Architecture

The LYS platform is built from the ground up to deliver ultra-fast, structured, and AI-ready blockchain data. This architecture enables data ingestion, decoding, enrichment, aggregation, and delivery - all within milliseconds.

Here’s how the full system is structured:

LYS Data Stack
──────────────

DECODERS ─────┐
              │
              ├──> ETL: LYS Core
              │     └── Decodes and structures Solana blockchain events
              │
              ├──> Real-Time Aggregations
              │     └── Triggers: ATH, volume spikes, bundle detection
              │     └── Output: Live WSS streams for bots, dashboards
              │
              ├──> Historical Aggregations
              │     └── Indexed event storage for backtesting, PnL, token history
              │
              ├──> Solexys ETL
              │     └── Specialized decoding for agent insights and AI context
              │
              ├──> Solexys Blockchain API
              │     ├── Enriched token data for AI agents
              │     └── Solexys Frontend queries live metrics and wallet behavior
              │
              ├──> Solexys Off-Chain API
              │     └── Handles chat history, user-defined strats, watchlists
              │
              └──> Raw Data API & WebSocket
                    └── Raw decoded Solana block data in real time

Data flow summary

1. Raw ingestion Full Solana blocks ingested from Geyser + validator infrastructure.

2. Protocol-specific decoding Custom parsers extract true on-chain intent from transactions.

3. Event normalization Unified schema output: swaps, transfers, votes, launches, etc.

4. Aggregation engines Real-time summarization (e.g volume, ATHs) + historical indexing.

5. API layer REST + WebSocket endpoints for raw and enriched data delivery.

6. Agent layer (Solexys) NLP-driven strategy interface backed by real-time intelligence.

This architecture ensures that whether you're building trading bots, training AI agents, or doing advanced research - LYS delivers structured data with speed, context, and precision.