Proposal: Hyperlane Integration on Terra Classic — Multichain Connectivity with Ethereum, BSC, and Solana
Summary
This proposal seeks approval to deploy the Hyperlane protocol on the Terra Classic (LUNC) blockchain, enabling decentralized bridges with Ethereum (ETH), Binance Smart Chain (BSC), and Solana (SOL).
The project also includes the development and customization of a Hyperlane Warp UI, fully compatible with CW20 tokens from the Terra Classic ecosystem.
Implementation will be completed within 30 days, and payment will only be made after full deployment and verification in production.
Motivation
Currently, official bridges such as Wormhole have discontinued infrastructure support for Terra Classic.
As a result, native coins (LUNC and USTC) and CW20 tokens have lost the ability to transfer across chains.
This left the Terra Classic ecosystem isolated within its own liquidity bubble, restricted to DEXs on the same blockchain and unable to access larger global markets.
Hyperlane offers a decentralized, community-controlled, and open-source alternative, ensuring that the infrastructure (validators and relayers) belongs to the community itself.
This removes the risk of third-party discontinuation or dependency, as the bridge becomes fully community-operated.
Why Hyperlane
Hyperlane is a modular interoperability protocol that enables secure cross-chain communication, token transfers, and contract calls between blockchains — with no intermediaries.
Key Benefits
- Decentralized infrastructure operated by the community
- Integration with Ethereum, BSC, and Solana
- Expanded global liquidity for CW20 tokens
- Support for native assets like LUNC and USTC, as well as CW20 tokens such as Juris, Sele, Terra, Base, Cookier, and others
Access to Global Liquidity
With Hyperlane, CW20 tokens can be wrapped and listed on major DEXs:
| Network | Potential DEXs |
|---|---|
| Ethereum | Uniswap, Curve, Balancer |
| BSC | PancakeSwap, Thena, Biswap |
| Solana | Jupiter, Raydium, Orca |
This integration will allow Terra Classic assets to reach new markets and investors, breaking the liquidity bubble currently confined to the blockchain’s own DEXs.
Technical Overview
Implementation involves the following steps:
- Deploy core Hyperlane contracts: Mailbox, Interchain Gas Paymaster (IGP), ValidatorAnnounce, and ISMs
- Configure four independent validators, with open slots for community members to apply
- Set up relayers responsible for delivering cross-chain messages
- Create bridge contracts for CW20 ↔ ERC20 / BEP20 / SPL tokens
- Develop and customize the Warp UI for multi-chain swaps
- Publish documentation explaining how to create and maintain Warps, assisting other developer teams with future maintenance
Important Notes
- Even with documentation, Warp creation is highly technical and should only be handled by experienced developers.
- To maintain reliability, validators must stay active — inactivity can lead to community voting for replacement.
- The Warp UI requires its own hosting infrastructure (e.g., React web server or hosting service).
- The source code will be publicly released, allowing community members to host and maintain the interface.
Warp UI Customization
A custom fork of the official Hyperlane Warp UI will be developed with specific adjustments for Terra Classic:
- Accurate CW20 token balance calculations using the Cosmos SDK
- Adaptation for automatic approval via
transfer_from - Smooth visual integration between Terra Classic and other networks
- A clean, user-friendly, open-source interface accessible to everyone in the community
Validators and Rewards
The system will operate with four independent validators, open to community participation.
Each validator must use a KMS (Key Management Service) or WS-secured environment for key management.
According to the official Hyperlane documentation:
- Validators can receive protocol rewards (Validator Rewards)
- Relayers can charge transaction fees
(docs.hyperlane.xyz)
Minimum Infrastructure Requirements
- 2 vCPUs
- 2–4 GB RAM
- 4 GB storage
Considering redundancy, KMS/WS, backups, and maintenance, an operational grant of $90/month per validator is proposed.
Future Networks
The initial setup will include Solana, BSC, and Ethereum.
In future proposals, other developers may expand the bridge to additional networks supported by Hyperlane, such as:
Arbitrum, Avalanche, Polygon, Celo, Gnosis Chain, Moonbeam, Optimism, Fantom, Harmony, and Aurora.
Budget
| Item | Description | Amount (USD) |
|---|---|---|
| Hyperlane Infrastructure | Full deployment of contracts, validators, and relayers | $9,000 |
| Warp UI (Fork) | Adjustments, CW20 integration, and source code release | $3,000 |
| Validator Support (4x) | Infrastructure + KMS/WS ($90 per validator/month) | $360/month |
Total Initial Cost: $12,000
Timeline
| Phase | Description | Duration | Status |
|---|---|---|---|
| Research & Testing | Over 3 months of local development and testing | ||
| Deployment | Contracts, validators, and relayers setup | 30 days | |
| Warp UI | Visual integration and UI adjustments | Parallel to deployment |
Payment Conditions
Payment will only be made after full production deployment and community verification.
Risks and Responsibility
- Hyperlane is an independent, open-source protocol maintained by a global community
- The proposer is not the owner of the protocol, but the developer responsible for installation
- Any issues or bugs in the base code are not the responsibility of the installer
- Installation will follow official documentation and best practices
Expected Impact
- Restores interoperability lost after Wormhole discontinuation
- Builds a community-owned, decentralized infrastructure
- Expands Terra Classic’s reach into major DeFi ecosystems
- Increases liquidity for LUNC, USTC, and CW20 tokens
- Strengthens innovation and technical growth within Terra Classic
Conclusion
The Hyperlane integration marks a crucial step toward restoring interoperability and liquidity for Terra Classic.
With a community-controlled decentralized infrastructure, we secure autonomy, resilience, and long-term sustainability for the network.
With a modest budget and a 30-day timeline, this proposal empowers the Terra Classic community with control over its bridges, tokens, and future.
Author: Igor Veras / Technical Team
Timeline: 30 days
Total Budget: $12,000
Payment: Upon production deployment and community verification