Protocol Stack

Understanding the technical architecture behind the FavOS Protocol.

Protocol Architecture

Application Layer

Layer 5

API & SDK Layer

Layer 4

Business Logic Layer

Layer 3

Data Storage Layer

Layer 2

Consensus & Security Layer

Layer 1

Layer Details

Application Layer

User-facing interfaces and experiences built on top of the FavOS Protocol

Key Components
  • White-label interfaces
  • Community dashboards
  • Partner integrations
  • Third-party applications
Integration Points

This layer interacts with:

Below: API & SDK Layer

API & SDK Layer

Developer tools and interfaces for building on the FavOS Protocol

Key Components
  • JavaScript/TypeScript SDK
  • REST API endpoints
  • GraphQL interface
  • WebSocket connections
Integration Points

This layer interacts with:

Above: Application Layer
Below: Business Logic Layer

Business Logic Layer

Core protocol services and business logic implementation

Key Components
  • SuperVote mechanics
  • Milestone tracking
  • Revenue distribution
  • Reputation systems
Integration Points

This layer interacts with:

Above: API & SDK Layer
Below: Data Storage Layer

Data Storage Layer

Persistent storage for protocol data and state

Key Components
  • On-chain smart contracts
  • Off-chain database
  • IPFS/Arweave content
  • Analytics data warehouse
Integration Points

This layer interacts with:

Above: Business Logic Layer
Below: Consensus & Security Layer

Consensus & Security Layer

Security and consensus mechanisms for decentralized operations

Key Components
  • Multi-chain support
  • veToken governance
  • Escrow contracts
  • Oracle integration
Integration Points

This layer interacts with:

Above: Data Storage Layer

Protocol in Action

To understand how these layers interact in practice, let's follow what happens during a typical SuperVote action:

  1. 1

    User Interaction (Application Layer)

    A user discovers an idea they believe in and decides to cast a SuperVote with 100 $FAV tokens through the web interface.

  2. 2

    API Processing (API & SDK Layer)

    The web client communicates with the API servers, authenticating the user and validating the vote parameters.

  3. 3

    Business Logic (Logic Layer)

    The protocol calculates the voting power based on the user's token lock duration, applies relevant multipliers, and updates the idea's validation metrics.

  4. 4

    Data Storage (Data Layer)

    The vote is recorded in both on-chain and off-chain storage, maintaining the state of the idea and the user's contribution.

  5. 5

    Security & Consensus (Bottom Layer)

    Smart contracts ensure the vote is properly recorded, tokens are escrowed appropriately, and the milestone conditions are transparently tracked.

Technical Integration

For Developers
Integrate with the FavOS Protocol through our comprehensive APIs

Access points include:

  • RESTful API with comprehensive documentation
  • GraphQL endpoint for flexible data queries
  • JavaScript/TypeScript SDK for frontend integration
  • Webhook support for event-driven architecture
For Enterprises
Leverage the Protocol for organizational innovation

Enterprise solutions include:

  • White-label implementation options
  • Custom governance and permission models
  • Private deployment configurations
  • Advanced analytics and reporting tools

Build on FavOS Protocol

Ready to leverage the full power of the FavOS Protocol stack? Access our developer resources and start building.