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  • SupraNova Bridge - Bridging ETH to Supra
  • Bridging Flow
  • Supra’s Interoperability Model (HyperNova vs HyperLoop)
  • Standard Two-Layer Approach in SupraNova
  • Workflow of Hypernova Bridging within SupraNova
  • Proof Validation Structure in HyperNova
  • Ethereum to Supra Security
  • Fee Structure in SupraNova
  • Modular Relayer Architecture
  • Token Bridge Smart Contract Interface
  • Token Bridging Model - Lock-Mint
  • Future Roadmap
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Future Roadmap

SupraNova’s architecture is designed to evolve beyond one-way bridging into a fully decentralized cross-chain communication framework.

Upcoming releases:

Reverse Bridge (Burn-Release)

Users will be able to burn wrapped tokens on Supra (e.g., wETH) to release locked native assets (e.g., ETH) from the source chain. This enables bi-directional bridging.


PoEL (Proof of Efficient Liquidity) - Service Layer

Future releases may include service modules such as PoEL, enabling:

  • Staking across chains

  • Ownership validation

  • Governance participation

PoEL will be documented separately and is not part of the current bridge release.


Multi-Chain Bridging Support

The HyperNova protocol will expand to support additional EVM chains. Each will be integrated based on light client feasibility, validator model, and consensus compatibility.


HyperLoop Integration for Fast L2 Transfers

For chains where full consensus proofs are unnecessary (e.g., L2 rollups), SupraNova will offer HyperLoop, a fast multisig-based bridging solution with rotating validator sets and game-theoretic safety.

PreviousToken Bridging Model - Lock-Mint

Last updated 4 days ago