Overview of CapsureLabs System and Components
1.1 Overview of CapsureLabs System and Components
CapsureLabs is a comprehensive Web3 platform that supports creators, traders, investors, developers, and other participants within the decentralized ecosystem. Established in 2021, CapsureLabs has focused on simplifying Web3 engagement through advanced yet intuitive tools that help users unlock the potential of decentralized technology. This documentation details the platform’s architecture, the organization of its core components, and an overview of each module that drives CapsureLabs functionality.
1.2 System Architecture and Core Modules
CapsureLabs architecture is designed with scalability, modularity, and security at its core. It consists of various subsystems and core modules that interact seamlessly to provide a complete Web3 experience across different user groups. The system is broken down into the following primary components:
A. Frontend Interface
Built using frameworks like React and Tailwind CSS for responsiveness, the CapsureLabs UI is a single-page application (SPA) that interacts with backend services through APIs and Web3 libraries.
The UI interacts with Web3 libraries such as web3.js or ethers.js to provide seamless wallet integration, ensuring users can connect, manage, and transact directly within the app.
B. Backend Microservices
Manages incoming requests from frontend applications, routing them to respective backend microservices. The API gateway is also responsible for authorization, rate limiting, and monitoring.
Consists of AI and data processing services, including tools like AiTradeBot for trading, NFT Sniper for NFT discovery, and DeFi Yield Optimizer for maximizing DeFi returns.
Implements both off-chain and on-chain storage. Off-chain data is managed via databases like PostgreSQL or MongoDB for structured and semi-structured data, while on-chain data is stored on blockchains like Ethereum for assets, transactions, and smart contracts.
C. Blockchain Layer
The foundation of CapsureLabs functionality for on-chain assets and transactions. Smart contracts manage token transactions, NFT minting, DeFi activities, and DAO voting. Solidity and Vyper are used for contract development, with extensive testing using frameworks like Truffle or Hardhat.
CapsureLabs supports ERC-20 and ERC-721 tokens for managing in-platform assets. Contracts for these tokens are audited to ensure secure handling of digital assets, staking, and trading activities.
Integrates tools such as Chainlink Oracles for secure and accurate cross-chain data, enabling CapsureLabs services to interact with multiple blockchains for enhanced interoperability.
D. DAO and Governance Modules
A decentralized voting system enabling community-driven decisions. Users with governance tokens can vote on proposals or submit new ones, allowing transparency and trust within the platform.
Rewards users for platform engagement. The tool issues tokens or NFTs for active participation, which can be tracked on-chain for transparency and engagement insights.
E. Analytics and Monitoring Layer
Provides real-time analysis of blockchain transactions, token flow, and asset liquidity within CapsureLabs.
Tracks user interactions, preferences, and in-app behavior for a better understanding of community needs and engagement patterns. Aggregated user data is processed with machine learning models to improve personalized recommendations and suggestions.
1.3 Introduction to the Platform’s Architecture and Core Modules
Last updated