain. The product is not just a “token sniping” tool—it is an integrated platform offering real-time trading execution, programmable logic, contract-level safety, and defensive countermeasures against common attack vectors.
The following section presents a detailed breakdown of all key functionalities implemented in the live product architecture, each designed to solve a specific market problem.
Target Price Sniping
The primary feature and namesake of the platform, Target Price Sniping, allows users to configure the exact token price they wish to enter at. Rather than participating in chaotic price action post-launch or submitting suboptimal manual swaps, the user simply defines a token contract address and target price. Snipe Bot then enters persistent watch mode.
Internally, the system monitors real-time liquidity pool status, mempool inflows, and DEX swap paths. Once the token reaches the desired price—either through organic dip or post-launch correction—the engine executes the trade within 100–300ms. The bot bypasses front-end lag entirely by connecting directly to private RPC nodes.
This approach ensures:
Accurate entry at predefined price levels
Avoidance of emotional FOMO buying
No need for screen-watching or price tracking apps
Example user command: /snipe 0x123...abc 0.00000425 → Bot monitors price in background and executes when matched
Every executed snipe is followed by transaction hash delivery, success/fail status, and an on-chain summary.
Auto Limit Orders
On-chain DEXs lack native order book systems. Traders cannot place take-profit or stop-loss orders without actively monitoring the chart or using third-party dashboards. To fill this gap, Snipe Bot implements Auto Limit Orders—an emulated orderbook layer within the bot’s execution engine.
Users may set:
Take-Profit Orders (TP): Automatically trigger a sell when a token increases by a specified percentage (e.g., 40%, 100%).
Stop-Loss Orders (SL): Automatically trigger a sell if the token drops by a defined threshold (e.g., 15%, 30%).
Trailing Stop Orders (TS): A dynamic stop that trails the highest price achieved and executes when a fallback threshold is crossed.
All order conditions are calculated using on-chain pricing derived from liquidity pool reserves (no reliance on oracles), and monitored through a persistent price-check loop optimized for minimal gas usage.
Each order can be configured with:
Token contract address
Percentage condition (gain/loss)
Time validity or expiration (optional)
Max gas limit for execution
Limit orders can run concurrently, and can be managed using command-line control (e.g., /cancel, /edit, /status). This turns Telegram into a fully functional, real-time risk management dashboard for any active token position.
Copy Trading (Wallet Mirroring System)
Copy trading on Snipe Bot is designed not as a social trading gimmick, but as an autonomous system for monitoring and replicating the activity of profitable wallets. This feature allows a user to follow one or more wallet addresses and mirror their buy actions in near real-time.
Key mechanics:
Wallet Watcher Module: A backend system constantly scans tracked wallets for token swap activity, filtered by minimum size and route type (e.g., PancakeSwap only).
Execution Logic: When a watched wallet executes a qualifying buy, the bot evaluates the token contract against its risk filters (sellable, tax limits, locked liquidity). If the token passes, the user’s copy module triggers an identical or adjusted buy.
Custom Parameters:
Max per-trade allocation (e.g., $25 per copy trade)
Whitelisted or blacklisted token categories
Optional delay (e.g., 10 blocks) to avoid pump entry
Users can subscribe to wallets using /copy 0xwallet and configure all risk conditions using /copysettings.
All copied trades are individually executable, with the option to pause/resume on the fly.
Fast & MEV-Resistant Swaps
Every swap executed through Snipe Bot is processed using a proprietary routing engine that prioritizes speed, MEV resistance, and slippage integrity.
Swap protection is handled in three layers:
Transaction Isolation All swaps are submitted as raw transactions, with randomization of nonce timing and slippage to prevent pattern identification by bots.
MEV Detection Logic Before submission, the mempool is scanned for suspicious front-running behavior targeting the same token pair. If detected, the bot may delay execution or boost gas to front-run the MEV bot itself.
Slippage Control Users may set a max slippage cap (default 5%) and configure a stop condition if the pool depth is too thin or volatile.
Routing is dynamically chosen between PancakeSwap, Apeswap, and other BSC DEXs, based on token liquidity concentration. In cases of failed swaps, the bot returns failure logs and refund summaries.
Execution speed averages 400–700ms per swap, assuming normal block congestion.
Anti-Rug & Contract Security
Security is non-negotiable in the BSC environment. Snipe Bot integrates a contract simulation engine that validates token legitimacy before confirming any buy operation.
For every target token, the following checks are performed:
Can the token be sold in simulation?
Are maxTx/minTx limits present and manageable?
Are transfer taxes or buy/sell taxes within safe thresholds?
Is liquidity locked for at least 30 days or burned?
Does the contract contain obfuscated/honeypot methods?
These simulations run in under 2 seconds and return a verdict with color-coded flags:
Green: Safe to trade
️ Yellow: Unlocked liquidity, high tax, or moderate risks
Red: Honeypot or unsafe sell function
If the token fails red status, the bot blocks the user from executing and explains the failure in plain English (e.g., “Token cannot be sold. Simulation failed.”).
Reorg Protection
Blockchain reorganizations (reorgs) on BSC can cause trades that were previously confirmed to be invalidated, potentially causing double-spend or execution failures. This occurs during high volume launches, congested nodes, or malicious validator behavior.
Snipe Bot implements a block confirm buffer system where:
Critical buys/sells are only confirmed after multiple block confirmations (default: 5)
Any reorg detected triggers a rollback, order pause, and user notification
In case of execution during reorg, the bot replays trade logic to verify state consistency
This protection ensures trades are stable and final, especially during launchpad events or meme token stampedes.
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