System Architecture
At a high level, Blinksnipe operates through the following flow:
User Wallet
↓
Telegram Bot Interface
↓
Strategy & Configuration Layer
↓
Liquidity Detection Engine
↓
Mempool Monitoring & Execution Engine
↓
EVM Network (DEX / Token Contract)Each layer is optimized to minimize latency while maintaining execution accuracy and safety.
5.2 Telegram Bot Interface Layer
The Telegram Bot Interface serves as the primary control surface for users.
Responsibilities:
Wallet connection and authorization
Strategy configuration (buy amount, slippage, gas, safety rules)
Launching and stopping sniper tasks
Reporting execution status and results
This layer is intentionally lightweight to ensure fast command processing and immediate task execution.
5.3 Strategy & Configuration Layer
The Strategy Layer translates user-defined parameters into executable logic.
Key functions:
Validate user inputs
Store strategy parameters securely
Define execution conditions
Apply risk preferences
This separation allows strategies to be adjusted without altering the execution engine itself.
5.4 Liquidity Detection Engine
The Liquidity Detection Engine is responsible for identifying the exact moment a token becomes tradable.
Detection methods include:
Monitoring liquidity additions on supported DEXs
Tracking pair creation events
Observing relevant contract calls
Once liquidity is detected, a signal is immediately sent to the execution engine, triggering trade execution.
5.5 Mempool Monitoring Engine
Blinksnipe continuously monitors the public mempool to gain early visibility into pending transactions.
Capabilities:
Detect liquidity-related transactions before confirmation
Identify competing sniper activity
Optimize gas strategy based on mempool congestion
This allows Blinksnipe to submit transactions with competitive priority during launch events.
5.6 Execution Engine
The Execution Engine is the core of Blinksnipe’s performance advantage.
Key features:
Ultra-fast transaction construction
Dynamic gas price optimization
Precise timing aligned with liquidity availability
Minimal execution overhead
Transactions are crafted and broadcasted immediately when conditions are met, minimizing delay between detection and execution.
5.7 Anti-Bot & Anti-Snipe Logic Module
To interact safely with modern launch contracts, Blinksnipe includes adaptive logic to handle common defenses.
This module handles:
Trading delay detection
Max transaction limit checks
Temporary restrictions and cooldowns
Execution timing and parameters are adjusted dynamically to reduce failed transactions or fund lockups.
5.8 Safety & Risk Analysis Module
Blinksnipe integrates a risk analysis pipeline that operates alongside execution logic.
Checks may include:
Honeypot detection
Buy/sell tax validation
Trading permission checks
Contract behavior analysis
These checks are optimized to run quickly and can be configured or disabled based on user preference.
5.9 Non-Custodial Wallet Interaction
Blinksnipe follows a non-custodial architecture.
User funds remain in the user’s wallet
Transactions require explicit user authorization
Blinksnipe never holds private keys
This ensures user control while maintaining execution performance.
5.10 Scalability & Multi-Chain Design
The system is designed to scale across:
Multiple EVM chains
Different DEX implementations
Increasing transaction volume
The modular design allows new chains or DEXs to be added without restructuring the entire system.
Summary
The Blinksnipe system architecture is engineered to operate where speed, precision, and reliability are critical. By combining real-time liquidity detection, mempool-aware execution, and configurable safety logic, Blinksnipe delivers a unified sniper trading system capable of competing in the most demanding launch environments.
Speed is architecture. Architecture is alpha.
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