Architecture

Singularity was designed from the ground up as a modular, autonomous, and API-first protocol—capable of reacting to blockchain events in real time, without depending on third-party services. Its architecture is what enables the project to scale from simple bots to a full ecosystem of analytics, automation, and intelligent coordination tools.

🧱 Core Principles

🔁 Modular by Design

All components—BuyBot, RaidBot, Trending Engine, WalletProfiler, RiskMap, and others—are developed as independent modules, with isolated responsibilities and open integration points.

  • No monolithic codebase

  • New modules can be added without downtime

  • Future vision includes external devs deploying custom modules via open SDK/API

🌐 API-First Architecture

Every internal system is built as if it will be used externally. This enables Singularity to eventually become a platform, not just a set of tools.

  • REST and WebSocket endpoints (internal, expanding to public)

  • Webhook-based automation (Telegram, Discord, bot triggers)

  • Fully stateless interaction—suitable for low-latency automation

⚡ Event-Driven Processing

Singularity operates around on-chain events—swaps, LP changes, transfers, ownership flags—rather than polling price feeds or block scanners.

  • Enables true real-time response to smart contract activity

  • Reduces lag and eliminates noise

  • Foundation for automation, detection, and custom triggers

🛰️ Node Infrastructure (In Progress)

Singularity’s long-term power depends on owning the data layer. That’s why a full Ethereum node is being deployed as part of the system's backbone.

🔧 Current Status:

  • Hardware acquired and configured: SSDs, high-speed RAM, processor, power redundancy

  • Node software installation complete

  • Full chain sync currently in progress (expected timeline varies by chain size)

  • Temporary reliance on backup RPC endpoints until node is fully operational

🔜 What the Node Enables:

  • Real-time RPC and WebSocket feed from our own infra

  • No rate limits, no 3rd-party downtime, no API dependency

  • Precise and verifiable on-chain tracking for:

    • Buy/sell events

    • Wallet activity

    • LP mutations

    • Contract risks

📦 Persistent Event Layer (Planned)

Once the node is fully live, all tracked events will be persisted and indexed, unlocking powerful features:

  • Historical tracking of wallets and tokens

  • Queryable timeline of every relevant event per address or contract

  • Wallet score progression over time

  • Input layer for AI agents and advanced analytics

🧠 Forward Compatibility

The entire system is built to scale:

  • Multi-chain node expansion (Base, BSC, Arbitrum, etc.)

  • Risk scoring API for external use

  • Partner deployment system (white-label BuyBot/RaidBot instances)

  • NFT trigger automation, cross-tool sync, Telegram-native dashboards

  • Custom LLM agents operating on live and historical data

🧪 Summary

Singularity’s architecture is not yet complete, but its foundations are precise:

✅ Modular codebase ✅ API-first design ✅ Real-time logic in all tools ✅ Physical infra secured 🔄 Node sync in progress 🔜 Persistent event indexing 🔜 Full ecosystem extensibility

We’re not just running bots. We’re building the backend that bots, devs, traders, and entire communities will run on.

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