Singularity Finance
  • Singularity Finance
  • Introduction
  • Background
    • Merger
  • Market Opportunity
    • Tokenise, Monetise and Decentralise the AI Economy
      • Hardware Layer
      • Platforms
      • Foundation Models and Knowledge Graphs
      • Model Hubs
      • Applications
      • Services
      • Data: Monetising Data Contributions
  • SFI Value Proposition
    • Dedicated Layer-2 for AI Economy
    • Core Pillars of the SFI L2
      • AI-Centric dApp
      • Tokenisation Framework
      • Identity Solutions
      • SFI Vaults
        • Architecture
        • Profit Framework
        • Operational Flow
        • Use Cases for SFI Vaults
        • Features
          • Strategies
          • Vault Management Dashboard
          • Risk Engine
          • Execution Engine
          • Fee Infrastructure
          • Governance
          • Router
          • Oracles
          • Zapper Framework
          • Keepers
      • Auxiliary Features
        • AI-Driven Market Making and Liquidity Provisioning
        • Prediction Markets
        • On/Off Ramps
    • Tokenised Data Centres
  • SFI L2
    • Introduction
    • L2 Architecture
      • Operational Model: Optimistic Rollups
      • Data
      • Sequencer
    • Core Features
      • Bridges
      • Indexers
      • Oracles
      • Relays
      • Verifiable Random Function (VRF)
      • Account Abstraction
      • Automation and Offchain Data Integration
  • LAunch
    • Testnet
      • Setup Guide
      • How to Participate in the SFI Testnet
      • FAQs
    • Mainnet
  • Tokenomics and Utility
    • Token Merge & Allocations
      • Allocation & Distribution
    • Token Utility
    • SFI Nodes
      • Details
    • Roadmap
    • Leadership Team
    • Conclusion
    • Appendix
  • Legal
    • SFI Token Terms & Conditions
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  1. SFI Value Proposition
  2. Core Pillars of the SFI L2
  3. SFI Vaults
  4. Features

Zapper Framework

PreviousOraclesNextKeepers

Last updated 4 months ago

Unified Modeling of Zap Actions as Swaps: The zapper framework integrates seamlessly with the DynaRouterAPI, simplifying and optimising interactions with DeFi vaults and liquidity pools. It models deposits into vaults as a swap from contribution tokens to vault shares. The underlying vault zapper contracts facilitate the transparent exchange of contribution tokens into deposit tokens of the vault. Similarly, liquidity zapper contracts manage the addition or removal of liquidity using a single underlying AMM weighted pool token.

Predictable Cross-Protocol Optimal Routes:

By modelling all zap actions as swap actions, the router framework can select the optimal output amount by previewing vault share redemption against the preview of a swap of vault shares in a decentralised exchange. Fine Grained Access Control: For regulated tokens or closed beta launches, Singularity Finance has developed a TokenWhitelistRegistry that manages access to different token routers and zappers.