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Introduction

This documentation provides a technical overview of Magi (Virtual Smart Chain), a decentralized protocol for cross-chain asset custody and swaps, settlement, and smart contract execution. Magi connects EVM and non-EVM chains through validator-managed vaults and a unified stablecoin-based routing system using HBD. Magi enables feeless transactions, native asset support, and composable cross-chain logic in a single trust-minimized environment.

Built as a high-performance, feeless settlement layer, Magi leverages WebAssembly smart contracts, BLS threshold-signature consensus, validator-managed vaults, zero-knowledge proofs (currently for Ethereum, with broader use planned), and a collateral-backed native asset model that reduces liquidity fragmentation across ecosystems.

All swaps are routed through a single base asset, a stablecoin, HBD (Hive Backed Dollars). Using HBD exposes LPs only to 1-sided volatility which makes liquidity provision on Magi more predictable and efficient for both institutional and retail participants.

Unlike other cross-chain protocols limited to basic swap mechanics, Magi supports smart contract execution, allowing developers to build composable, cross-chain, decentralized applications within the protocol itself.

Core Protocol Features:

Section titled “Core Protocol Features:”
  • Native Multi-Chain Asset Support

Assets from supported blockchains (Bitcoin and Ethereum on mainnet today; Litecoin, Dash, and Solana planned) are deposited directly into on-chain vaults secured by Magi validators. These validators are required to stake Hive as economic collateral, ensuring security and accountability.

  • Smart Contracts via WebAssembly (WASM)

Developers can build powerful on-chain logic using WASM-based contracts, with native access to assets from multiple chains.

  • Validator Observation & Zero-Knowledge Proofs

Validators observe each external chain by running native clients (e.g. bitcoind for Bitcoin, geth for Ethereum) and reach BLS-signed consensus on chain state. Zero-knowledge proofs are currently used for Ethereum validation (via the SP1-Helios light client), with broader ZK use planned for other chains.

  • Universal Wallet Interoperability

Users can interact with the protocol using wallets from any supported blockchain, removing the need to manage multiple accounts or formats.

  • Human-Centric Identity Layer

Through native Hive integration, users benefit from readable usernames, account abstraction, social login, enabling Web2 simplicity without sacrificing decentralization.

Magi’s Next-Gen Innovations

Section titled “Magi’s Next-Gen Innovations”

Magi introduces several novel architectural components to address common limitations in existing cross-chain protocols in order to deliver a unified, scalable, and developer-friendly ecosystem. These innovations address long-standing limitations in interoperability, user experience, and liquidity fragmentation. These components aim to simplify development and improve the user experience in multi-chain environments.

  • Native Asset Mapping

Magi enables assets from different blockchains to be securely locked on their native chains and mapped to Magi-connected addresses. Today this covers BTC and ETH (with LTC, DASH, and SOL support planned), plus Hive as the L1. For example: this allows Ethereum wallet addresses to hold native Bitcoin (BTC) and vice versa, all while leveraging Magi’s decentralized validator network for seamless cross-chain interoperability.

  • Feeless In-Protocol Transactions

Magi eliminates gas fees for users by utilizing Hive’s resource credit model. These credits regenerate over time and are consumed when a user performs on-chain actions like transferring tokens, interacting with smart contracts, or signing transactions.This system enables truly feeless interactions, making Magi uniquely positioned to offer a gasless experience, ideal for onboarding mainstream users and scaling usage without friction.

  • Stablecoin (HBD) as the Base Asset in All Pairs

Liquidity pools on Magi pair every asset against HBD, an algorithmic stablecoin with a decade-long track record of uptime and stability. This standardizes routing paths and simplifies liquidity provisioning across assets and chains while preventing volatility shocks and requiring exposure to a secondary volatile asset.