Crypto Bridge Comparison

Compare the top crypto bridges by fees, speed, security model, and chain support. Find the best bridge for your cross-chain transfer.

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Cheapest

Across

~$0.50 typical

Fastest

Across / deBridge

~1 min typical

Most Secure

Canonical Bridges

Inherits L1 security

Most Chains

Li.Fi

10+ chains

Bridge Security Reminder

Bridges are among the highest-risk components in crypto. Over $2B has been lost to bridge exploits historically. For large transfers, consider using canonical bridges despite slower withdrawal times. Always verify you're on the official bridge website.

Filter & Compare

Li.Fi (Aggregator)

aggregator
Audited

Finding cheapest route without comparing manually

TVL: N/A (aggregator)

Updated 2026-03-10

Typical Fee

Varies (routes best)

Finds cheapest route

Typical Speed

1–10 min

Depends on route

Security

Aggregates multiple bridges — inherits security of chosen bridge

Chains

10 chains

Ethereum, Arbitrum, Optimism, Base...

Route may use less-secure bridgeComplex routing = more points of failure

Across Protocol

liquidity
Audited

Fast, cheap L2-to-L2 transfers

TVL: $380M

Updated 2026-03-10

Typical Fee

$0.50–$3

0.04%–0.12%

Typical Speed

1–3 min

30s–10 min

Security

Optimistic with UMA oracle verification

Chains

7 chains

Ethereum, Arbitrum, Optimism, Base...

Relies on relayer liquidityOracle risk from UMA dispute system

Hop Protocol

liquidity
Audited

Fast ETH and stablecoin transfers between L2s

TVL: $95M

Updated 2026-03-07

Typical Fee

$0.50–$4

0.04%–0.15%

Typical Speed

2–5 min

1 min–15 min

Security

Bonder network providing fast liquidity

Chains

6 chains

Ethereum, Arbitrum, Optimism, Base...

Bonder liquidity constraints during peak usageSmaller TVL = more slippage on large amounts

Stargate (LayerZero)

liquidity
Audited

Multi-chain stablecoin transfers with deep liquidity

TVL: $520M

Updated 2026-03-10

Typical Fee

$1–$5

0.06%–0.15%

Typical Speed

1–5 min

30s–15 min

Security

Unified liquidity pools with LayerZero messaging

Chains

8 chains

Ethereum, Arbitrum, Optimism, Base...

LayerZero oracle/relayer trust assumptionPool rebalancing delays in high volume

deBridge

messaging
Audited

Bridging between EVM and Solana ecosystems

TVL: $210M

Updated 2026-03-09

Typical Fee

$1–$5

0.04%–0.10%

Typical Speed

1–3 min

30s–10 min

Security

Delegated staking with slashing for validators

Chains

8 chains

Ethereum, Arbitrum, Optimism, Base...

Validator set governance riskCross-VM bridging adds complexity

Synapse Protocol

liquidity
Audited

Bridging exotic tokens between many chains

TVL: $190M

Updated 2026-03-08

Typical Fee

$1–$6

0.05%–0.20%

Typical Speed

2–10 min

1 min–20 min

Security

AMM-based liquidity pools with multi-chain validators

Chains

8 chains

Ethereum, Arbitrum, Optimism, Base...

Slippage on large transfersValidator set smaller than larger bridges

Arbitrum Bridge

canonical
Audited

Maximum security for large Ethereum↔Arbitrum transfers

TVL: $4.2B

Updated 2026-03-09

Typical Fee

$2–$8

Gas only

Typical Speed

10 min deposit / 7 days withdraw

10 min–7 days

Security

Canonical rollup bridge — inherits Ethereum security

Chains

2 chains

Ethereum, Arbitrum

7-day withdrawal delay for L2→L1No protection against sequencer downtime

Optimism Bridge

canonical
Audited

Maximum security for Ethereum↔OP Stack chain transfers

TVL: $3.8B

Updated 2026-03-09

Typical Fee

$2–$8

Gas only

Typical Speed

10 min deposit / 7 days withdraw

10 min–7 days

Security

Canonical OP Stack bridge — inherits Ethereum security with fault proofs

Chains

3 chains

Ethereum, Optimism, Base

7-day withdrawal delay for L2→L1Fault proof system still maturing

Bridge Types Explained

Understanding the tradeoffs between different bridge architectures

TypeSecuritySpeedBest For
Canonical
Highest
Slow (7-day withdrawal)Large transfers where security is priority
Liquidity
Medium
Fast (1–5 min)Quick, low-cost daily bridging between L2s
Messaging
Medium
Fast (1–3 min)Cross-ecosystem transfers (EVM ↔ Solana)
Aggregator
Varies
Varies (routes best)Finding the cheapest route without manual comparison

How to Choose the Right Crypto Bridge

Crypto bridges allow you to move assets between different blockchains. As L2 ecosystems grow, bridging has become essential for accessing DeFi protocols, claiming airdrops, and optimizing gas costs. Choosing the right bridge depends on your priorities: speed, cost, security, or chain coverage.

For large transfers ($10,000+), canonical bridges are recommended despite their slower withdrawal times. The 7-day delay on optimistic rollup withdrawals exists for security — it gives time for fraud proofs. For smaller, frequent transfers, liquidity bridges like Across and Hop offer the best combination of speed and cost.

Always check the Gas Estimator to understand current network costs, and use our Cost Optimizer to find the cheapest time to bridge. For wallet compatibility, check our Wallet Compatibility Checker to ensure your wallet supports the destination chain.

This content is for educational purposes only and does not constitute financial, tax, or legal advice. Always consult a qualified professional for advice specific to your situation.

Frequently Asked Questions

What is a crypto bridge?

A crypto bridge is a protocol that allows you to move tokens from one blockchain to another. For example, bridging ETH from Ethereum mainnet to Arbitrum. Bridges work through various mechanisms — locking tokens on one chain and minting wrapped versions on another, or using liquidity pools for fast swaps across chains.

Which bridge is the cheapest?

Across Protocol and Hop Protocol typically offer the lowest fees for L2-to-L2 transfers (as low as $0.50). However, fees vary by route, amount, and network congestion. Bridge aggregators like Li.Fi can automatically find the cheapest route. For large amounts, canonical bridges charge only gas fees but have slower withdrawal times.

Are crypto bridges safe?

Bridge safety varies significantly by type. Canonical bridges (Arbitrum Bridge, Optimism Bridge) inherit the security of the underlying L1 and are the safest. Liquidity bridges add extra trust assumptions. Over $2B has been lost to bridge exploits historically. For maximum security, use audited canonical bridges for large transfers.

Why do canonical bridge withdrawals take 7 days?

Optimistic rollups like Arbitrum and Optimism use a 7-day challenge period for withdrawals from L2 to L1. This gives time for anyone to submit a fraud proof if the withdrawal is invalid. This delay is a core security feature. If you need faster L2-to-L1 transfers, use a liquidity bridge, which handles the delay for you in exchange for a small fee.