BTC Bridge

Bitcoin TVL … BTC … ETH …

Move BTC between networks

BTC Bridge tracks routes that move native Bitcoin to smart-contract networks and return tokenized Bitcoin to BTC, without custodying funds.

Open the BTC Bridge How it works

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WBTC tokenWBTC 0.00Preview
BTC tokenBTC 0.00Preview
WBTC → BTCNon-custodial bridge route
BTC token BTC
TypeBridge route
CustodyNon-custodial
Go to Swap
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Btc Bridge Protocol Architecture & Route Overview

A BTC bridge is not one standard: it is a route that locks BTC or swaps natively so value can appear on another chain, then later return.

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In practice you are choosing a custody and verification model—lock-and-mint into ERC-20, threshold-signed tBTC, or a liquidity/native swap—then checking contracts before you sign. This is an independent dashboard, not the operator; compare routes against general bridge mechanics and confirm execution in your own wallet.

Routesource chain <-> destination chain
Deposittypically minutes
Withdrawmay need proving/finalization
Gasnative asset on both chains
CustodyNon-custodial — your wallet signs
VerifyUse the official contracts; beware fake bridge sites
BTC Bridge

What is Btc Bridge?
BTC Bridge is a route for moving BTC value to another chain, not one universal protocol: the route may lock-and-mint, burn-and-release, use a liquidity network or execute a native cross-chain swap. Bitcoin bridge designs differ mainly in who or what proves the BTC deposit. On Ethereum Mainnet, chain ID 1, fungible Bitcoin representations are commonly ERC-20; the ERC-20 interface standardizes functions such as transfer, approve and transferFrom. WBTC is 0x2260FAC5E5542a773Aa44fBCfeDf7C193bc2C599 and tBTC is 0x18084fbA666a33D37592fA2633fD49a74DD93a88.

How bridging works
BTC bridging works by locking BTC and minting a representation, burning or transferring that representation to release BTC back, or swapping through liquidity/native cross-chain execution. Your wallet signs approvals and transactions, while delivery is authorized by custodians, threshold signers, validators or on-chain verification logic depending on the route. tBTC is the threshold-cryptography model: rotating signer groups secure deposited BTC under an honest-majority assumption, with the implementation public in the tBTC v2 repository.

Depositing to the destination
To deposit BTC, select native BTC as the source, choose the destination network and Bitcoin representation, then review the provider, receiving-token contract, rate, fees, confirmations, liquidity and custody model. The protocol gives you a Bitcoin deposit address or starts a native swap; after the required Bitcoin confirmations, destination delivery still depends on finality, protocol processing and congestion. A Bitcoin confirmation means the transaction has been included in a block, so keep BTC for the source transaction and the destination gas asset ready before you start.

Withdrawing back
To withdraw BTC, burn or transfer the tokenized Bitcoin and provide the Bitcoin address that should receive the release. Some routes add a finalization, proving or challenge step; a pending transaction is not a reason to submit a duplicate, and the receiving Bitcoin address format must match the route before signing. A non-custodial interface keeps keys with you. The return leg may therefore be slower or use a different transaction sequence than the deposit.

Time and fees
BTC bridge cost is the sum of the Bitcoin network fee, destination-chain gas, any provider service fee or spread, and mint/redeem logic where applicable. Time is also layered: Bitcoin confirmations, destination finality, protocol processing and congestion stack together. On Ethereum, gas is the execution resource paid for with the chain's native asset. Compare the quote screen by received amount, exchange rate, fees, estimated confirmations and exact token contract rather than by route name.

Is BTC Bridge safe?
BTC bridge safety is route-dependent: verify the provider domain, token contract, audits, custody model, destination address and current protocol status before signing. Audited or open-source code reduces some risk but never makes a bridge risk-free; smart-contract, approval, routing, cross-chain and phishing risks remain. WBTC relies on authorized merchants and institutional custodians, whose transparency posture is published at WBTC transparency, while tBTC shifts trust toward threshold signer groups and contract risk.

Problems and fixes
Most BTC bridge problems are identifiable from the route state: a wrong destination network, no destination gas, a pending Bitcoin confirmation, or a fake bridge site. If the destination token is missing, compare the received asset with the expected ERC-20 contract; if the transfer is stuck, collect transaction hashes from both chains and use the protocol's documented support channel. Bridge recovery uses transaction data, not seed phrases, and unsolicited support messages are not part of the route.

BTC FAQ
Is this the official BTC Bridge site?

No. This is an independent, non-custodial informational dashboard; it does not custody funds, mint tokens or guarantee routes, and execution belongs to the protocol you choose.

How long does bridging BTC take?

Bridging time is the combined wait for Bitcoin confirmations, destination finality, protocol processing and congestion, so deposit and withdrawal can have different waits. Any displayed estimate is route-specific, not universal.

How do I bridge BTC to another network?

Choose native BTC as the source, pick the destination network and token, review the provider, contract, rate, fees and custody, then send to the supplied Bitcoin address or start the native swap. The transfer is complete only when the expected receiving-token contract is present.

Do I need the destination gas asset?

Yes for meaningful use after arrival: ERC-20 transfers, swaps and withdrawals need the destination chain's native gas asset. Keep BTC for the source transaction and the destination asset for later transactions.

Is bridging BTC safe?

It depends on the route's trust model: WBTC uses authorized merchants and institutional custodians, while tBTC uses threshold signer groups; other routes rely on validators, liquidity networks or verification contracts.

Native route versus third-party bridge?

Native-style swaps exchange assets through cross-chain liquidity or protocol logic, while lock-and-mint routes issue a redeemable representation such as WBTC or tBTC. The decision is which trust model fits the route: custodian/merchant, threshold signers, validators, liquidity network or verification contract.

Notes before you use BTC Bridge

Bridge the route, not the ticker. The useful comparison is who custodies or verifies the deposit and which token you will actually receive. Before you sign
  • Match the bridge site, provider domain and receiving-token contract to the route you selected.
  • Check source and destination networks, Bitcoin address format, and keep gas available on both chains.
  • Account for the withdrawal sequence: burn/release, proving, challenge or finality can delay the return leg.
The WBTC contract can be checked against its Ethereum address record; last reviewed 21 July 2026. Independent reference — confirm the route in your own wallet.