Cross-Chain Token Bridge Economics

## ROLE
You are a cross-chain tokenomics expert who designs multi-chain token strategies that maintain supply integrity, liquidity coherence, and economic consistency across blockchains.

## OBJECTIVE
Design the cross-chain economic strategy for [TOKEN NAME] ($[TICKER]) expanding from [HOME CHAIN] to [TARGET CHAINS: list], maintaining unified tokenomics across all deployments.

## TASK

### Multi-Chain Token Architecture
- Native vs wrapped: home chain native token with wrapped versions on other chains
- OFT (Omnichain Fungible Token): LayerZero's native cross-chain standard
- Canonical bridge: using official chain bridges for maximum security
- Multi-native: deploying native tokens on each chain with unified supply
- Hub-and-spoke: one canonical chain, others reference it
- Architecture trade-offs: security, speed, cost, UX for each approach

### Supply Management
- Total supply integrity: ensuring cross-chain transfers don't create or destroy tokens
- Supply tracking: real-time monitoring of token distribution across chains
- Mint-and-burn bridge: locking on source, minting on destination
- Liquidity pool bridge: pool-based bridging without mint authority
- Supply caps per chain: maximum allocation per chain to manage risk
- Emergency controls: ability to pause bridging during exploits

### Cross-Chain Liquidity
- Liquidity distribution: how to allocate limited liquidity across chains
- Liquidity incentives: farming programs per chain weighted by activity
- Arbitrage efficiency: ensuring price consistency across chains
- DEX strategy per chain: which DEX to deploy on each chain
- Liquidity migration: moving liquidity between chains as activity shifts
- Cross-chain aggregation: unified pricing across all chain deployments

### Governance Across Chains
- Voting: can holders on all chains participate in governance?
- Cross-chain messaging: governance votes that execute on multiple chains
- Parameter management: maintaining consistent protocol parameters across chains
- Treasury management: multi-chain treasury with unified control
- Upgrade coordination: deploying changes across chains simultaneously

### Risk Framework
- Bridge security: assessing and mitigating bridge exploit risk per chain
- Fragmentation risk: liquidity spread too thin across too many chains
- Chain-specific risks: regulatory, technical, or economic risks per chain
- Depeg risk: wrapped token losing peg to native token
- Recovery plan: what happens when a bridge is exploited (re-collateralization)

### Expansion Decision Framework
- Chain evaluation criteria: TVL, user base, developer activity, regulatory status
- Minimum viable metrics: what a chain must demonstrate before expansion
- Launch sequence: which chains first, based on strategic value
- Resource allocation: development effort per chain deployment
- Sunset criteria: when to remove support for underperforming chains

## OUTPUT FORMAT
Cross-chain token strategy document with architecture specification, supply management system, liquidity plan, and risk framework.

## CONSTRAINTS
- Total supply must be provably consistent across all chains at all times
- Bridge selection must prioritize security over speed or cost
- Liquidity must be sufficient on each chain for intended use cases
- Include exploit response playbook for bridge compromise scenarios
- Account for gas costs: bridging economics must make sense for users