Technical Architecture

Solanalyzer’s architecture is built for speed, scalability, and modular integration, leveraging the high performance of the Solana blockchain while maintaining a secure, verifiable data pipeline. It operates across three interconnected layers:

Layer 1: Blockchain Indexing Layer

• Solana Node Integration: Dedicated indexers connect to Solana’s RPC and WebSocket endpoints to monitor token program events in real time.

• Event Parsing Modules: Written in Rust, these modules detect developer token locks/unlocks, liquidity bonding, and mint authority transfers.

• Data Verification: Detected events are validated via transaction logs and cross-checked with public Solana APIs to prevent duplication or spoofing.

This layer transforms raw blockchain transactions into structured, verified events ready for higher-layer processing.

Layer 2: Data Aggregation & Intelligence Layer

• Cross-Platform Data Sync: Integrates Dexscreener and DEXTools APIs for metadata synchronization, enabling detection of token profile changes (logo, name, website, description).

• Event Prioritization Engine: Classifies and prioritizes events based on relevance (e.g., new liquidity creation vs. minor metadata change).

• Normalization & Hashing: Every event is normalized into a common structure and cryptographically hashed for data integrity verification.

This layer serves as the analytical brain of Solanalyzer, ensuring accurate, timely, and filtered event detection across multiple data sources.

Layer 3: User Interaction & Distribution Layer

• Telegram Bot Middleware: A secure middleware layer connects the indexer to the Telegram bot API, handling user authentication, wallet verification, and alert delivery.

• Token-Gated Access: Wallets containing $SOLZR tokens gain access to advanced features (custom alerts, frequency controls, API access).

• Alert Customization: Users define event filters and delivery settings (e.g., “notify me for all liquidity events >10 SOL” or “track dev wallets only”).

• Decentralized Delivery Queue: Built on distributed message brokers to ensure scalability and low-latency notification even under heavy network load.

Data Security & Redundancy

• Encrypted Communication: All data between indexers, APIs, and Telegram is transmitted via TLS/HTTPS.

• Redundant Indexers: Multiple independent nodes run simultaneously to ensure uptime and consistency.

• Open-Source Framework (Future Goal): Core components of the indexer will be made open for verification and community auditing.

This architecture ensures speed, integrity, and trust, turning complex blockchain activity into usable intelligence in seconds.