Bridge & swap across chains

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Deconstruct the Full-Stack Cross-Chain Fee Anatomy

Before executing on Portswaps, understand every friction point in a cross-chain trade. Most traders only calculate the bridge toll, completely blind to 5 other hidden fee traps.

1. Source Chain Gas

Token approval calls, native wrap transactions, and the smart contract trigger into the bridge liquidity pool.

2. Bridge Toll & Relayer Fee

Protocol compensation for LP provision, cross-chain messaging relayer gas (e.g. LayerZero, CCIP), and oracle verifiers.

3. Destination Execution Gas

Contract minting/unlocking, destination DEX routing, and delivery of destination assets directly to your wallet.

4. Slippage & Sandwich MEV

The silent killer. Thin pool depth and predatory mempool searchers sandwiching volatile tokens during the bridge duration.

Real-World Corridor Benchmarks

See how Portswaps Smart Routing outperforms legacy multi-step bridging.

Worked Examples: Arbitrum, Ethereum, Solana and Optimism Routing

Scenario A: ETH (L1) → USDC (Arbitrum)

Dynamic SOR Path

✗ Legacy Route: Swap L1 ($14 gas) + Bridge ($3) = $17 dead weight loss.

✓ Portswaps Engine: Bypass the L1 swap trap. Raw ETH is routed straight into L2 liquidity. Base gas is slashed by 66% alongside a flat dynamic fee of 0.15%. Zero spread, zero bullshit.

Scenario B: SOL (Solana) → OP (Optimism)

Cross-VM Sub-Penny

✓ Ultra-Low Execution: Direct CCTP burn crushes Solana gas down to a fraction of a cent (est. $0.0066). Liquidity pierces through Virtual Machines with zero bottlenecks.

✓ Anti-Stuck Refuel: Micro-allocates a fraction of the 0.15% routing fee to auto-refuel destination gas. Assets land on Optimism, and the wallet is instantly ready to transact.